Explore our flagship range of solar-powered municipal, industrial, and landscaping architectural fixtures, engineered for extreme environments.
As municipal governments, port authorities, and utility grid engineers transition global roadway networks towards clean energy targets, the role of local off-grid lighting architecture has become a crucial focal point. The standard 100 Watt Solar Street Light represents a crucial technological balance: it delivers high-performance roadway lighting without requiring extensive cabling, grid interconnections, or high maintenance costs.
Traditional grid infrastructure requires costly trenching, transformers, and ongoing electrical maintenance. In contrast, modern 100W solar street light systems operate as self-contained power generation units. By combining high-efficacy LED modules, multi-junction monocrystalline solar panels, high-density Lithium Iron Phosphate (LiFePO4) energy storage systems, and Smart MPPT (Maximum Power Point Tracking) charge controllers, these systems provide reliable illumination, even in challenging environmental conditions.
Monocrystalline silicon wafers delivering >22.5% photoelectric conversion efficiency, optimizing energy capture even under diffuse, overcast winter skies.
Advanced batteries offering over 3,000 thermal-controlled charge-discharge cycles at 80% Depth of Discharge (DoD), ensuring 8-10 years of service life.
Algorithms that track maximum solar output in real-time, achieving up to 99% charging efficiency and supporting automated dimming profiles.
The solar roadway lighting sector is shifting from basic illumination systems to smart, grid-independent devices. Our engineering team is currently developing next-generation integrations that will redefine reliability and performance:
| Feature System | Current Technology Standards | Future Roadmap Integration (2025-2027) | Impact Performance Factor |
|---|---|---|---|
| Battery Storage | Standard LiFePO4 cells with external BMS (3.2V - 12V configurations) | Solid-state lithium packs with integrated active cell balancing | Extended operating temperature range (-40°C to +80°C) with zero thermal runaway risk. |
| PV Conversion | Mono-PERC single-sided panels with 21.5% - 22.8% efficiency | Bifacial N-type TOPCon panels paired with light-reflective back-contact layers | +15% energy harvest from secondary reflected ground light. |
| Smart Control | Local motion sensor configurations (PIR/Microwave) | IoT nodes with LoRaWAN & NB-IoT, integrated with centralized smart city management systems | Real-time luminaire health monitoring, diagnostics, and dynamic group dimming controls. |
| Optical Output | Standard Type II/III distribution PMMA secondary lenses (130-140 lm/W) | High-refractive optical glass lens structures (190-220 lm/W) | Reduced glare index (UGR < 19) and wider, more uniform road lighting coverage. |
These upcoming technological standards allow municipal operators to reduce maintenance schedules from once every two years to once a decade. This helps lower the overall operating cost of commercial solar street light installations.
A single lighting design cannot meet the requirements of every environment. Our custom 100W solar street lights are configured for specific applications to ensure compliance with relevant lighting regulations.
Designed to meet international Class M3/M4 roadway compliance standards. These systems feature Type III asymmetric distribution lenses, ensuring uniform lighting across multi-lane highways without spill light affecting neighboring areas.
Featuring marine-grade powder-coated structural aluminum frames, IP67 dust and water ingress protection, and IK10 mechanical impact ratings to withstand corrosive salt spray, high humidity, and vibration.
Configured with oversized PV arrays and ultra-capacity LiFePO4 batteries, delivering 5-7 days of continuous backup power for remote highway networks and rural border regions.
Operating as Ningbo Jianheng Import and Export Co., Ltd. (and Ningbo Yuancheng Plastic Co., Ltd.), our manufacturing site in Ningbo, China, has produced high-performance outdoor solar lights for 20 years.
Our 10,750 square meter manufacturing plant is equipped with automated injection molding machinery, SMT circuit placement lines, and cleanroom assembly bays. Supported by 105 technicians and a 15-person customer management team, we ensure precise production, strict quality control, and timely shipping.
Our focus is on OEM and ODM manufacturing contracts. By controlling the supply chain from raw polycarbonate and aluminum ingots to final electronics assembly, we provide a 7-day rapid prototyping service and reliable production lead times.
A showcase of customized project designs manufactured according to international engineering standards.
Features a built-in light sensor that automatically turns on in darkness, delivering up to 40 lumens. Durable, weatherproof housing designed for sidewalks, decks, and garden borders.
Architectural-grade metal frame with clear glass panels. Provides a realistic flickering flame effect for porches, exterior walls, and walkways.
Constructed with a black anti-rust stainless steel body and UV-resistant glass. Features automatic on/off operation, suitable for year-round architectural installations.
Model YC-CP023. Custom landscape fixture with flexible, elastic branches designed to sway gently in the wind. Monocrystalline panel with a 1.2V 600mAh battery.
Generates up to 2500 lumens of 6500K daylight-balanced illumination. Features a 2200mAh lithium-ion battery and high-efficiency polysilicon panels for reliable outdoor security.
Model YC-LG010. Ground-recessed landscape lighting constructed with an aluminum and stainless steel housing, powered by a 6V monocrystalline panel.
To participate in international public tenders and major commercial projects, lighting products must meet strict regulatory and safety standards. Our manufacturing processes are fully certified to ensure reliable operation and compliance in global markets.
Our facilities hold official certifications to meet international labor and environmental standards:
Every lighting shipment comes with compliance documentation suitable for global markets:
We test our products to ensure long-term durability in real-world conditions:
Industrial buyers and engineering firms evaluate several key factors when sourcing solar street lights. We have designed our services to support these requirements throughout the purchasing process:
We focus on reducing maintenance costs by using high-density LiFePO4 batteries and efficient LEDs. This helps lower the overall lifetime cost compared to cheaper alternatives that require frequent servicing.
We offer customization for specific project requirements, including custom housing colors, adjustable mounting configurations, integrated motion sensors, and dimming profiles tailored to local sunlight hours.
Located close to the Port of Ningbo, we provide efficient shipping logistics, secure packaging, export clearance documentation, and shipping support for global deliveries.
Technical answers to common questions about solar street light performance, battery life, and system configuration.
LiFePO4 (Lithium Iron Phosphate) offers better thermal stability and safety, with a thermal runaway threshold of around 600°C. It provides over 3,000 cycles at 80% Depth of Discharge (DoD), compared to lead-acid batteries which typically last only 300 to 500 cycles. This significantly reduces long-term battery replacement costs.
Our systems use smart MPPT controllers with adaptive dimming. If battery voltage drops during consecutive rainy days, the controller adjusts the light output (e.g., from 100% to 30% or using motion sensors) to conserve energy, ensuring the light remains operational for up to 5-7 nights on a single full charge.
Monocrystalline panels are made from single-crystal silicon, achieving higher cell efficiency (typically 21% to 23%) compared to polycrystalline panels (15% to 18%). This higher efficiency allows the system to generate more power from a smaller footprint, which is important for wind resistance and pole mounting.
We can customize several components based on project requirements, including LED optical distribution lenses (Type II, III, or IV), battery storage capacity, solar panel wattage, housing finishes, mounting brackets, and smart dimming profiles.
Our factory is BSCI audited and ISO9001 certified. We conduct incoming material quality control (IQC), in-process testing, and final quality assurance (QA)—including 24-hour burn-in testing, IP rating verification, and structural inspection. Our products hold CE, RoHS, and UKCA certifications for international markets.
Complementary architectural landscape fixtures for municipal parks, commercial walkways, and residential areas.
High-durability decorative lighting designed for parks and outdoor green spaces.
Contemporary path lighting with durable construction and light distribution.
Durable pathway fixture designed for commercial walkways and outdoor spaces.
Motion-activated solar security light with wide-angle wall-mount illumination.
Weatherproof ground light for garden beds, landscape accents, and pathways.
Standard solar luminaire featuring high-lumen output and integrated controls.
High-powered solar flood light designed for industrial yards and security perimeter lighting.
Heavy-duty solar path light suitable for municipal sidewalks, parks, and parking lots.
Complete catalog of residential, commercial, and industrial solar products with full compliance certifications.
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