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# www.solarstreetlight.net

## Sitemaps
[XML Sitemap](https://www.leappole.com/sitemap_index.xml): Includes all crawlable and indexable pages.

## Posts
- [How to Compare All-in-One Solar Street Light Specifications](https://www.leappole.com/blog/how-to-compare-all-in-one-solar-street-light-specifications/): To compare all-in-one solar street light specifications, evaluate every quotation using the same project location, lighting schedule, battery autonomy, road geometry, and performance requirements. Check actual LED system power, photometric files, solar panel wattage, usable battery energy, controller functions, pole specifications, certifications, warranty coverage, and delivery scope. Do not select a system based only on nominal wattage or unit price.
- [Outdoor Lighting Solutions for Data Center Campuses and Utility Compounds](https://www.leappole.com/blog/outdoor-lighting-solutions-data-center-campuses/): Outdoor lighting for data center campuses and utility compounds must support perimeter security, vehicle circulation, personnel access, CCTV monitoring, emergency response, and continuous facility operation. At the same time, the lighting design should control glare, light trespass, sky glow, and unnecessary energy consumption.
- [Solar Street Lighting for Reservoir Roads, Dams, and Hydropower Facilities](https://www.leappole.com/blog/solar-street-lighting-reservoir-roads-dams-hydropower/): Off-grid solar street lighting systems can reduce the need for long cable runs and extensive trenching in suitable areas. However, reliable performance depends on site-specific solar resources, shading, operating schedules, battery autonomy, structural requirements, and maintenance planning.
- [Outdoor Lighting Design and Standards for Water Treatment Plants and Pumping Stations](https://www.leappole.com/blog/outdoor-lighting-standards-water-treatment-plants/): Water and wastewater treatment plants depend on reliable outdoor lighting to support continuous operation, personnel safety, security, inspections, and emergency response. Different functional zones, including access roads, process basins, chemical handling areas, pumping stations, loading points, and perimeter areas, require different lighting and equipment specifications.
- [Outdoor Lighting for Railway Freight Yards and Intermodal Terminals](https://www.leappole.com/blog/outdoor-lighting-railway-freight-yards-terminals/): Railway freight yards and intermodal terminals often operate around the clock, requiring reliable outdoor lighting for train movements, container handling, vehicle circulation, inspections, loading areas, and security zones. Their lighting systems must perform under demanding conditions such as severe weather, vibration, dust, corrosion, restricted maintenance access, and deep shadows between railcars or container stacks.
- [Street Lighting for Bridge Decks, Approaches, and Viaducts](https://www.leappole.com/blog/street-lighting-for-bridge-decks-approaches-and-viaducts/): Street lighting for bridge decks, approaches, and viaducts requires coordinated photometric, structural, electrical, and maintenance planning. The lighting system must provide continuous visual guidance as drivers move between approach roads, bridge sections, ramps, and surrounding road networks.
- [How to Compare Street Light Supplier Quotations Without Sacrificing Specifications](https://www.leappole.com/blog/how-to-compare-street-light-supplier-quotations/): Buying luminaires based strictly on wattage rating is a costly mistake. Wattage measures electrical energy consumption, not light output. Modern high-efficiency optics deliver equal road brightness while drawing far less power. When you Compare Street Light quotes, you must evaluate cost-per-effective-lumen rather than total power consumption.
- [Lighting Systems for Fleet Depots and Commercial Vehicle Maintenance Yards](https://www.leappole.com/blog/lighting-systems-fleet-depots-commercial-vehicle-yards/): Effective lighting systems help fleet depots and commercial vehicle maintenance yards operate safely and efficiently around the clock. Storage areas, inspection lanes, repair bays, fueling stations, EV charging zones, access roads, and dispatch areas each require a different lighting approach.
- [Outdoor Lighting for Cold Storage and Refrigerated Distribution Facilities](https://www.leappole.com/blog/outdoor-lighting-for-cold-storage-and-refrigerated-distribution-facilities/): Outdoor lighting for cold-storage warehouses and refrigerated distribution facilities must operate reliably in low temperatures, moisture, ice, and continuous logistics activity. Engineers should select cold-rated LED luminaires, sealed electrical components, corrosion-resistant poles, suitable optics, and control systems based on each functional zone. Photometric, structural, and environmental calculations are required to confirm performance and compliance.
- [Outdoor Lighting for Sports Complexes and Stadium Surroundings](https://www.leappole.com/blog/outdoor-lighting-for-sports-complexes-and-stadium-surroundings/): Outdoor lighting for sports complexes and stadiums should be designed separately for playing fields, spectator entrances, parking lots, internal roads, pedestrian routes, loading areas, and emergency access points. Each zone requires different illumination, uniformity, glare control, pole height, and control strategies. Project-specific photometric and structural calculations are essential for safety, compliance, and long-term performance.
- [Street Lighting for University Campuses and Research Parks](https://www.leappole.com/blog/street-lighting-university-campuses-research-parks-guide/): Street lighting for universities and research parks should be designed around the different requirements of campus roads, pedestrian paths, parking areas, entrances, bicycle routes, laboratories, and public spaces. LED luminaires, solar lighting, smart controls, and properly engineered poles can improve visibility, reduce energy consumption, and simplify maintenance. Final configurations should be based on lighting calculations, site conditions, security requirements, accessibility, and applicable standards.
- [Road Lighting for Desert Highways and Hot-Climate Projects](https://www.leappole.com/blog/road-lighting-for-desert-highways-hot-climate-projects/): Road lighting for desert highways and hot-climate projects must withstand extreme temperatures, dust, sand, high solar exposure, and limited maintenance access. Engineers should select heat-resistant LED luminaires, appropriately sized batteries and solar panels, sealed electrical components, corrosion-resistant poles, and intelligent control systems. Final specifications should be based on local climate data, operating hours, required autonomy, wind loads, and project-specific lighting calculations.
- [Street Lighting for Mountain Roads and Steep Terrain](https://www.leappole.com/blog/street-lighting-for-mountain-roads-and-steep-terrain-solutions/): Street lighting for mountain roads and steep terrain must be designed around road geometry, elevation, weather, wind exposure, soil stability, grid availability, and maintenance access. Engineers should use project-specific lighting and structural calculations to determine pole height, spacing, optical distribution, foundation design, and power supply. In remote areas, solar street lights can reduce cabling requirements, while galvanized street light poles provide structural and corrosion resistance.
- [Perimeter Lighting for Correctional Facilities and Secure Compounds](https://www.leappole.com/blog/perimeter-lighting-correctional-facilities-secure-compounds/): Perimeter lighting for correctional facilities and secure compounds must provide continuous visibility, controlled glare, vandal resistance, and reliable operation during power failures. A complete system may combine LED luminaires, high-security light poles, emergency backup, cameras, access control, and centralized monitoring. Product selection should be based on security zones, required illumination, pole placement, environmental conditions, and applicable regulations.
- [How Raw Material Prices Affect Solar Street Light Costs in 2026](https://www.leappole.com/blog/solar-street-light-cost-raw-material-prices/): Battery cells and solar panels usually have the greatest impact on solar street light prices because their required capacity depends on lighting hours, local sunlight, and backup autonomy. Steel and zinc mainly affect the cost of poles, brackets, flanges, and corrosion protection, especially for tall or high-wind-load structures. Silver influences photovoltaic cell manufacturing but affects buyers indirectly through finished solar module prices. To compare quotations accurately, buyers should review battery energy, panel wattage, actual luminaire power, pole specifications, galvanizing requirements, warranty terms, and delivery scope rather than relying on nominal wattage or unit price alone.
- [Lighting Solutions for Waste Transfer Stations and Recycling Yards](https://www.leappole.com/blog/lighting-solutions-waste-transfer-stations-recycling-yards/): You manage station zones where waste arrives, gets sorted, and moves to processing. These areas require reliable Lighting Solutions to support heavy vehicle movement, equipment operation, and staff safety. You must select fixtures that withstand dust, vibration, and frequent cleaning. LED street lights and high mast lighting help you illuminate large open spaces and loading docks. You need to consider pole height, fixture spacing, and optics based on local standards and site layout. Smart controls allow you to adjust brightness and monitor energy use, improving operational efficiency.
- [Outdoor Lighting for Border Checkpoints and Customs Inspection Areas](https://www.leappole.com/blog/outdoor-lighting-border-checkpoints-customs-inspection-areas/): Outdoor lighting is essential to security, inspection accuracy, traffic management, and continuous operations at border checkpoints and customs inspection facilities. These sites combine passenger vehicles, commercial trucks, inspection lanes, pedestrian movement, surveillance systems, and restricted areas, so each functional zone requires a different lighting approach.
- [Traffic Gantry Systems for Tolling, VMS, and Highway Monitoring Projects](https://www.leappole.com/blog/traffic-gantry-systems-tolling-vms-highway-monitoring-projects/): Traffic gantry systems provide permanent structural support for tolling equipment, variable message signs, lane-control signals, cameras, radar, weather sensors, and other highway monitoring devices. These structures help road operators manage traffic, collect operational data, communicate real-time information, and support safer highway operations.
- [Solar Street Lights for Agricultural Roads and Farm Operations](https://www.leappole.com/blog/solar-street-lights-agricultural-roads-farm-operations/): Solar street lights can be configured for different farm environments, but system performance depends on local sunlight conditions, operating hours, required autonomy, road geometry, climate, and seasonal agricultural activities. Pole locations must also avoid interference with machinery, irrigation equipment, overhead lines, livestock movement, and crop shading.
- [Street Lighting for Container Depots and Inland Freight Terminals](https://www.leappole.com/blog/street-lighting-container-depots-inland-freight-terminals/): Access roads and traffic routes demand reliable Street Lighting to guide vehicles and pedestrians. You should use LED street lights for consistent illumination and energy savings. Proper placement of light poles reduces dark spots and improves traffic flow. For industrial parks, solar street lights for industrial parks offer sustainable solutions and lower maintenance costs.
- [Outdoor Lighting for Power Plants and Electrical Substations](https://www.leappole.com/blog/outdoor-lighting-for-power-plants-electrical-substations/): Outdoor lighting supports safety, security, maintenance, and continuous operations across power plants and electrical substations. Access roads, transformer yards, switchgear areas, maintenance zones, security checkpoints, and site perimeters each require a lighting configuration matched to their operational risks and visibility requirements.
- [Outdoor Lighting for Distribution Centers and Last-Mile Logistics Hubs](https://www.leappole.com/blog/outdoor-lighting-distribution-centers-logistics-hubs-guide/): Outdoor lighting for a logistics hub should be planned according to the function and risk profile of each site zone. Access roads, loading docks, truck parking areas, pedestrian routes, security checkpoints, and site perimeters have different requirements for illumination, uniformity, glare control, vertical visibility, and operating hours.
- [Road Lighting for Logistics Warehouses, Loading Bays, and Truck Yards](https://www.leappole.com/blog/road-lighting-for-logistics-warehouses-loading-bays-truck-yards/): You need reliable road lighting on warehouse access roads to guide vehicles and pedestrians safely. These areas often experience high traffic from trucks, forklifts, and staff. Consistent illumination reduces the risk of collisions and supports efficient traffic flow. You should consider pole-mounted LED street lights with uniform beam distribution to minimize shadows and glare. For enhanced safety, logistics traffic lights at intersections help manage vehicle movement. Always select products that withstand outdoor conditions and comply with local standards. For more details on suitable solutions, see industrial LED street lights.
- [Lighting Systems for Stadium Parking Lots and Sports Complexes](https://www.leappole.com/blog/lighting-systems-stadium-parking-lots-sports-complexes/): When you select lighting systems for stadium parking lots and sports complexes, you face a range of choices. Each lighting system offers unique benefits for different applications, from main parking areas to pedestrian walkways and sports fields. Let’s break down the most effective options and help you make informed decisions for your facilities.
- [Lighting Design for Warehouses, Loading Bays, and Logistics Yards](https://www.leappole.com/blog/lighting-design-warehouses-loading-bays-logistics-yards/): Effective outdoor lighting improves safety, visibility, and operational efficiency across logistics warehouses, loading bays, truck yards, and distribution centers. These facilities operate around large vehicles, loading equipment, pedestrians, and time-sensitive workflows, so each functional zone requires a lighting design matched to its specific risks and activities.
- [Outdoor Lighting for Hotels, Resorts, and Tourist Developments](https://www.leappole.com/blog/outdoor-lighting-for-hotels-resorts-and-tourist-developments/): Outdoor lighting shapes the arrival experience at hotels, resorts, and other hospitality properties while supporting safety, security, wayfinding, and daily operations. A coordinated lighting plan helps guests move confidently between entrances, drop-off areas, parking facilities, walkways, gardens, and outdoor amenities after dark.
- [Lighting Solutions for Bus Stations and Public Transport Hubs](https://www.leappole.com/blog/lighting-solutions-bus-stations-public-transport-hubs/): You encounter a wide range of functional zones within bus stations and public transport hubs. Each area serves a unique purpose and demands specific lighting solutions to support safe movement and efficient operations. The main zones include platforms, stairwells, waiting lounges, check-in counters, security checkpoints, customs, baggage claims, parking lots, walkways, and sometimes hazardous (ATEX) zones. These spaces require careful planning to ensure lighting meets both operational and safety requirements.
- [Road Traffic Facilities Procurement Guide for Contractors](https://www.leappole.com/blog/traffic-facilities-procurement-guide-for-contractors/): Effective traffic facilities procurement begins with a clear scope of work, complete technical specifications, and defined compliance requirements. Procurement teams should identify the required products, such as traffic gantries, overhead sign structures, signal poles, CCTV camera poles, traffic signs, and coordinated road lighting equipment.
- [How to Choose Gantry Frames for Road Traffic and Highway Projects](https://www.leappole.com/blog/choose-gantry-frames-road-traffic-highway-projects-guide/): These standards protect against accidental collisions and ensure that your gantry frames do not obstruct traffic. When you choose gantry frames for road lighting, always verify that the height supports both the lighting angle and regulatory requirements.
- [Solar Lighting for Parks, Trails, and Waterfront Public Spaces](https://www.leappole.com/blog/solar-lighting-for-parks-trails-waterfront-public-spaces/): Solar lighting can improve safety, accessibility, and nighttime usability across parks, trails, waterfronts, and other public spaces. Properly designed solar street lights illuminate pathways, entrances, gathering areas, and site perimeters without requiring extensive underground cabling or connection to the electrical grid.
- [Solar Street Lighting for Construction Sites and Temporary Access Roads](https://www.leappole.com/blog/solar-street-lighting-construction-sites-temporary-access-roads/): You often need reliable lighting in construction zones to keep workers safe and maintain productivity. Solar Street Lighting gives you a flexible solution for areas where grid power is not available or where site layouts change frequently. You can use these systems in general work zones, storage yards, and even temporary parking lots. Many construction sites require specific lighting levels to meet safety standards. The table below shows the minimum foot-candle requirements for different areas:
- [Street Lighting for Airports: Access Roads, Parking Areas, and Perimeter Zones](https://www.leappole.com/blog/street-lighting-for-airports-access-parking-perimeter-zones/): Street lighting for airports covers access roads, parking areas, service roads, loading zones, perimeter roads, and security areas. Reliable LED street lights help improve visibility, support traffic safety, and reduce maintenance pressure across airport infrastructure.
- [Lighting Solutions for Gated Communities and Residential Compounds](https://www.leappole.com/blog/lighting-solutions-gated-communities-residential-compounds/): Lighting solutions play an important role in the safety, appearance, and long-term value of residential compounds and gated communities. A well-planned lighting system helps improve nighttime visibility, support security management, and control energy and maintenance costs for property operators.
- [Smart Street Furniture for Public Squares and Commercial Districts](https://www.leappole.com/blog/smart-street-furniture-public-squares-commercial-districts/): Smart street furniture helps public spaces become more functional, connected, and efficient. By combining solar power, seating, lighting, charging, and optional communication features, these solutions support smart city planning and long-term public infrastructure upgrades.
- [Road Lighting Solutions for New Urban Development Projects](https://www.leappole.com/blog/road-lighting-solutions-for-new-urban-development-projects/): Advanced LED and smart lighting systems provide effective road lighting solutions for new urban development projects. Properly designed LED street lights improve nighttime visibility, support traffic safety, and help reduce accident risks on main roads, intersections, residential streets, and public access routes.
- [Solar Street Lights for Mining Sites and Remote Worker Camps](https://www.leappole.com/blog/solar-street-lights-mining-sites-remote-worker-camps/): You need reliable lighting for mining sites and remote areas where workers operate day and night. Solar street lights offer a cost-effective lighting solution that does not rely on the grid. For temporary work zones, mobile lighting points, or emergency areas, solar-powered lighting systems can also reduce the need for diesel generators.
- [Smart Pole Solutions for Security Monitoring in Industrial Parks](https://www.leappole.com/blog/smart-pole-solutions-security-monitoring-industrial-parks/): You need reliable, real-time security monitoring in your industrial park. Smart Pole Solutions bring together high-definition cameras, motion sensors, and emergency alert systems to help you detect incidents quickly. With IoT connectivity and edge computing, you gain instant access to critical data. Smart poles also use energy-efficient lighting and environmental sensors, which support both safety and operational efficiency. Rapid response times and integrated communication tools allow you to protect assets and people more effectively than ever before.
- [Lighting Solutions for Highway Service Areas and Truck Stops](https://www.leappole.com/blog/lighting-solutions-highway-service-areas-truck-stops-guide/): Lighting solutions play a vital role in highway service areas and truck stops. When you use advanced systems like LED street lights or highmast lighting, you create safer and more efficient spaces. Recent data shows how effective these upgrades can be:
- [Outdoor Lighting for Manufacturing Plants and Industrial Facilities](https://www.leappole.com/blog/outdoor-lighting-for-manufacturing-plants-industrial-facilities/): Manufacturing plants and industrial facilities require a coordinated outdoor lighting strategy for internal roads, loading areas, storage yards, parking facilities, production entrances, and site perimeters. Properly designed industrial lighting improves visibility, supports security, and reduces risks for vehicles and personnel. Depending on the functional area, a project may combine high mast lighting systems, LED floodlights, and roadway luminaires. Lighting levels, uniformity, glare, pole placement, and control strategies should be evaluated against applicable ANSI/IES guidance and local requirements. Professional photometric and structural engineering helps ensure that the final system meets the facility’s operational, safety, and lifecycle objectives.
- [Street Lighting Solutions for Ports and Container Terminals](https://www.leappole.com/blog/street-lighting-solutions-ports-container-terminals/): Port facilities require lighting systems that maintain visibility and operational safety across container yards, loading zones, access roads, and storage areas. Modern high mast lighting systems combine project-specific mast heights with high-output LED floodlights to provide broad and uniform coverage. Smart controls, dimming schedules, and monitoring sensors can further reduce unnecessary energy consumption and simplify maintenance. For coastal and marine environments, specify hot-dip galvanized structures, suitable corrosion-protection systems, and luminaires with at least an IP66 rating. Final mast height, fixture wattage, illuminance, and uniformity should be confirmed through photometric and structural engineering based on the port layout and applicable standards.
- [High Mast and Medium-High Pole Lighting for Ports, Yards, and Industrial Areas](https://www.leappole.com/blog/high-mast-lighting-for-ports-yards-industrial-areas-led-solutions/): You need powerful lighting to keep ports, yards, and industrial areas safe and productive. High mast lighting and medium-high pole systems offer broad coverage and sharp visibility, which help protect workers and equipment. These solutions boost operational efficiency by reducing dark spots and improving security. When you switch to LED high mast lighting, you can cut energy use by up to 70% and save about $300 per fixture each year. You also spend less time and money on maintenance. LeapPole brings you proven expertise in industrial lighting, so you can trust your site stays bright and reliable.
- [Solar Street Lighting for New Residential Developments: A Project Planning Guide](https://www.leappole.com/blog/solar-street-lighting-new-residential-developments-guide/): You see a rapid shift toward solar street lighting in new residential developments, driven by the need for cost-effective, sustainable, and safe illumination. The adoption rate continues to grow, as shown below:
- [How to Combine Solar Lighting and Smart Furniture in Public Space Projects](https://www.leappole.com/blog/combine-solar-lighting-smart-furniture-public-space-projects/): You can transform public spaces by integrating solar lighting and smart furniture. This approach supports sustainability, improves user experience, and drives urban innovation. Municipalities and project managers see benefits such as:
- [Outdoor Lighting for Shopping Centers and Mixed-Use Developments](https://www.leappole.com/blog/outdoor-lighting-shopping-centers-mixed-use-developments/): Outdoor lighting shapes how people experience shopping centers and mixed-use developments. You boost safety and create a welcoming atmosphere with the right lighting plan. Modern solutions, such as LED and architectural lighting, deliver practical benefits:
- [Traffic Pole and Lighting Solutions for Large Road Intersections](https://www.leappole.com/blog/traffic-pole-solutions-lighting-large-road-intersections/): You face unique challenges at large intersections. Effective Traffic Pole Solutions and advanced lighting poles play a key role in improving traffic safety and flow. Modern LED street lights and smart light pole systems help you reduce idling time, braking time, and CO₂ emissions.
- [Street Lighting Solutions for Coastal Industrial Zones](https://www.leappole.com/blog/street-lighting-solutions-coastal-industrial-zones-marine-grade/): You face unique challenges when planning street lighting for coastal industrial zones. Saltwater exposure, high humidity, and frequent storms accelerate fixture deterioration and corrosion. These harsh conditions increase maintenance costs, shorten replacement cycles, and can compromise safety. Improper waste disposal and rising energy consumption further complicate operations. You need Street Lighting Solutions that prioritize durability, efficiency, and environmental compatibility. Selecting specialized materials and advanced technologies helps maintain structural integrity, reduce light decay, and support safe, sustainable operations in demanding marine environments.
- [Solar Street Furniture for Smart Parks: Benches, Lighting, Charging, and Monitoring](https://www.leappole.com/blog/solar-street-furniture-smart-parks-benches-lighting-charging/): You see parks changing with Solar Street Furniture. Smart benches and lighting use solar energy to power features that improve safety and connectivity. LeapPole helps you manage parks with tools like remote monitoring and device charging. Take a look at the advanced features found in modern park furniture:
- [How to Select Traffic Signal Poles for Municipal Road Projects](https://www.leappole.com/blog/select-traffic-signal-poles-for-municipal-road-projects/): Selecting the right traffic signal poles plays a crucial role in improving road safety and supporting efficient municipal operations. You need to consider several factors that influence both performance and compliance. The table below highlights the most common factors municipal engineers prioritize:
- [Solar Street Lighting for Rural Clinics, Schools, and Community Centers](https://www.leappole.com/blog/solar-street-lighting-for-rural-clinics-schools-community-centers/): You see the difference solar street lighting makes in rural clinics, schools, and community centers. With solar-powered street lights, you improve safety and allow people to move confidently at night. In places where 240 million people lack reliable power, solar energy brings an effective, grid-free solution. Many villagers report feeling safer and more willing to use outdoor spaces after dark. Solar-powered lighting offers a cost-effective solution, especially when governments cover up to 90% of installation costs. Rural communities benefit from improved visibility, reduced crime, and longer business hours. Solar street lighting stands out as an eco-friendly alternative and an effective solution for harsh environments, where traditional lighting faces rough terrain and high maintenance. You address these challenges with solar energy, providing consistent and bright lighting for every rural project.
- [Integrated Smart Poles for Urban Intersections: Lighting, Cameras, Signs, and Sensors](https://www.leappole.com/blog/integrated-smart-poles-urban-intersections-lighting-cameras/): You see integrated smart poles at urban intersections transform basic street lighting into powerful hubs for city management. These poles combine adaptive LED lighting, sensors that track air quality and traffic, and digital communication tools. You gain real-time data that supports connected city initiatives. LeapPole leads with advanced designs, helping you improve safety and efficiency. Integrated smart poles give you a foundation for smarter urban infrastructure.
- [Smart Solar Benches for Parks, Campuses, and Public Spaces](https://www.leappole.com/blog/smart-solar-benches-for-parks-campuses-public-spaces/): Smart Solar Benches give you a modern way to improve public spaces. You see these benches use solar panels to generate clean energy and offer features that support sustainable urban design.
- [Integrated Road Traffic Poles: Combining Traffic Signals, Cameras, Signs, and Lighting in One Project](https://www.leappole.com/blog/integrated-road-traffic-poles-traffic-signals-cameras/): Integrated road traffic poles combine traffic signals, cameras, signs, and advanced lighting into a single structure. You benefit from real-time monitoring and adaptive control through sensors and IoT devices. Lighting acts as a core element, improving visibility and safety. LeapPole leads the industry by offering smart poles with LED technology and hybrid energy sources. These solutions optimize traffic management and resource allocation, enhance public safety, and reduce energy costs.
- [Decorative Solar Garden Lights for Resorts, Parks, and Residential Communities](https://www.leappole.com/blog/decorative-solar-garden-lights-resorts-parks-communities/): You want your outdoor spaces to stand out, stay safe, and run efficiently. Decorative Solar Garden Lights help you achieve all three. These lights boost curb appeal and set a welcoming mood for guests and residents. They also make parks and walkways feel safer after dark, which encourages more positive activity. You’ll appreciate the minimal installation effort and the financial advantage—solar lighting cuts your energy and maintenance costs. Many commercial-grade options offer IP65 or IP67 waterproof ratings, LED efficiency, and sleek designs that blend with street lighting systems. LeapPole delivers trusted B2B solutions for your next outdoor upgrade.
- [How Contractors Can Prepare Technical Documents for Street Light Pole Bidding Projects](https://www.leappole.com/blog/contractors-prepare-documents-street-light-pole-bidding/): Street lighting projects demand precision and attention to detail. When you, as a contractor, prepare documents for bidding, you set the foundation for a successful project. Contractors prepare documents with a focus on compliance, clarity, and strong organization in technical documents to help meet client expectations and industry standards. Using standard forms like EJCDC C-700, an accurate Bill of Quantities (BOQ), and a clear scope of work ensures your bid stands out and remains competitive.
- [Solar Street Lighting for Parking Lots: Layout, Pole Height, Battery Backup, and Installation Tips](https://www.leappole.com/blog/solar-street-lighting-parking-lot-layout-pole-battery-tips/): You want reliable lighting for your parking lot that cuts costs and supports sustainability. Solar Street Lighting offers a practical solution for your facility. With this technology, you avoid expensive trenching and eliminate the need for grid electricity. Many municipalities save money every year and see a real drop in carbon emissions by switching to solar-powered systems. You can use these strategies to make installation easier and improve safety for everyone on your property.
- [Lighting Solutions for Coastal Roads and Seaside Projects: Pole Materials, Coatings, and Corrosion Protection](https://www.leappole.com/blog/lighting-solutions-coastal-roads-pole-materials-corrosion/): You face tough challenges when you select lighting poles for coastal roads and seaside projects. Salt, humidity, and wind can cause rapid corrosion, which shortens the lifespan of ordinary poles. Choosing the right materials, such as aluminum or marine-grade metals, can help you reduce long-term maintenance costs. For example, aluminum poles often cost more at the start but need less upkeep and last longer than steel poles. You need practical Lighting Solutions that protect your investment and meet safety standards. LeapPole delivers reliable options for demanding coastal environments.
- [How to Specify Anchor Bolts, Flanges, and Foundation Cages for Street Light Pole Projects](https://www.leappole.com/blog/specify-anchor-bolts-flanges-foundation-cages-street-light-poles/): You need to specify anchor bolts, flanges, and foundation cages based on the street light pole’s height, wind load, and soil conditions. Correct specification helps you meet safety standards, comply with local codes, and extend the system’s lifespan. Two main installation methods exist: flange connection and direct burial. LeapPole applies proven engineering practices to ensure each project meets strict quality requirements.
- [Smart Pole Procurement for Urban Road Reconstruction Projects](https://www.leappole.com/blog/smart-pole-procurement-urban-road-reconstruction-projects/): You face a rapidly expanding market when considering Smart Pole Procurement for urban road reconstruction.
- [Folding Light Poles for Easy Maintenance: A Practical Guide for Remote and High-Risk Sites](https://www.leappole.com/blog/folding-light-poles-easy-maintenance-remote-high-risk-sites/): Folding Light Poles let you maintain lighting infrastructure with less risk and greater speed, especially in remote or high-risk locations. You often face tough challenges with traditional light pole maintenance:
- [Flexible Solar Panel Street Lights: When to Use Wrap-Around Solar Poles in Road Projects](https://www.leappole.com/blog/flexible-solar-panel-street-lights-road-projects-guide/): You find wrap-around solar poles with flexible solar panel street lights ideal for road projects where road geometry, energy needs, and visual requirements demand advanced solutions. Matching lighting systems to your site conditions and project goals leads to better outcomes:
- [How to Choose Solar Street Lights for Industrial Parks and Logistics Zones](https://www.leappole.com/blog/choose-solar-street-lights-industrial-parks-logistics-zones/): When you operate industrial parks or logistics zones, the right lighting impacts safety, productivity, and cost. These environments demand lighting that withstands harsh conditions and delivers consistent brightness. You must assess site needs, system quality, and long-term value when you choose solar street lights. Trusted brands like LeapPole provide solar lighting solutions that meet high standards for durability and reliability.
- [How to Determine Street Light Layout Based on Lighting Design Requirements](https://www.leappole.com/blog/how-to-determine-street-light-layout-design-requirements/): When you plan a street light layout, you need to start by understanding the lighting requirements for the area. You must consider factors like the type of road, pole mounting height, and how much space you need between poles. Safety and visibility depend on meeting standards such as IESNA RP-8, which guide uniformity and glare control. The table below shows some common lighting design parameters you should review before starting your project:
- [How to Evaluate the Total Cost of Ownership (TCO) of Solar Street Lighting Projects](https://www.leappole.com/blog/evaluate-total-cost-of-ownership-solar-street-lighting/): You face crucial decisions when planning solar street lighting projects. Evaluating the Total Cost of Ownership helps you see beyond the initial price. Many cities and developers now rely on lifecycle cost analysis to avoid hidden expenses and frequent replacements. Consider the rapid market growth:
- [How Street Light Poles Are Packed and Shipped: Avoiding Damage During Ocean Transportation](https://www.leappole.com/blog/street-light-poles-packing-shipping-ocean-transportation/): You need to protect Street Light Poles from damage during ocean transportation. Scratches, dents, and corrosion happen easily if you skip proper packing steps. You can use bubble wrap, non-woven fabric, and flange protection to shield surfaces. Careful pole stacking and smart container loading help you avoid costly mistakes. These methods keep your shipment safe and maximize container utilization.
- [How to Calculate the Right Solar Street Light Configuration for Different Project Locations](https://www.leappole.com/blog/calculate-solar-street-light-configuration-by-location/): You need accurate solar street light configuration to ensure reliable performance across different project locations. Lithium battery sizing plays a key role in system longevity and efficiency. Local environmental factors, such as extreme temperatures, can impact battery life and charging ability. Consider these factors:
- [Building Smart Cities: Integrating Smart Poles, Smart Benches, and Intelligent Lighting Systems](https://www.leappole.com/blog/smart-cities-integrating-smart-poles-benches-lighting-systems/): Integrating smart poles, smart benches, and intelligent lighting systems powered by lithium batteries can reshape how you approach urban planning in Smart Cities. You gain cost savings and enhanced safety when you retrofit existing infrastructure with multifunctional, data-driven solutions. The following table highlights measurable improvements in space utilization, dwell time, and pedestrian flow:
- [Wind Load Calculation for Street Light Poles: Understanding EN40 and Structural Safety Requirements](https://www.leappole.com/blog/wind-load-calculation-en40-street-light-pole-structural-safety/): You calculate wind load for street light poles by following EN40 standards, which require you to use local wind speed, effective projected area, and safety factors. Accurate Wind Load Calculation protects structural integrity and helps you meet building codes. When you assess environmental conditions and worst-case wind scenarios, you prevent failures and optimize material use. This process saves costs and improves energy efficiency, making your lighting project safer and more reliable.
- [How to Design Solar Street Lighting Systems for Areas with Limited Sunlight](https://www.leappole.com/blog/design-solar-street-lighting-for-limited-sunlight-areas/): You can implement Design Solar Street Lighting in areas with limited sunlight, but you must address several operational challenges. Many regions face issues such as inconsistent solar exposure, prolonged cloudy weather, and shading from buildings or trees. Dust and extreme temperatures can further reduce battery and panel efficiency. When you select the right technology and tailor your approach to the site, you improve system reliability and public acceptance.
- [Street Light Pole Selection: Steel, Aluminum, or Smart Poles?](https://www.leappole.com/blog/street-light-pole-selection-steel-aluminum-or-smart-poles/): You face a critical choice when selecting a Street Light Pole for your project. Steel remains popular for its strength and durability, making it the top segment in 2026. Aluminum offers lower maintenance and easier installation, which helps you reduce long-term costs. Smart poles lead in North America, where cities seek advanced features and connectivity. Material selection affects your total cost of ownership, installation speed, and future maintenance. Lighter materials like aluminum let you save on labor and transport, while steel may require higher upkeep over time. Your decision shapes both performance and budget.
- [What Municipal Buyers Look for When Selecting Solar Street Light Suppliers](https://www.leappole.com/blog/municipal-buyers-selecting-solar-street-light-suppliers/): You need to prioritize product quality and durability when selecting solar street light suppliers. High-quality lights ensure safety, reduce maintenance, and deliver long-term value. You should check for industry certifications that prove the supplier meets strict standards. These certifications show that the products have passed important safety, environmental, and performance tests.
- [Solar Street Lights: A Manufacturer’s Procurement Guide](https://www.leappole.com/blog/solar-street-lights-procurement-guide/): Solar street lights are self-contained outdoor luminaires that run on a photovoltaic panel, a rechargeable battery, and an LED head instead of a grid connection. The one procurement decision that separates a project that works for ten years from one that goes dark every winter is this: you size the system from the road's required lux and the site's worst-case sun-hours backward, never from a catalogue forward. The leading cause of solar street-light project failure is under-sizing, where a buyer picks a wattage off a spec sheet and discovers in the cloudiest month that the battery cannot carry the load through the night. This guide is written from the factory floor for municipalities, EPC contractors, and distributors who have to evaluate specifications, not slogans.
- [LED Street Light: A Commercial Buyer’s Sourcing Guide](https://www.leappole.com/blog/led-street-lights-commercial-buyers-guide/): An LED street light is a roadway luminaire that uses light-emitting diode arrays plus a driver to convert grid or solar power into directional white light for streets, parking lots, and public areas. The single most useful thing a buyer can do is stop trusting the efficacy number on the spec sheet and demand the test report behind it. Ask any supplier for the LM-79 photometric report, the IES file, and the LM-80 chip data before you compare lumens per watt. Our own street light measured 119.37 lm/W on an independent LM-79 report (Cert No. LCSB08185046S), and we lead with the report number on purpose, because a verified figure on paper beats a bigger number on a label.
- [Off-Grid Solar Street Lighting for Municipal Road Projects](https://www.leappole.com/blog/off-grid-solar-street-lighting-municipal/): Off-grid solar street lighting is a self-powered road lighting system that runs on its own solar panel and battery with no grid connection or buried cabling, which is exactly why it fits rural roads, new municipal corridors, and projects where the grid is far away. The two specs that decide whether it survives are not on the luminaire datasheet. They are battery autonomy sized to your worst cloudy spell and a pole foundation engineered for your actual wind zone and soil. Most off-grid solar blogs sell you the light. This one covers the two things that fail.
- [Why Do LED Street Lights Flicker? Causes and Fixes](https://www.leappole.com/blog/why-do-led-street-lights-flicker/): Why do LED street lights flicker after rain?
- [How to Verify Whether a Light Pole Is Truly Hot-Dip Galvanized](https://www.leappole.com/blog/verify-street-light-pole-hot-dip-galvanization-inspection-guide/): When you verify light pole galvanization, start by examining the surface. Genuine hot-dip galvanized steel displays a grayish-white color and a uniform finish. You will notice a unique crystalline pattern called "spangle." This pattern forms during immersion in molten zinc and sets hot-dip galvanization apart from other zinc coatings. Electrogalvanized steel, which does not use immersion, lacks this spangle and often appears smoother or shinier. Galvannealed steel, another process, results in a dull matte surface because zinc alloys with the steel.
- [Smart Poles vs Traditional Street Lights: Key Benefits for Modern Urban Infrastructure](https://www.leappole.com/blog/smart-poles-vs-traditional-street-lights-urban-benefits/): You see urban planners choosing Smart Poles for city infrastructure projects because they deliver clear advantages. Lithium battery packs and hybrid energy sources offer reliable power. You gain energy efficiency, real-time monitoring, multi-functionality, and cost savings.
- [Integrated Solar Street Lights vs Split Solar Street Lights: Which Solution Is Best for Your Project?](https://www.leappole.com/blog/integrated-vs-split-solar-street-lights-best-for-your-project/): When you evaluate Solar Street Lights for your project, understanding the core differences between integrated and split designs helps you make informed decisions. The following table summarizes the most important technical and operational distinctions:
- [Street Light Pole Buyer’s Guide: Specs From a Pole Maker](https://www.leappole.com/blog/street-light-pole-buyers-guide-specs-from-a-pole-maker/): A street light pole is the load-bearing steel or aluminum column that raises a roadway luminaire to its designed mounting height, sized so it survives the site's wind for decades . Specifying one well comes down to six decisions: arm configuration, material, height matched to the road class, steel grade and wall thickness, a signed wind-load calculation, and the certifications that prove the structure and the lamp are real. Get those right and the pole is a non-issue for thirty years. Get the wall thickness or the wind calc wrong and you find out during the first storm, after it is concreted into the ground.
- [Parking Lot Light Pole Specs: A Manufacturer’s Guide](https://www.leappole.com/blog/parking-lot-light-pole-guide/): A contractor sent us a lot layout last spring with poles spaced for a highway, not a parking lot, and asked why the corners went dark. The fixtures were fine. The pole height was wrong for the spacing. A parking lot light pole typically stands 6 to 12 meters (20 to 40 feet), and that height, not the fixture wattage, is the first spec that drives whether the lot lights evenly. Get the height-to-spacing relationship right and everything downstream (wattage, pole count, wind load, foundation) falls into place.
- [How 5G Street Lights Work: The Pole Behind the Radio](https://www.leappole.com/blog/5g-street-lights-how-they-work/): A 5G street light works by mounting a small-cell radio onto a lighting pole, so the pole becomes both a light source and a piece of mobile-network infrastructure. The radio handles the wireless signal. The pole carries it, powers it, and keeps the weather out. Most explanations stop at the radio. The part that decides whether the installation survives fifteen years is the steel and the enclosure underneath it, and that is the part we build.
- [Smart Pole vs Traditional Streetlight: A Procurement Decision Framework](https://www.leappole.com/blog/smart-pole-vs-traditional-streetlight/): Choose a traditional streetlight when the road needs light and nothing else for the life of the asset: simple residential streets, low-traffic rural routes, and projects with a tight capital budget and no connectivity roadmap. Choose a smart pole when the same column has to carry cameras, sensors, or a 5G small cell over the next 15 years, because at that point the deciding factors stop being lumens and pole height and become steel grade, wind-load engineering, corrosion finish, and how you maintain a connected fleet. Most procurement teams compare the two on features. The differences that actually cost money are structural and lifecycle, and those are the ones the spec sheets skip.
- [Solar Street Lights for Rural Roads: Challenges, Benefits, and Project Considerations](https://www.leappole.com/blog/solar-street-lights-for-rural-roads/): You face unique challenges when planning lighting for rural roads. Many rural areas lack access to the electric grid—only 45% of rural residents have grid access, compared to 94% in cities. In Africa, rural road lighting coverage averages just 3.52%, dropping to as low as 1.28% in some regions. Solar Street Lights offer independence from the utility grid, making them ideal for locations without electrical infrastructure. These systems improve safety by increasing visibility at night and encouraging safer community interactions. You also benefit from cost-effectiveness and environmental sustainability.
- [Why More Cities Are Combining CCTV, WiFi, and EV Charging into Smart Poles](https://www.leappole.com/blog/why-more-cities-are-combining-cctv-wifi-and-ev-charging-into-smart-poles/): Cities see real value in combining CCTV, WiFi, and EV charging into smart poles. You gain improved urban management and safer streets. Smart poles adjust lighting to save energy, reduce light pollution, and support eco-friendly transportation. You experience better connectivity with free WiFi, which encourages longer visits and community engagement. Traditional streetlights now serve as multi-functional platforms that enhance public safety, efficiency, and sustainability.
- [Corrosion Protection Systems for Street Light Poles: Hot-Dip Galvanizing vs ISO 12944 C4 Standards](https://www.leappole.com/blog/corrosion-protection-systems-for-street-light-poles-hot-dip-galvanizing-vs-iso-12944-c4-standards/): Hot-dip galvanizing stands as the preferred choice for street light poles because it delivers superior corrosion resistance and long-term durability, as outlined in ISO 1461. Municipalities select this method for its ability to withstand harsh environments like coastal salt exposure and high humidity. Matching Corrosion Protection Systems to environmental classes such as ISO 12944 C4 and C5 ensures compliance and safety. Combining galvanizing with powder coating further enhances protection, reduces maintenance, and lowers lifecycle costs.
- [How to Choose the Right Solar Street Light for Municipal and Commercial Projects](https://www.leappole.com/blog/how-to-choose-the-right-solar-street-light-for-municipal-and-commercial-projects/): You face a complex challenge when you choose the right solar street light for your solar street light project planning. Over 80% of new municipal and commercial projects now use solar-powered solutions. Many decision-makers encounter issues with mass production, misinformation about product capabilities, and operational reliability. You must consider sustained light levels, system backup during prolonged darkness, and component quality in your solar street light project planning. Lamp post and fixture compatibility play a key role in solar street lighting project planning. You need to choose the right solar street light for planning that meets your goals and site conditions. Energy efficiency, fixture design, and integration with lamp posts help you choose the right solar street light for your project. You improve reliability and long-term value when you choose the right solar street light for your solar street light project planning.
- [Smart Street Lighting Systems: How IoT Technology Improves Urban Energy Efficiency and Public Safety](https://www.leappole.com/blog/smart-street-lighting-systems-how-iot-technology-improves-urban-energy-efficiency-and-public-safety/): You can see measurable gains in energy efficiency and public safety when you upgrade to smart street lighting systems with IoT, LED technology, and motion sensors. These systems use adaptive lighting and real-time data to optimize lamp post performance. City managers and urban planners benefit from lower energy bills, reduced emissions, and improved maintenance.
- [The Future of Smart Cities: Integrating Smart Street Lights with Environmental Monitoring and Security Systems](https://www.leappole.com/blog/the-future-of-smart-cities-integrating-smart-street-lights-with-environmental-monitoring-and-security-systems/): You can transform urban management by integrating smart street lights with environmental monitoring and security systems. This approach delivers measurable benefits for city planners. For example, you gain real-time data, boost energy efficiency, and enhance safety across city spaces. Consider how these technologies help you save costs, lower emissions, and improve public trust.
- [Solar Garden Lights for Parks and Residential Communities: Design Considerations and Benefits](https://www.leappole.com/blog/solar-garden-lights-for-parks-and-residential-communities-design-considerations-and-benefits/): You see a rising need for sustainable and cost-effective lighting in parks and residential communities. Solar Garden Lights offer a smart solution for outdoor lamp posts and fixtures, helping you cut energy expenses and reduce carbon emissions. According to recent data, the market share for these lights will reach 31.5% by 2025, with a rapid 9.6% annual growth rate through 2034.
- [All-in-One Solar Street Light: The Complete Engineering and Buying Guide for 2026](https://www.leappole.com/blog/all-in-one-solar-street-light-complete-buying-guide/): Learn how to choose the right all-in-one solar street light. Compare specs, LiFePO4 batteries, wattage & pricing. Get a factory-direct quote from Leap Pole.
- [How to Choose a Solar Street Light Manufacturer: The Complete Procurement Guide for 2026](https://www.leappole.com/blog/how-to-choose-solar-street-light-manufacturer/): Learn how to evaluate and choose a reliable solar street light manufacturer. Factory audit tips, quality checks & OEM guide. Get a factory-direct quote.
- [High Mast Pole Light: The Complete Specification and Selection Guide for 2026](https://www.leappole.com/blog/high-mast-pole-light-complete-guide/): Complete guide to high mast pole lights: specifications, LED vs HPS, foundation design, applications & manufacturer selection. Get a factory-direct quote.
- [Stadium LED Flood Lights That Make Sports Shine](https://www.leappole.com/blog/stadium-led-flood-lights-that-make-sports-shine/): Stadium LED flood lights need high brightness, good uniformity, glare control, durable housings, reliable drivers, and correct pole or mast placement. The best design depends on field size, sport type, broadcast needs, mounting height, beam angle, wind load, and maintenance access.
- [Top Street Lamp Manufacturers for Commercial Projects](https://www.leappole.com/blog/top-10-street-lamp-manufacturers-for-commercial-projects/): Capability
- [Top 10 Lighting Fixture Suppliers for Every Budget in 2026](https://www.leappole.com/blog/top-10-lighting-fixture-suppliers/): The best lighting fixture supplier depends on project budget, fixture type, certifications, outdoor rating, lead time, customization needs, and after-sales support. For outdoor projects, buyers should also confirm pole compatibility, wind load, mounting brackets, lighting layout, and long-term maintenance requirements.
- [Solar Light Pole Design: Essential Engineering Specifications for 2026](https://www.leappole.com/blog/solar-light-pole-design-essential-engineering-specifications-for-2025/): Solar light pole design should define pole height, wind load, material thickness, foundation type, solar panel mounting, battery location, fixture wattage, cable routing, coating, and maintenance access. In 2026 projects, buyers should also check smart controls, battery safety, and long-term service needs.
- [LED High Bay Light Fixtures: Expert Guide to Industrial Lighting Efficiency](https://www.leappole.com/blog/led-high-bay-light-fixtures-expert-guide-to-industrial-lighting-efficiency/): LED high bay light fixtures cut energy consumption by up to 85%, revolutionizing industrial lighting. These powerful fixtures slash electricity costs and deliver superior illumination in large, open spaces. LED high bay lights operate maintenance-free for up to 50,000 hours, which eliminates the frequent bulb replacements that traditional systems demand.
- [Solar vs LED Freeway Light Poles: Real Performance Data Revealed](https://www.leappole.com/blog/solar-vs-led-freeway-light-poles-real-performance-data-revealed/): Light poles on freeways light up thousands of highway miles nationwide, but transportation departments face a tough choice between solar and LED systems. The question of which lighting technology performs better comes up often during my analysis of infrastructure projects. The wrong choice can add 40% to an agency's long-term costs.
- [How to Cut 40% Energy Costs with Exterior Commercial Lighting Systems](https://www.leappole.com/blog/how-to-cut-40-energy-costs-with-exterior-commercial-lighting-systems/): Your property's exterior commercial lighting systems protect your assets and substantially affect your energy bills. Commercial outdoor lighting secures large areas like parking lots, sidewalks, and building exteriors. These fixtures also add style and curb appeal that welcomes customers to your business. But choosing the wrong lighting solutions could waste thousands in unnecessary energy costs.
- [Best Solar Lights with Poles Compared for 2025](https://www.leappole.com/blog/best-solar-lights-with-poles-compared-for-2025/): You want the best solar light with pole for 2025. Recent breakthroughs—like multi-junction solar cells reaching over 40% efficiency and self-healing panels—make today’s models more powerful and reliable. Expert testing from sources such as Consumer Reports helps you find top-rated options. LED technology leads the market for energy savings and low maintenance.
- [Solar powered LED street lights that save money for businesses](https://www.leappole.com/blog/solar-powered-led-street-lights-that-save-money-for-businesses/): You can change your business’s outdoor lighting with solar powered LED street lights like Gebosun, SEPCO, and Leadzon. These choices lower monthly costs to zero and stop energy dependence. Look at how they match up:

## Pages
- [Road and street solutions](https://www.leappole.com/road-and-street-solutions/): Integrated LED Street Light Pole Systems
- [FAQ](https://www.leappole.com/faq/)
- [Contact Us](https://www.leappole.com/contact-us/): If you have any questions, please do not hesitate to contact us.
- [About Us](https://www.leappole.com/about-us/): Leap Pole is a street light pole and outdoor lighting manufacturer based in Yangzhou, Jiangsu, one of China’s established lighting production hubs.
- [HOME](https://www.leappole.com/): Street Light Poles and Outdoor Lighting Products

## Product
- [Mobile LED Light Tower with Generator](https://www.leappole.com/product/mobile-led-light-tower-with-generator/): The LeapPole mobile light tower combines four high-output LED floodlights, a telescopic galvanized mast, generator power, and a stable hand-push chassis. It is designed for construction sites, roadwork, utility maintenance, outdoor events, emergency response, and temporary industrial lighting.
- [Custom High Mast Lighting System](https://www.leappole.com/product/custom-high-mast-lighting-system/): LeapPole supplies project-specific high mast lighting systems for large outdoor areas where wide, uniform illumination and reliable maintenance access are required.
- [STD High-Output All-in-One Solar Street Light](https://www.leappole.com/product/std-high-output-all-in-one-solar-street-light/)
- [PRO Self-Cleaning All-in-One Solar Street Light](https://www.leappole.com/product/pro-self-cleaning-all-in-one-solar-street-light/)
- [FLY High-Efficiency All-in-One Solar Street Light](https://www.leappole.com/product/fly-high-efficiency-all-in-one-solar-street-light/)
- [ECO All-in-One Solar Street Light](https://www.leappole.com/product/eco-all-in-one-solar-street-light/)
- [Custom Solar Smart Bench with Canopy](https://www.leappole.com/product/custom-solar-smart-bench-with-canopy/)
- [Solar Smart Bench with Wireless Charging](https://www.leappole.com/product/solar-smart-bench-with-wireless-charging/)
- [LED High Bay Light LHB023](https://www.leappole.com/product/led-high-bay-light-lhb023/): Technical Parameters CODE  LHB023 Input Power (W) 100W / 150W / 200W / Size (mm) Ø280×150mm / Ø320×160mm / Ø360×165mm / LED Chip 3030 High Efficiency SMD / 5050 High Efficiency SMD Beam Angle 60° / 90° / 120° System Eficiency 130 LM/W CRY ≥80 Color Temp. 3000K/min 4000K/min 5000K/min 5700K Voltage 100-277V Power Factor 0.95 Housing Aluminum alloy die-casting + heat dissipation fins Diffuser PC lenses/lenses Working Temp. -40°C ~ +50°C IP Grade IP65 / IK08
- [LED High Bay Light LHB026](https://www.leappole.com/product/led-high-bay-light-lhb026-2/): Technical Parameters CODE LHB026 Input Power (W) 100W / 150W / 200W / Size (mm) Ø280×150mm / Ø320×160mm / Ø360×165mm / LED Chip 3030 High Efficiency SMD / 5050 High Efficiency SMD Beam Angle 60° / 90° / 120° System Eficiency 130 LM/W CRY ≥80 Color Temp. 3000K/min 4000K/min 5000K/min 5700K Voltage 100-277V Power Factor 0.95 Housing Aluminum alloy die-casting + heat dissipation fins Diffuser PC lenses/lenses Working Temp. -40°C ~ +50°C IP Grade IP65 / IK08
- [Microwave LED High Bay Light LHB019](https://www.leappole.com/product/microwave-led-high-bay-light-lhb019/): Technical Parameters parameter specification Model LHB019-Microwave Input Power (W) 100W / 150W / 200W Size (mm) 315×315×150 / 360×360×170 / 455×455×220 Net Weight (g) 450 / 580 / 800 Number of LEDs 210 / 280 / 350 beam angle TYPE II / TYPE III System Efficiency (LM/W) 110-150 Color rendering index (CRI) ≥75 Color Temperature (K) 3000 / 4000 / 5000 / 5700 / 6500 Voltage (V) 85-265 Factor 0.95 Lamp body material Aluminum alloy die casting Lens/diffuser hood Tempered glass + lenses Operating temperature -40°C ~ +50°C Protection level IP65 Optional features PIR Sensor / Microwave Sensor / Dimming
- [LED High Bay Light LHB001](https://www.leappole.com/product/led-high-bay-light-lhb001/): Technical Parameters CODE LHB001A Input Power (W) 100W 150W Size (mm) 273×273×25 318×318×25 Housing N.W (kg) 0.85kg 1.2kg Chips QTY 2 2 Beam Angle TYPE II / TYPE III System Efficiency 110-150 LM/W CRI ≥75 Color Temp. 3000K / 4000K / 5000K / 5700K Voltage 85-265V Power Factor 0.95 Housing Aluminium Die-casting Difuser Tempered Glass + Lens Working Temp. -40℃ ~ +50℃ IP Grade IP65 Optional PIR Sensor / Microwave Sensor / Dimming Reference Qty / 20FT (pcs) A:15054 / B:11067 / C:6349 Reference Qty / 40HQ (pcs) A:36559 / B:26877 / C:15419
- [LED High Bay Light LHB017-M](https://www.leappole.com/product/led-high-bay-light-lhb017-m/): Technical Parameters CODE LHB017 Input Power (W) 100W 120W 150W 200W Size (mm) 35.84×35.84×18.8 35.84×35.84×18.8 35.84×35.84×18.8 35.84×35.84×18.8 Beam Angle TYPE II / TYPE III System Efficiency 110-150 LM/W CRI ≥75 Color Temp 3000K / 4000K / 5000K / 5700K Voltage 120-277V Power Factor 0.95 Housing Aluminium Die-casting Difuser Tempered glass + Lens Working Temp. -40℃ ~ +50℃ IP grade IP65 Optional PIR Sensor / Microwave Sensor / Dimming
- [LED High Bay Light LHB001B](https://www.leappole.com/product/led-high-bay-light-lhb001b/): Technical Parameters CODE LHB001B Input Power (W) 100W / 150W / 200W / Size (mm) Ø280×150mm / Ø320×160mm / Ø360×165mm / LED Chip 3030 High Efficiency SMD / 5050 High Efficiency SMD Beam Angle 60° / 90° / 120° System Eficiency 130 LM/W CRY ≥80 Color Temp. 3000K/min 4000K/min 5000K/min 5700K Voltage 100-277V Power Factor 0.95 Housing Aluminum alloy die-casting + heat dissipation fins Diffuser PC lenses/lenses Working Temp. -40°C ~ +50°C IP Grade IP65 / IK08
- [LED High Bay Light LHB026](https://www.leappole.com/product/led-high-bay-light-lhb026/): Technical Parameters CODE LHB026 Input Power (W) 100W / 150W / 200W / Size (mm) Ø280×150mm / Ø320×160mm / Ø360×165mm / LED Chip 3030 High Efficiency SMD / 5050 High Efficiency SMD Beam Angle 60° / 90° / 120° System Eficiency 130 LM/W CRY ≥80 Color Temp. 3000K/min 4000K/min 5000K/min 5700K Voltage 100-277V Power Factor 0.95 Housing Aluminum alloy die-casting + heat dissipation fins Diffuser PC lenses/lenses Working Temp. -40°C ~ +50°C IP Grade IP65 / IK08
- [LED High Bay Light LHB027](https://www.leappole.com/product/led-high-bay-light-lhb027/): Technical Parameters CODE LHB027 Input Power (W) 100W / 150W / 200W / Size (mm) Ø280×150mm / Ø320×160mm / Ø360×165mm / LED Chip 3030 High Efficiency SMD / 5050 High Efficiency SMD Beam Angle 60° / 90° / 120° System Eficiency 130 LM/W CRY ≥80 Color Temp. 3000K/min 4000K/min 5000K/min 5700K Voltage 100-277V Power Factor 0.95 Housing Aluminum alloy die-casting + heat dissipation fins Diffuser PC lenses/lenses Working Temp. -40°C ~ +50°C IP Grade IP65 / IK08
- [LED Street Light SL001](https://www.leappole.com/product/street-light-sl001/): Technical Parameters SIZE L W H POWER A 718 340 285 250-400W B 660 340 265 150-250W LAMP: MH/HPS  70-400W Body & Top Cover High Pressure Die-casting Aluminum Optical Unit: High Efficiency Performance Aluminum Reflector (75.8%),In IP65 Reflector: High Efficiency Performance made in aluminum   AA1085,hermetically sealed anodized Glass: Curved or Flat tempered glass, IK09 Lamp Holder: Ceramic E40 with multi-position(1/2/3) support Gear Tray: Metal plate Closing: Stainless steel(304 grade) Connection(Spigot) to Colum: 60mm; 0°-30°degree adjustable system Finishing: Standard color(RAL7035,RAL7001,RAL9007),other colors upon   request Protection Index: Gear compartment:IP65    Optical compartment:IP65 Impact Resistance: IK09 Electrical Class: Class II Norm: EN60598 CE Reference Qty/20FT(PCS) A:400     B:480 Reference Qty/40HQ(PCS) A:980     B:1150
- [LED Street Light SL002](https://www.leappole.com/product/street-light-sl002/): Technical Parameters SIZE L W H POWER A 515 230 130 70-150W B 515 230 190 70-150W LAMP: MH/HPS  70-150W Body & Top Cover High Pressure Die-casting Aluminum Optical Unit: High Efficiency Performance Aluminum Reflector (75.8%),In IP65 Reflector: High Efficiency Performance made in aluminum   AA1085,hermetically sealed anodized Glass: Curved or Flat tempered glass, IK09 Lamp Holder: Ceramic E27  with   multi-position(1/2/3) support Gear Tray: Metal plate Closing: Stainless steel(304 grade) Connection(Spigot) to Colum: 60mm; 0°-30°degree adjustable system Finishing: Standard color(RAL7035,RAL7001,RAL9007),other colors upon   request Protection Index: Gear compartment:IP65    Optical compartment:IP65 Impact Resistance: IK09 Electrical Class: Class II Norm: EN60598 CE Reference Qty/20FT(PCS) A:1650  B:1170 Reference Qty/40HQ(PCS) A:3950  B:2860
- [LED Street Light SL007](https://www.leappole.com/product/street-light-sl007/): Technical Parameters SIZE L W H POWER A 700 300 210 150-400W B 560 260 190 70-150W C 700 300 280 150-400W LAMP: MH/HPS  70-400W Body & Top Cover High Pressure Die-casting Aluminum Optical Unit: High Efficiency Performance Aluminum Reflector (75.8%),In IP65 Reflector: High Efficiency Performance made in aluminum   AA1085,hermetically sealed anodized Glass: Curved or Flat tempered glass, IK09 Lamp Holder: Ceramic E40 with multi-position(1/2/3) support Gear Tray: Heat-resistant Nylon materials or metal plate Closing: Stainless steel(304 grade) Connection(Spigot) to Colum: 60mm; 0°-30°degree adjustable system Finishing: Standard color(RAL7035,RAL7001,RAL9007),other colors upon   request Protection Index: Gear compartment:IP65    Optical compartment:IP65 Impact Resistance: IK09 Electrical Class: Class II Norm: EN60598 CE Reference  Qty/20FT(pcs) A:580      B:  930        C:460 Reference  Qty/40HQ(pcs) A:1400    B: 2500       C:1100
- [LED Street Light SL010E](https://www.leappole.com/product/street-light-sl010e/): Technical Parameters SIZE L W H POWER E 660 280 220 70-250W LAMP: MH/HPS  70-250W Body & Top Cover High Pressure Die-casting Aluminum Optical Unit: High Efficiency Performance Aluminum Reflector   (75.8%),In IP65 Reflector: High Efficiency Performance made in aluminum   AA1085,hermetically sealed anodized Glass: Curved or Flat tempered glass, IK09 Lamp Holder: Ceramic E40 with multi-position(1/2/3) support Gear Tray: Heat-resistant Nylon materials or metal plate Closing: Stainless steel(304 grade) Connection(Spigot) to Colum: 60mm; 0°-30°degree adjustable system Finishing: Standard color(RAL7035,RAL7001,RAL9007),other colors   upon request Protection Index: Gear compartment:IP65  Optical compartment:IP65 Impact Resistance: IK09 Electrical Class: Class II Norm: EN60598 CE Reference Qty/20FT(PCS) 630 Reference Qty/40HQ(PCS) 1750
- [LED Street Light SL012](https://www.leappole.com/product/street-light-sl012/): Technical Parameters ​SIZE L W H POWER A 800 360 240 250-400W B 680 290 190 150-250W C 630 285 170 70-150W LAMP: MH/HPS  70-400W Body & Top Cover High Pressure Die-casting Aluminum Optical Unit: High Efficiency Performance Aluminum Reflector (75.8%),In IP65 Reflector: High Efficiency Performance made in aluminum   AA1085,hermetically sealed anodized Glass: Curved or Flat tempered glass, IK09 Lamp Holder: Ceramic E40 with multi-position(1/2/3) support Gear Tray: Metal plate Closing: Stainless steel(304 grade) Connection(Spigot) to Colum: 60mm; 0°-30°degree adjustable system Finishing: Standard color(RAL7035,RAL7001,RAL9007),other colors upon   request Protection Index: Gear compartment:IP65    Optical compartment:IP65 Impact Resistance: IK09 Electrical Class: Class II Norm: EN60598 CE Reference Qty/20FT(PCS) A:375     B: 710      C 875 Reference Qty/40HQ(PCS) A:900     B: 1720   C 2120
- [LED Street Light SL010CD](https://www.leappole.com/product/street-light-sl010cd/): Technical Parameters SIZE L W H POWER C 700 310 230 250-400W D 600 280 220 70-150W LAMP: MH/HPS  70-400W Body & Top Cover High Pressure Die-casting Aluminum Optical Unit: High Efficiency Performance Aluminum Reflector (75.8%),In IP65 Reflector: High Efficiency Performance made in aluminum   AA1085,hermetically sealed anodized Glass: Curved or Flat tempered glass, IK09 Lamp Holder: Ceramic E27 or E40 with multi-position(1/2/3) support Gear Tray: Heat-resistant Nylon materials or metal plate Closing: Stainless steel(304 grade) Connection(Spigot) to Colum: 60mm; 0°-30°degree adjustable system Finishing: Standard color(RAL7035,RAL7001,RAL9007),other colors upon   request Protection Index: Gear compartment:IP65    Optical compartment:IP65 Impact Resistance: IK09 Electrical Class: Class II Norm: EN60598 CE Reference Qty/20FT(PCS) C:520     D:700 Reference Qty/40HQ(PCS) C:1300   D:1800
- [LED Street Light SL013](https://www.leappole.com/product/street-light-sl013/): Technical Parameters Model L W H POWER A 675 300 190 150-400W B 573 250 170 70-150W LAMP: MH/HPS  70-400W Body & Top Cover High Pressure Die-casting Aluminum Optical Unit: High Efficiency Performance Aluminum Reflector (75.8%),In IP65 Reflector: High Efficiency Performance made in aluminum   AA1085,hermetically sealed anodized Glass: Curved or Flat tempered glass, IK09 Lamp Holder: Ceramic E27 or E40 with multi-position(1/2/3) support Gear Tray: Metal plate Closing: Stainless steel(304 grade) Connection(Spigot) to Colum: 60mm; 0°-30°degree adjustable system Finishing: Standard color(RAL7035,RAL7001,RAL9007),other colors upon   request Protection Index: Gear compartment:IP65    Optical compartment:IP65 Impact Resistance: IK09 Electrical Class: Class II Norm: EN60598 CE Reference Qty/20FT(PCS) A:750     B:1030 Reference Qty/40HQ(PCS) C:1650   D:2510
- [Photocontrol Sensor Base LP-240-7](https://www.leappole.com/product/photocontrol-sensor-base-lp-240-7/): Technical Parameters Model No. LP-240-7 Product Size(mm) 65（Dia）*40 Applicable Volt Range 0-480VAC Rated Frequency 50/60Hz Power Loading AWG#14: 15 Amp max. / AWG#16: 10 Amp max. Leads 6” Min.（See Ordering Information） Ambient Temp -40℃ ~+70℃ Related Humidity 0.99 IP waterproof IP65 Weight Approx 60-80g
- [Photocontrol Sensor Base LP-253](https://www.leappole.com/product/photocontrol-sensor-base-lp-253/): Technical Parameters Model LP-253 Rated Voltaic 110-277VAC, 50/60Hz Applicable Voltage Range 90-305VAC, 50/60Hz Rated Loading 1000W Tungsten,  1800VA   Ballast,  5A e-Ballast Power Consumption 1.2W Average Typical On/Off Level 50 Lux Typical Time Delay 10 Sec Typical Surge Protection 640 Joule / 40000 Amp Typical IP Protection IP65 Dielectric Strength 5000 Vrms Ambient Temp -40 ~ +70 ℃ Related Humidity 99% Overall Size 84(Dia.) x 86mm Weight Approx 200 gr
- [Zhaga Receptacle and Accessories LP-710](https://www.leappole.com/product/zhaga-version-receptacle-and-accessories-lp-710/): Technical Parameters Model Surge Protective Ability IP Other Functions Remarks LP710 < 1kv IP66 All The Same LP710M* ≤4Kv IP66 LP710S* < 1kv IP66 LP710MS* ≤4Kv IP66
- [Smart Lighting Microwave Sensor LHB012B](https://www.leappole.com/product/smart-lighting-microwave-sensor-lhb012b/): Technical Parameters Led   Power Luminous Flux CCT Input   Voltage(V) Distribution Size  (mm) Packing   Size (mm) LHB012B-100W 10000lm 3000/4000/5000K AC   100-240V 60/90ﾟ Ф240x105 290x290x150 LHB012B-150W 15000lm 3000/4000/5000K AC   100-240V 60/90ﾟ Ф340x130 390x390x160
- [LED Street Light LSL067A](https://www.leappole.com/product/led-street-light-lsl067a/): Technical Parameters Led Power Luminous Flux CCT Installation Height Size(mm) Net Weight Weight LSL067A-50W 5500lm 2700-7000K 3-6m 540x205x110 2.1kg 2.3kg LSL067A-60W 6600lm 2700-7000K 3-6m 540x205x110 2.1kg 2.3kg LSL067A-100W 11000lm 2700-7000K 6-8m 650x230x115 3.3kg 3.5kg LSL067A-120W 13200lm 2700-7000K 6-8m 650x230x115 3.3kg 3.5kg LSL067A-150W 16500lm 2700-7000K 6-8m 790x300x115 4.95kg 5.2kg LSL067A-180W 19800lm 2700-7000K 6-8m 790x300x115 4.95kg 5.2kg
- [Zhaga Receptacle and Accessories LP-701J2](https://www.leappole.com/product/zhaga-version-receptacle-and-accessories-lp-701j2/): Technical Parameters Product number LP-701J2 Interface rated voltage 24VDC Interface rated current 1.5A MAX Working humidity 96% Operating -40℃~+70℃ temperature IP IP66 (Reachable after assembly)
- [Zhaga Receptacle and Accessories LP-711J2](https://www.leappole.com/product/zhaga-version-receptacle-and-accessories-lp-711j2/): Technical Parameters Product number LP-711J2 Interface rated voltage 24VDC Interface rated current 1.5A MAX Working humidity 96% Operating -40℃~+70℃ temperature IP IP66 (Reachable after assembly)
- [Zhaga Version Receptacle and Accessories LP-700W](https://www.leappole.com/product/zhaga-version-receptacle-and-accessories-lp-700w/): Technical Parameters Model No. LP-700W Rated Voltage 24VDC Power Consumption 1.5A MAX Related Humidity -40℃~+70℃ Ambient Temperature 96% Wires 20~22AWG, Strip the head 9 ~ 11mm and tin it IP IP66
- [LED Garden Light GL-031](https://www.leappole.com/product/led-garden-light-gl-031/): Technical Parameters CODE GL-031 Input Power（W） 50W/100W/150W/ Size （MM） 520mm X 600mm X 135mm Housing N.W(g) 5660 Beam Angle TYPE I /TYPE III System Eficiency 110-120LM/W CRI 75 Color Temp 6000K/4000K/3000K Voltage AC100-265V Power Factor 0.95 Housing Aluminium Die-casting Difuser Tempered glass +Lens Working Temp -25℃~+40℃ IP Grade IP65 Optional PIR Sensor/Mcrowave Sensor/Dimming
- [LED Garden Light GL-027](https://www.leappole.com/product/led-garden-light-gl-027/): Technical Parameters Product Code GL-027 Wattage 20W-90W Average Lumen around 100 LM/W Chip Brand CREE/Brldgelux/PHILIPS Driver Brand MW/PHILIPS Power Factor ＞0.95 Voltage Range 90V-305V Surge Protection 10KV/20KV Insulation Class Class Ⅰ/Ⅱ Kelvin Range 3000-6500K CRI ＞70 Working Temprature （-35°C to 50°C） IP Class IP66 IK Class ≥IK08 Life Span(Hours) >50000 hours Material Diecasting aluminium Packing Size 652×652×638mm Installation Spigot 76/60mm
- [LED Garden Light GL-034](https://www.leappole.com/product/led-garden-light-gl-034/): Technical Parameters CODE GL-034 Input Power(W) 30W-80W Body Size(mm) Φ46x50cm LED Chip 2835 Beam Angle TYPE II/TYPE III System Eficiency 80LM/W CRI >70 Color Temp. 6000K/4000K/3000K Voltage AC100-277V Power Factor 0.95 Housing Aluminium Die-casting Difuser Tempered glass+Lens Working Temp. -40℃~+50℃ IP grade IP65 Optional PIR Sensor/Microwave Sensor/Dimming
- [LED Garden Light GL-035](https://www.leappole.com/product/led-garden-light-gl-035/): Technical Parameters CODE GL-035 Input Power(W) 30W-100W Body Size(mm) Φ48X58cm LED Chip 3030 Beam Angle TYPE II/TYPE III System Eficiency 120LM/W CRI >70 Color Temp. 6000K/4000K/3000K Voltage AC100-277V Power Factor 0.95 Housing Aluminium Die-casting Difuser Tempered glass+Lens Working Temp. -40℃~+50℃ IP grade IP65 Optional PIR Sensor/Microwave Sensor/Dimming
- [LED Garden Light  GL-038](https://www.leappole.com/product/led-garden-light-gl-038/): Technical Parameters CODE GL-038 Input Power(W) 35W 50W Body Size(mm) Φ46*46*53cm Φ46*46*53cm System Eficiency 3850 5500 LED Chip CREE COB Beam Angle TYPE II/TYPE III CRI >70 Color Temp. 6000K/4000K/3000K Voltage AC100-277V Power Factor 0.95 Housing Aluminium Die-casting Difuser Tempered glass +Lens Working Temp. -40℃~+50℃ IP grade IP65
- [LED Garden Light GL-039](https://www.leappole.com/product/led-garden-light-gl-039/): Technical Parameters CODE GL-039 Input Power(W) 35W 65W 75W 100W Body Size(mm) Φ46*46*33cm Φ46*46*33cm Φ46*46*33cm Φ46*46*33cm System Eficiency 3150 5850 6750 9000 LED Chip CREE COB Beam Angle TYPE II/TYPE III CRI >70 Color Temp. 6000K/4000K/3000K Voltage AC100-277V Power Factor 0.95 Housing Aluminium Die-casting Difuser Tempered glass +Lens Working Temp. -40℃~+50℃ IP grade IP65
- [LED Garden Light GL-040](https://www.leappole.com/product/led-garden-light-gl-040/): Technical Parameters CODE GL-040 Input Power(W) 35W 65W 75W 100W Body Size(mm) Φ46*46*57cm Φ46*46*57cm Φ46*46*57cm Φ46*46*57cm System Eficiency 3850 7150 8250 11000 LED Chip Philips 3030 Beam Angle TYPE II/TYPEIII CRI >70 Color Temp. 6000K/4000K/3000K Voltage AC100-277V Power Factor 0.95 Housing Aluminium Die-casting Difuser Tempered glass+Lens Working Temp. -40℃~+50℃ IP grade IP65
- [LED Garden Light GL-1076](https://www.leappole.com/product/led-garden-light-gl-1076/): Technical Parameters CODE GL-1076 Input Power(W) 50W 100W 150W 200W Body Size(mm) Φ65*70cm Φ65*70cm Φ65*70cm Φ65*70cm System Eficiency 4500 9000 13500 16000 LED Chip 2835 Beam Angle TYPE II/TYPE III CRI >70 Color Temp. 6000K/4000K/3000K Voltage AC100-277V Power Factor 0.95 Housing Aluminium Die-casting Difuser Tempered glass +Lens Working Temp. -40℃~+50℃ IP grade IP65
- [LED Solar Flood Light Slfl001](https://www.leappole.com/product/led-solar-flood-light-slfl001/): Technical Parameters CODE SLFL001 Input   Power(W) 25W 40W 60W 100W 200W Solar Panel 6v/8w 6v/12w 6v/18w 6v/25w 6v/35w Battery 5AH 6AH 12AH 18AH 30AH Chips QTY 47pcs 83pcs 175pcs 266pcs 352pcs Lamp Size 170x50x150mm 210x65x175mm 255x75x220mm 290x75x245mm 330x85x290mm Solar Panel Size 270x180mm 350x235mm 350x350mm 460x235mm 600x350mm Beam Angle TYPE II / TYPE III System Eficiency 110-150LMW CRI ≥70 Color Temp. 3000K/4000K/5000K Power Factor 0.95 Housing Materials Aluminium Die-casting Difuser Tempered glass +Lens Working Temp. -40℃~+50℃ Working Time 12 hours IP grade IP65 Type Dusk To Dawn
- [Solar Damp-Proof Light SDPL01](https://www.leappole.com/product/solar-damp-proof-lamp-sdpl01/): Technical Parameters CODE SDPL01 Input   Power(W) 15W 25W Solar Panel 6V   6W Polysilicon  plate 6V   8W Polysilicon  plate Batter lithium   iron phosphatebattery 3.2V/9Ah lithium   iron phosphatebattery 3.2V/9Ah Chips QTY 72pcs 120pcs Lamp Size 160x80mm 220x80mm lamp N.W 1.5kg/pcs 2.2kg/pcs Solar Panel Size Beam Angle TYPE II / TYPE III System Eficiency 110-150LMW CRY ≥70 Color Temp. 3000K/4000K/5000K Power Factor 0.95 Materials Housing:pp     Polysilicon  plate Diffuser Tempered glass +Lens Working Temp. -40℃~+50℃ Working Time 12 hours IP grade IP65
- [Solar Street Light SLS056](https://www.leappole.com/product/solar-street-light-sls056/): Technical Parameters CODE SLS056 Light   Sourse(W) 100W Solar Panel 6V   20W Battery 3V   20AH Chips QTY SMD5730  208pcs Lamp Size 495X210mm Solar Panel Size 350X450X17mm System Eficiency 110-150LMW CRI ≥70 Color Temp. 3000K/4000K/5000K Power Factor 0.95 Housing Materials Aluminium   Alloy Pipe Diamete ∅60mm Arm pick 500mm Mounting Height 3m   Height  distance 6-8m between 2 lights Working Temp. -40℃~+50℃ Charge Time 8-10Hrs   by strong sunshine Discharge(Lighting) Time:24-36Hrs,can working2-3   Rainy/Cloudy days continuous after full charged IP grade IP65 Wind resistance 130KM/hour
- [LED Solar Light SLS054B](https://www.leappole.com/product/led-solar-light-sls054b/): Technical Parameters CODE SLS054B Input   Power(W) 20W/40W/60W Battery 3.7V 8AH  / 7.4V  8AH  / 7.4V  18AH Beam Angle TYPE II / TYPE III System Eficiency 110-150LMW CRI ≥70 Color Temp. 3000K/4000K/5000K Power Factor 0.95 Housing Materials Aluminium Die-casting Difuser Tempered glass +Lens Working Temp. -40℃~+50℃ Working Time 12 hours IP grade IP65 Type Dusk To Dawn
- [LED Solar Light SLS068](https://www.leappole.com/product/led-solar-light-sls068/): Technical Parameters CODE SLS068 Light Sourse(W) 60W 120W Battery capacity 2000mA 3000mA Number of lamp beads 120 super bright lamp beads 240 super bright lamp beads Battery life Life time 4 days 3-7 rainy days Lamp holder size 400×210×55 400×210×55 Solar Panel Size 350×450×17 630×350×17 Illuminated area 150 square meters 200 square meters Lamp body material Lamp body material aluminum + P lens Final aluminum + PC lens
- [Solar Lawn Light SLL003](https://www.leappole.com/product/solar-lawn-light-sll003/): Technical Parameters Product model  SLL003 Single crystal silicon Solar plate 18W Controller Separate controller Real Power 10W Chip quantity 200pcs Recommended light time 8-12hours Automatic power reduction in different time period Material of housing pc Housing with Good light transmission,not get yellow within 3-5years  3 years warranty for whole light.Service life more than 5 years.
- [Solar Lawn Light SLL004](https://www.leappole.com/product/solar-lawn-light-sll004/): Technical Parameters Single crystal silicon Solar plate 22W Controller Separate controller Real Powe 10W Chip quantity 200pcs 8-12 hours Recommended light time 8-12hours Automatic power reduction in different time period Material of housing:Housing with Good light transmission,not get yellow within 3-5years 3 years warranty for whole light. Service life more than 5 years.
- [LED Solar Flood Light SFL004](https://www.leappole.com/product/led-solar-flood-light-sfl004/): Technical Parameters Model SFL1004 Wattage 200W/300W/400W/ Lithium Battery 3.2V 18AH /3.2V 24AH/3.2V 30AH/ Solar Panel 6V 20W/6V 25W/6V 30W/ Lamp Size 292×222×62mm/330×260×62mm/370×300×62mm / Discharge Time 12-14Hrs，Lasting3-4 Raing Or Cloundy Days Charge Time 4-6Hrs Work  Mode Remote Control +Auto Work From Dark To Dawn
- [LED Floodlight LFL090](https://www.leappole.com/product/led-floodlight-lfl090/): Technical Parameters CODE LFL090 Input Power (W) 10W / 20W / 30W/50W / 75W  /100W / Size (mm) 104.5×84.5×28.3mm / 118×93×28.3mm / 160×120×28.5mm / 203.8×145×29.5mm/236.5×177×29.5mm/269×209×29.65mm/ Housing N.W(g) 43 / 53 / 88 / 128 / 187/280/ CODE LFL090 Input Power (W) 150W/200W/300W/400W/500W/600/ Size (mm) 334×228.5×30.65mm / 377.5×277×31.3mm / 433×318×31.3mm / 488×328×39mm/592×328×39mm/696×328×43mm/ Housing N.W(g) 400g/650g/800g/1100g/1550g/2050g/ Beam Angle TYPE II / TYPE III System Eficiency 110-150LM/W CRI ≥75 Color Temp. 3000K/4000K/ 5000K/ 5700K Voltage 85-265V Power Factor 0.95 Housing Aluminium Die-casting Diffuser Tempered Glass + Lens Working Temp. -40°C ~ +50°C IP Grade IP65 Optional PIR  Sensor/Microwave Sensor/Dimming
- [LED Floodlight LFL092](https://www.leappole.com/product/led-floodlight-lfl092/): Technical Parameters CODE LFL092 Input Power(W) 400W  500W  600W 800W  900W  1000W  1200W 1400W  1500W  1600W  1700W 1800W Chips QTY 240*4/ 408*4 / 640*4 Weight 14.9KG /20KG/ Size 592*509*423 /697*649*520/ Beam Angle 30°45° 60° System Eficiency 70-90LM/W CRI ≥70 Color Temp. 3000K/4000K/5000K/5700K Voltage 180-240V Power Factor 0.95 Housing Aluminium Die-casting Difuser Tempered glass +Lens Working Temp. -40℃~+50℃ IP grade IP65
- [Led Floodlight LFL096](https://www.leappole.com/product/led-floodlight-lfl096/): Technical Parameters CODE LFL096 Input Power (W) 50W/100W/200W/300W/400W/600W/ Size (mm) 210×190×41mm / 280×240×45mm / 360×325×50mm / 390×425×52mm/445×445×55mm/560×485×60mm/ Q'TY/PCS 780 / 1358 / 2670 / 3880 / 4310/ 6600 / Beam Angle TYPE II / TYPE III System Eficiency 110-150LM/W CRI ≥75 Color Temp. 3000K/4000K/ 5000K/ 5700K Voltage 86-265V Power Factor 0.95 Housing Aluminium Die-casting Diffuser Tempered Glass + Lens Working Temp. -40°C ~ +50°C IP Grade IP65 Optional PIR  Sensor/Microwave Sensor/Dimming
- [Led Floodlight LFL097](https://www.leappole.com/product/led-floodlight-lfl097/): Technical Parameters CODE LFL097 Input Power (W) 10W/20W/30W/50W/100W/150W/200W/300W/ Size (mm) 118×90×25mm / 238×113×25mm / 148×123×25mm / 178×152×25mm/218×182×25mm/238×192×25mm/238×212×25mm/298×212×25mm/ Q'TY/PCS 80 / 60 / 60 / 40 / 40 / 30 / 30/20/ Beam Angle TYPE II / TYPE III System Eficiency 110-150LM/W CRI ≥75 Color Temp. 3000K/4000K/ 5000K/ 5700K Voltage 200-240V   100-240V Power Factor 0.95 Housing Aluminium Die-casting Diffuser Tempered Glass + Lens Working Temp. -40°C ~ +50°C IP Grade IP65 Optional PIR  Sensor/Microwave Sensor/Dimming
- [LED Floodlight LFL098](https://www.leappole.com/product/led-floodlight-lfl098/): Technical Parameters CODE LFL098 Input Power (W) 30W/50W/100W/150W/200W/300W/400W/ Size (mm) 148×123×23.8mm / 222×176×23mm / 292×267×23mm / 250×267×23mm/402×299×23.5mm/450×335×23.5mm/470×360×28mm/ Q'TY/PCS 40 / 20 / 10 / 10 / 10 / 10 / 5/ Beam Angle TYPE II / TYPE III System Eficiency 110-150LM/W CRI ≥75 Color Temp. 3000K/4000K/ 5000K/ 5700K Voltage 200-240V   100-240V Power Factor 0.95 Housing Aluminium Die-casting Diffuser Tempered Glass + Lens Working Temp. -40°C ~ +50°C IP Grade IP65 Optional PIR  Sensor/Microwave Sensor/Dimming
- [Led Floodlight LFL101](https://www.leappole.com/product/led-floodlight-lfl101/): Technical Parameters CODE LFL101 Input Power (W) 100W/200W/300W/400W/500W/600W/800W/1000/ Size (mm) 159×119×21mm / 179×142×21mm / 198.6×164×21mm / 237.5×192.5×21mm/271×232×21mm/309×259×21mm/377.5×277×31.3mm/433×318.9×31.3mm/ Weight(g) 63g / 84g / 112g/ 157g / 234g/300g/450g/800g/ Beam Angle TYPE II / TYPE III System Eficiency 110-150LM/W CRI ≥75 Color Temp. 3000K/4000K/ 5000K/ 5700K Voltage 200-240V   100-240V Power Factor 0.95 Housing Aluminium Die-casting Diffuser Tempered Glass + Lens Working Temp. -40°C ~ +50°C IP Grade IP65 Optional PIR  Sensor/Microwave Sensor/Dimming
- [LED Floodlight LFL099](https://www.leappole.com/product/led-floodlight-lfl099/): Technical Parameters CODE LFL099 Input Power (W) 30W/50W/100W/150W/200W/300W/400W/ Size (mm) 160×139×25mm / 180×165×25mm / 238×217×25mm / 296×270×25mm/335×305×25mm/378×345×30mm/425×388×31mm/ Q'TY/PCS 49 / 72 / 144 / 224 / 288/440/576/ Beam Angle TYPE II / TYPE III System Eficiency 110-150LM/W CRI ≥75 Color Temp. 3000K/4000K/ 5000K/ 5700K Voltage 200-240V   100-240V Power Factor 0.95 Housing Aluminium Die-casting Diffuser Tempered Glass + Lens Working Temp. -40°C ~ +50°C IP Grade IP65 Optional PIR  Sensor/Microwave Sensor/Dimming
- [LED Floodlight LFL102](https://www.leappole.com/product/led-floodlight-lfl102/): Technical Parameters CODE LSL102 Input Power (W) 50W/100W/150W/200W/300W/ Size (mm) 500×215×65mm / 550×225×65mm / 600×245×70mm / 660×265×70mm/790×265×100mm/ LED Chip 3030 60D / 3030 120D / 3030 150D / 3030 200D / 3030 300D/ Beam Angle TYPE II / TYPE III System Eficiency 140LM/W CRY ≥75 Color Temp. 3000K/min 4000K/min 5000K/min 5700K Voltage 100-277V Power Factor 0.95 Housing  Aluminium Die-casting Diffuser Tempered Glass + Lens Working Temp. -40°C ~ +50°C IP Grade IP65
- [Led Street Light LSL092](https://www.leappole.com/product/led-street-light-lsl092/): Technical Parameters CODE LSL092 Input Power (W) 50W / 100W / 150W / 200W/ 300W/ Size (mm) 535×210×110mm / 605×265×110mm / 710×265×110mm / 760×280×110mm/810×280×110mm/ LED Chip 3030 65D / 3030 110D / 3030 180D / 3030 215D/3030 336D/ Beam Angle TYPE II / TYPE III System Eficiency 140LM/W CRI  ≥70 Color Temp. 3000K / 4000K / 5000K / 5700K Voltage 100-277V Power Factor 0.95 Housing  Aluminium Die-casting Difuser Tempered Glass + Lens Working Temp. -40°C ~ +50°C IP Grade IP65
- [Led Street Light LSL097](https://www.leappole.com/product/led-street-light-lsl097/): Technical Parameters CODE LSL097 Input Power (W) 50W / 100W / 150W / 200W Size (mm) 445×113×75mm / 500×128×75mm / 565×164×75mm / 685×196×75mm/ LED Chip 3030 72D / 3030 144D / 3030 216D / 3030 290D Beam Angle TYPE II / TYPE III System Eficiency 130LM/W CRI  ≥75 Color Temp. 3000K / 4000K / 5000K / 5700K Voltage 100-277V Power Factor 0.95 Housing  Aluminium Die-casting Difuser Tempered Glass + Lens Working Temp. -40°C ~ +50°C IP Grade IP65
- [Led Street Light LSL094](https://www.leappole.com/product/led-street-light-lsl094/): Technical Parameters CODE LSL094 Input Power (W) 30W /50W / 100W / 150W / 200W Size (mm) 392×160×82mm / 485×188×67mm / 565×220×67mm / 660×240×67mm/760×276×67mm/ LED Chip 5050 21D / 5050 40D / 5050 78D / 5050 120D/5050 170D/ Beam Angle TYPE II / TYPE III System Eficiency 180LM/W CRI  ≥70 Color Temp. 3000K / 4000K / 5000K / 5700K Voltage 100-277V Power Factor 0.95 Housing  Aluminium Die-casting Difuser Tempered Glass + Lens Working Temp. -40°C ~ +50°C IP Grade IP65
- [Led Street Light LSL090](https://www.leappole.com/product/led-street-light-lsl090/): Technical Parameters CODE LSL090 Input Power (W) 50W / 100W / 150W / 200W / 300W Size (mm) 500×215×90mm / 550×225×65mm / 600×245×70mm / 660×265×70mm/790×265×100mm / LED Chip 3030 60D / 3030 120D / 3030 150D / 3030 200D/3030 300D/ Beam Angle TYPE II / TYPE III System Eficiency 140LM/W CRI  ≥70 Color Temp. 3000K / 4000K / 5000K / 5700K Voltage 100-277V Power Factor 0.95 Housing  Aluminium Die-casting Difuser Tempered Glass + Lens Working Temp. -40°C ~ +50°C IP Grade IP65
- [Led Street Light LSL099](https://www.leappole.com/product/1642/): Technical Parameters CODE LSL099 Input Power (W) 50W / 100W / 150W / 200W Size (mm) 410×200×82mm / 545×230×86mm / 610×253×88mm / 660×265×89mm LED Chip 3030 60D / 3030 120D / 3030 180D / 3030 240D Beam Angle TYPE II / TYPE III System Eficiency 140LM/W CRI  ≥75 Color Temp. 3000K / 4000K / 5000K / 5700K Voltage 100-277V Power Factor 0.95 Housing  Aluminium Die-casting Difuser Tempered Glass + Lens Working Temp. -40°C ~ +50°C IP Grade IP65
- [Led Street Light LSL091](https://www.leappole.com/product/led-street-light-lsl091/): Technical Parameters CODE LSL091 Input Power (W) 50W / 100W / 150W / 200W Size (mm) 439×199×85mm /489×229×85mm / 586×249×85mm / 616×289×85mm LED Chip 3030 96D / 3030 144D / 3030 240D / 3030 320D Beam Angle TYPE II / TYPE III System Eficiency 100 LM/W CRI  ≥75 Color Temp. 3000K / 4000K / 5000K / 5700K Voltage 100-277V Power Factor 0.95 Housing  Aluminium Die-casting Difuser Tempered Glass + Lens Working Temp. -40°C ~ +50°C IP Grade IP65
- [Led Street Light LSL100](https://www.leappole.com/product/led-street-light-lsl100/): Technical Parameters CODE LSL100 Input Power (W) 50W / 100W / 150W / 200W Size (mm) 515×220×85mm / 565×220×85mm / 635×240×85mm / 665×290×85mm LED Chip 3030 96D / 3030 144D / 3030 240D / 3030 320D Beam Angle TYPE II / TYPE III System Eficiency 100 LM/W CRI  ≥75 Color Temp. 3000K / 4000K / 5000K / 5700K Voltage 100-277V Power Factor 0.95 Housing  Aluminium Die-casting Difuser Tempered Glass + Lens Working Temp. -40°C ~ +50°C IP Grade IP65
- [LED Street Light LSL101](https://www.leappole.com/product/led-street-light-lsl101/): Technical Parameters CODE LSL101 Input Power (W) 50W / 100W / 150W / 200W Size (mm) 515×220×85mm / 565×220×85 mm/ 635×240×85mm / 665×290×85mm LED Chip 3030 96D / 3030 144D / 3030 240D / 3030 320D Beam Angle TYPE II / TYPE III System Eficiency 100 LM/W CRI  ≥75 Color Temp. 3000K / 4000K / 5000K / 5700K Voltage 100-277V Power Factor 0.95 Housing  Aluminium Die-casting Difuser Tempered Glass + Lens Working Temp. -40°C ~ +50°C IP Grade IP65
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