Solar LED Street Lights & Outdoor Lighting for EPC Projects
Sungreat Energy supplies solar street lights, grid-powered LED luminaires and smart outdoor lighting for EPC and municipal projects, configured around road data, operating hours and local site conditions.
- Solar, grid, hybrid, CCTV and high-mast options for different infrastructure needs
- Road width, pole height, spacing, nightly hours and solar data guide configuration
- Model-specific LED, PV, battery, optics and controls reduce BOQ mismatch risks
- IES files and DIALux review support confirmed luminaires and project layouts
- OEM, tender and delivery details follow the selected model and order scope
Choose the Right Solar Street Light & Outdoor LED System
Sungreat Energy offers integrated and split solar street lights, grid-powered LED street lights, CCTV and IoT lighting, solar-wind hybrid systems, high-mast sports lights, traffic signals and customizable poles. The right product path depends first on whether grid power is available, followed by road width, pole height, spacing, target illuminance, nightly operating hours and local solar conditions. This helps EPC contractors compare system structures before selecting wattage or preparing a BOQ.
For off-grid roads, integrated designs simplify installation, while all-in-two or split configurations allow the solar panel and luminaire to be positioned independently. Grid-powered LED street lights suit retrofit projects with an available AC supply, while CCTV, self-cleaning, hybrid and high-mast options address monitoring, dusty-site maintenance, seasonal charging and large-area lighting requirements. LED output, PV size, usable battery energy, optics, control mode and structural details should be confirmed by model. IES files or DIALux simulations can then be matched to the selected luminaire and project layout.
Why EPC Teams Choose Sungreat Energy for Lighting Projects
Need solar, grid-powered or smart lighting? Compare system options, technical documents and delivery requirements before you lock the BOQ or tender configuration.
✓ Project Selection Support: Compare solar, grid, CCTV, hybrid and high-mast options before quotation
✓ Site-Matched Configuration: Review road width, pole height, spacing, operating hours and local solar conditions
✓ Specification Control: Match LED, PV, battery, optics and control data to the selected product series
✓ IES & Tender Documentation: Use available files and simulations for the confirmed luminaire and project layout
✓ Order & Delivery Coordination: Align OEM details, labeling, packing and shipping with the final order scope
Solar Light & LED Light Applications
Solar Light & LED Light Advantages for EPC Projects
We provide customized system configurations, including specific wattage, pole height, and beam angle adjustments, to meet diverse highway and municipal requirements. Our professional design team enhances system efficiency to minimize project costs for contractors while ensuring full compliance with local infrastructure standards and environmental regulations.
Equipped with advanced MPPT controllers and premium Grade A LiFePO4 batteries, our systems provide 5 to 7 days of uninterrupted backup power even during extreme weather conditions. The robust industrial design is tailored for high-temperature stability, dust resistance, and corrosion protection, meeting the demands of large-scale global infrastructure projects.
Featuring high efficacy up to 220 lm/W, our solutions can adjust pole spacing, which effectively reduces the total number of units and installation costs. Our factory-direct supply chain ensures highly competitive pricing, helping project managers maintain strict budget control without compromising light quality or performance.
With over 12 specialized production lines, we guarantee a rapid 2–3-week delivery schedule to keep your infrastructure projects on time. We provide comprehensive technical support, including professional Dialux simulations and IES files, to accelerate your technical tender approval process and ensure a higher rate of bidding success.
Solar Light & LED Light Professional Proposals
FAQ of Solar Light & LED Light
We offer a comprehensive range of solar lighting products designed to meet various project scales, delivering high efficiency and optimized illumination heights across our full portfolio:
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Wattage Options: We provide a wide power selection starting from 5W up to 400W to accommodate everything from minor courtyard lighting to major highway projects.
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Premium LED Chips & Light Efficacy: We utilize high-performance LED chips from world-class brands, including USA Bridgelux, Osram, Philips (Lumileds), Cree, and Nichia. Our systems achieve a high light efficacy ranging from 160 lm/W to 220 lm/W, delivering a total lumen output from 800 lm up to 30,000+ lm depending on the specific product line and model wattage.
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Recommended Installation Height: The fixtures are engineered for versatile mounting heights based on the power configuration:
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2m–4m poles/walls for 5W–30W models
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4m–6m poles for 40W–60W models
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6m–8m poles for 80W–100W models
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8m–12m poles for 120W–200W models
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12m–16m+ poles for 250W–400W heavy-duty models
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Yes, we offer comprehensive technical support tailored for international tenders, municipal biddings, and large-scale infrastructure projects. Our dedicated engineering team provides complete Dialux simulations, standard IES files, wind resistance calculations for solar poles, and optimized product configurations. By aligning directly with rigorous government standards, we deliver professional technical proposals and layout recommendations that help EPC contractors reduce project design time by over 50% and significantly increase tender approval success rates.
We can provide smart control: Zigbee / LoRa/ CASAMBI/ WiSun/ DMX512, and so on, of IoT functions to help clients control, adjust, and monitor the whole lighting system to improve efficiency. This is also good to become a smart city with new technology for the future.
We offer a versatile range of battery platforms, including 3.2V, 6.4V, 12.8V, and 25.6V systems, with capacities from 10Ah to 300Ah to match specific project requirements. Utilizing Grade A LiFePO4 batteries with more than 6,000 charge cycles, they deliver a reliable service life of 8 to 10 years.
Equipped with an advanced Smart BMS, our battery packs maintain outstanding performance in extreme environments up to 80°C. They are highly proven and widely deployed across high-temperature regions, including Saudi Arabia in the Middle East; Kenya, Congo, Nigeria, and South Africa in Africa; the Philippines, Indonesia, and Thailand in Southeast Asia; as well as Peru, Chile, and Colombia in South America. Furthermore, all fixtures are designed with an independent, detachable battery box for effortless on-site replacement and maintenance, backed by a comprehensive 5-year warranty.
Yes, Sungreat Energy is a premier certified manufacturer with a deeply established global export track record, delivering high-performance solar and outdoor lighting infrastructure to the Philippines, the Middle East, Africa, and Latin America. Holding full international compliance certifications—including CE, RoHS, and ISO, alongside currently executing CB certification to seamlessly facilitate Saudi Arabian Saber/SASO registration—we ensure our systems meet rigorous municipal and engineering standards worldwide.
Unlike standard factory vendors, Sungreat Energy provides exceptional added value to EPC contractors and project developers through localized operations, robust technical field support, and premium quality control:
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Proven Global Footprint: Our premium fixtures are widely deployed across challenging environments globally, including the Philippines, Saudi Arabia, Kenya, Nigeria, Congo, South Africa, Indonesia, Thailand, Peru, Chile, and Colombia.
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Philippine Local Inventory & Showroom: To eliminate lead-time and logistics risks for local projects, we operate a physical showroom and local warehouse in Manila, complemented by a strategic bulk storage warehouse in Davao for immediate stock dispatch.
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On-the-Ground Installation & Maintenance: In the Philippines, we are backed by our own dedicated local installation and technical maintenance teams. We handle everything from seamless customs clearance to professional on-site deployment and rapid-response field support.
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Engineered for Extreme Climates: Our structural designs offer certified wind resistance, and our Grade A LiFePO4 batteries with Smart BMS operate flawlessly in extreme high-heat environments up to 80°C.
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Unmatched 0.2% After-Sales Rate: Utilizing components from world-class brands and rigorous testing, our products maintain an exceptionally low technical defect and after-sales rate of under 0.2%, fully backed by a comprehensive 5-year warranty.
Yes, our systems are specifically engineered with industrial-grade durability to deliver uninterrupted, stable performance in the world’s most demanding climates. This reliability is highly proven and widely validated by heavy-duty infrastructure deployments across extreme desert, coastal, and high-humidity environments globally, including:
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The Middle East: Extensive projects in Saudi Arabia, Oman, and Jordan, where fixtures endure intense UV radiation, severe sandstorms, and soaring desert temperatures.
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Africa: Successful installations across Nigeria, Kenya, South Africa, and Algeria, handling both high-heat inland terrains and corrosive coastal winds.
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Southeast Asia: Widespread deployments in the Philippines and Thailand, surviving continuous high humidity, heavy monsoon downpours, and salty marine air.
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Latin America: Proven track record in countries like Peru, Chile, and Colombia, along with new project deployments in Brazil, Mexico, and Ecuador, adapting perfectly to high-altitude UV exposure, vast desert plains, and tropical rainforest environments.
To guarantee survival and minimize maintenance costs under these rigorous conditions, our products are backed by robust technical and structural evidence:
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Extreme Thermal Resilience: Our core energy storage utilizes Grade A LiFePO4 battery platforms integrated with a smart high-temperature BMS. This system operates flawlessly and retains long-term cycle longevity in extreme environments reaching up to 80°C.
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Marine-Grade Corrosion & IP Protection: All fixtures carry an IP66 or higher waterproof rating and utilize specialized corrosion-resistant materials (such as high-grade anodized aluminum alloy and stainless steel fasteners) alongside outdoor anti-UV powder coatings. This prevents rust, salt-spray degradation, and sand penetration.
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Certified Structural Stability: Engineered with advanced aerodynamic shapes, our luminaires and poles possess certified wind resistance (with designs capable of withstanding Class 13 to 15 typhoons or severe desert sandstorms).
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Zero-Maintenance Design: Driven by premium world-class components, the complete system achieves an exceptionally low field defect rate of under 0.2%, saving EPC contractors and municipal operators expensive remote site maintenance costs.
Yes, we provide full OEM and ODM customization services across our entire product portfolio, including integrated solar street lights, outdoor LED floodlights, and AC main-grid street lights. To help EPC contractors optimize system performance and lower total project investment, we support comprehensive component-level customization:
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Premium LED Chips & Efficacy: Custom configurations using chips from USA Bridgelux, Osram, Philips, Cree, or Nichia, with light efficacy flexible from 90 lm/W up to 220 lm/W.
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Top-Tier LED Drivers: Equipped with reliable drivers from world-class brands like Mean Well, Moso, and Inventronics for AC main-grid systems.
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Advanced Solar Controllers: Selection of high-efficiency MPPT or cost-effective PWM controllers based on the geographic and budget requirements.
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Smart Operating Modes: Tailored smart working profiles including multi-stage time control, motion sensors (PIR/microwave), and dusk-to-dawn photoperiod automation.
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Complete System Hardware: Customized wattage, pole heights, pole structure wind-resistance parameters, specific beam angles, and customized battery capacities.
Supported by our professional Dialux simulations and technical calculations, we ensure every customized solution aligns perfectly with local engineering standards.
To fully support international project evaluation and distributor market testing, we maintain a highly flexible procurement policy alongside standardized Customs registration. Our operational framework is detailed below:
Flexible MOQ & Sample Policy
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Minimum Order Quantity: Our standard MOQ starts at just 1 unit.
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Sample Testing Evaluation: We fully accept and welcome sample orders. This allows engineering and procurement teams to thoroughly inspect our build quality, technical parameters, and field performance before committing to container-load volumes.
Standardized International HS Codes For accurate tariff calculations, import clearance processing, and shipping documentation, please reference the following HS Codes for our primary infrastructure components:
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Integrated Solar Street Lights:
8539.51.00.00 -
Solar Photovoltaic (PV) Panels:
8541.42.00.00 -
Lithium Battery Storage Systems:
8507.60.00.90 -
LED Luminaires / Light Fixtures:
8539.51.00.00 -
Steel Light Poles / Structural Supports:
7308.90.00.00
Pro Tip for Logistics Teams: If your regional customs authority requires specific regional suffixes or binding tariff rulings for localized clearancing, please provide your import compliance directives, and our logistics department will format the shipping invoices accordingly.
Solar Street Light & Outdoor LED Lighting Selection Guide
Use this guide to narrow the Sungreat Energy lighting product family before reviewing individual datasheets. Read the table from left to right: identify the lighting type and project requirement, compare the installation conditions, and then review the model options, preliminary power range and applicable market environments. The table covers all-in-one and split solar street lights, CCTV and IoT lighting, self-cleaning and hybrid systems, grid-powered LED street lights, solar flood lights and high-mast sports lighting.
Applicable markets indicate where a solution can be considered based on typical power access, climate and application conditions; they do not mean that every listed model has been installed or approved in every country. After selecting a product path, confirm road width, pole height, spacing, target illuminance and uniformity, nightly operating hours, local solar resource or AC supply, wind load, temperature, dust or salt exposure, communication requirements and applicable project standards.
| Lighting Type | Project Requirement | Application & Installation Condition | Recommended Models | Recommended Power | Suitable Markets |
| All-in-One Solar Street Light | Rural roads / village streets / residential communities / large-quantity budget projects | Off-grid basic road lighting, normally installed on 3-8m poles; suitable for villages, community roads, pathways and residential access roads | FN / BK | 20-250W | Nigeria, Kenya, Tanzania, Uganda, Ghana, Philippines, Laos |
| All-in-One Solar Street Light | Urban roads / municipal streets / public roads / commercial and residential areas | City roads, public streets, parks and municipal infrastructure; normally installed on 6-12m poles with project-specific spacing and optical distribution | BK / DM / FX / QH | 20-250W | Saudi Arabia, UAE, Morocco, Spain, Mexico, Chile, Philippines |
| All-in-One Solar Street Light | Highways / major roads / expressways / wide municipal roads / industrial access roads | Multi-lane and high-traffic roads, normally installed on 8-12m poles; final wattage, spacing and optics should be verified through IES or DIALux calculations | FX / NM / QH | 40-400W | Saudi Arabia, UAE, Qatar, Kuwait, South Africa, Kenya, Colombia |
| All-in-Two / Split Solar Street Light | Industrial roads / logistics parks / rainy regions / shaded sites / flexible panel installation | Separate solar panel allows panel direction and lighting direction to be adjusted independently; suitable for 5-12m poles, curved roads, factory roads and locations with difficult solar exposure | FT / ZC | 30-120W | Philippines, Malaysia, Indonesia, Thailand, Vietnam, Laos, Peru |
| Solar Street Light with CCTV Camera | Roads with security monitoring / campuses / farms / warehouses / parking areas / remote facilities | Lighting and PTZ surveillance combined on one pole; available with 4G or WiFi remote monitoring; approximately 3-12m installation range depending on the model and camera coverage requirement | BKC / FXC / FNC | 40-250W | Nigeria, Kenya, Ghana, Saudi Arabia, UAE, Mexico, Colombia |
| Smart IoT & Vertical Solar Street Light | Smart cities / government infrastructure / remote lighting management / connected urban assets | Centralized monitoring, remote dimming, fault alerts, CCTV or communication integration; approximately 3.5-12m installation range depending on QH or VS configuration | QH / VS | 20-250W | Saudi Arabia, UAE, Qatar, Oman, Singapore, Australia, Spain |
| Bifacial Solar Street Light | Municipal roads / parking areas / open roads with reflective ground / high solar-energy demand | Best for open sites with concrete, light-coloured paving or sand that can reflect sunlight toward the rear of the bifacial panel; recommended installation height approximately 6-15m | QM | 40-150W | Saudi Arabia, UAE, Oman, Senegal, Côte d’Ivoire, Kenya, Australia |
| Self-Cleaning Solar Street Light | Desert roads / dusty highways / mining sites / remote industrial roads | Automatic panel cleaning reduces dust accumulation where regular manual cleaning is difficult; recommended installation height approximately 4-11m | QS | 40-120W | Saudi Arabia, Oman, UAE, Algeria, Egypt, Niger, Morocco |
| Solar-Wind Hybrid Street Light | Coastal roads / islands / high-wind regions / long rainy seasons / critical off-grid infrastructure | Combines solar generation, a 100-200W wind turbine and optional AC backup; suitable for approximately 4-8m poles where solar-only charging may be insufficient | HY | 80-150W | Philippines, Netherlands, Nigeria, Indonesia, Caribbean islands |
| Solar Flood Light | Billboards / security gates / warehouses / construction sites / mining areas / remote perimeters | Separate solar panel and floodlight structure with 2-5m cable flexibility; recommended mounting height approximately 4-8m and spacing around 15-25m | FL | 10-50W | Nigeria, Kenya, Philippines, Indonesia, Saudi Arabia, UAE |
| Grid-Connected LED Street Light | Municipal road retrofit / highways with existing power / residential streets / parking lots / industrial and logistics areas | Designed for existing AC100-277V infrastructure; LA suits conventional road-arm installations, while LE shoebox fixtures suit roads, parking lots and wide commercial areas; recommended height approximately 4-15m | LA / LE | 30-300W; | USA, Spain, Saudi Arabia, UAE, Philippines, Nigeria, Kenya, Mexico |
| High-Mast & Sports Lighting | Football fields / basketball courts / training grounds / stadiums / ports / airports / logistics yards | High-output lighting for approximately 10-40m poles; model selection should consider field size, target lux, uniformity, glare limits, beam angle and broadcast or competition requirements | QC / SQ / TX | 400-2000W | Brazil, Chile, Spain, Italy, Saudi Arabia, UAE, South Africa, Australia |
Power ranges represent the available options across the recommended models. Final wattage, solar panel, battery capacity, pole height and spacing should be confirmed according to road width, target illuminance and uniformity, nightly operating hours, local solar radiation, wind load and applicable project standards.
