Engineered for extreme durability, energy-saving efficiency, and smart motion detection. Browse our core OEM street, deck, and landscape lighting systems.
The outdoor illumination landscape is experiencing a deep transition from localized, passive hardware to active, smart-grid integrated systems. Traditionally, municipal and commercial infrastructure relied on grid-tethered sodium or halogen units. Today, high-efficiency rechargeable solar street lights have evolved into standalone, micro-generation nodes.
Advancements in three foundational pillars are accelerating this shift:
Operating in conjunction with Ningbo Yuancheng Plastic Co., Ltd., we are a leading B2B supplier of solar lighting systems in China. Over a 20-year history, we have developed our facility into an advanced engineering center. Our campus spans 10,750 square meters, runs optimized production workflows, and processes large-scale global OEM/ODM orders.
Supported by 105 expert production staff and 15 customer support managers, we manage product lifecycles from industrial design to raw material sourcing, automated injection molding, assembly, and testing. Our engineering team specializes in rapid prototyping, providing 7-day proofing service to match client specifications with precise technical quotes.




How municipal planners, EPC contractors, and global distributors evaluate solar lighting options.
B2B buyers evaluate lumen output per watt (lm/W) over simple luminary wattage. High-grade OEM lighting leverages optical PC lenses to project uniform Type II, III, or V distribution curves. This design optimizes illumination footprint while minimizing sky-glow and light pollution.
Systems require IP65 to IP67 ingress protection alongside IK08 to IK10 mechanical impact ratings. Enclosures must withstand salt mist corrosion in coastal areas, high UV degradation in arid regions, and thermal cycling without compromising battery or LED driver life.
Global regulatory markets demand verifiable proof of compliance. Importers require certifications such as CE, RoHS, UKCA, and ISO9001. We maintain strict manufacturing and laboratory testing protocols to support smooth customs clearance and utility compliance.
Our production facilities maintain complete control over both raw material supply and manufacturing. We operate automated high-tonnage injection molding machines, clean SMT mounting lines, and a dedicated assembly division. This end-to-end integration reduces external supply risks, guarantees dimensional stability, and ensures batch-to-batch consistency for all components.
Every lighting system undergoes rigorous quality evaluation. Testing protocols verify IPX6 waterproof integrity, operational stability in high-temperature aging chambers, and photometrical output accuracy using integrating spheres. Our factory is fully certified under BSCI and ISO9001 standards, ensuring high compliance across global markets.




Optimizing rechargeable solar lights for municipal, residential, commercial, and industrial sites.
Large manufacturing facilities and distribution centers require continuous, high-output lighting for secure operations. Integrated motion sensors dim lights to 30% power during idle times, ramping up to 100% instantly when movement is detected. This optimization maximizes battery performance throughout the night.
Urban walkways, neighborhood streets, and public parks prioritize aesthetic design alongside safety. Modern solar pole lights and wall sconces provide low-glare, reliable illumination that blends into architectural landscapes while operating entirely off the grid.
In rural pathways, coastal boardwalks, and remote roads, utility grid extensions can be cost-prohibitive. Integrated monocrystalline systems charge during the day and discharge reliably at night. This provides consistent, independent illumination without the need for trenching or electrical cabling.




Technical and commercial guidance for industrial buyers seeking OEM partners.
From heavy-duty step and deck lighting to outdoor address signs and path illumination. Built for performance in demanding conditions.