Engineered with industrial-grade materials, high-efficiency solar cells, and robust structural housing.
Ningbo GKE Power Co., Ltd. is a professional Solar Street Light Manufacturer and a trusted supplier of solar wall and pathway lighting solutions, dedicated to delivering efficient and sustainable outdoor lighting systems worldwide. With a strong focus on renewable energy technology, the company integrates design, research and development, and manufacturing to provide reliable solar lighting products for diverse applications.
GKE Power offers a comprehensive range of outdoor solar lighting solutions, including solar street lights, solar wall lights, and solar pathway lights, widely used in urban roads, residential communities, parks, campuses, and rural electrification projects. Its products are designed with high-efficiency solar panels, long-lasting lithium batteries, and intelligent control systems to ensure stable performance, energy savings, and low maintenance costs.
Backed by advanced production facilities and a skilled engineering team, the company is committed to strict quality control and continuous innovation. All products are manufactured in compliance with international standards, ensuring durability and reliability in various environmental conditions.
In addition to standard product lines, Ningbo GKE Power Co., Ltd. provides flexible OEM and ODM services, enabling customers to customize lighting solutions based on specific project requirements. Guided by the vision of promoting green energy and smart lighting, GKE Power continues to support global infrastructure development with cost-effective and environmentally friendly solar lighting solutions.
How geography, logistics, and vertically integrated ecosystems power international procurement success.
Direct proximity to Ningbo-Zhoushan Port, the world's busiest port by cargo tonnage, ensures reduced inland freight costs, accelerated maritime schedules, and streamlined customs clearance procedures for global deliveries.
Access to localized raw materials including high-purity monocrystalline silicon wafers, high-grade die-cast aluminum alloys, and high-performance LiFePO4 cells reduces processing overhead and assembly cycle times.
From CAD modifications of customized brackets to custom PCB component layouts, GKE Power provides deep personalization to meet the precise regulatory and mechanical requirements of your market.
Deploying outdoor solar infrastructure requires strict adherence to localized safety standards, wind load capabilities, and electrical safety profiles. At GKE Power, we ensure that every design is optimized for the local market in which it operates.
Outdoor solar lanterns are subjected to heavy rain, dust, and coastal salinity. Our fixtures feature marine-grade anti-corrosive powder coatings and dual-chamber silicon gaskets to completely isolate the internal electronics and battery compartments from humidity and moisture ingress.
To ensure uninterrupted operation even during prolonged overcast conditions, our systems utilize Maximum Power Point Tracking (MPPT) charge controllers with efficiency ratings up to 99%. Combined with high-density Lithium Iron Phosphate (LiFePO4) battery packs, this ensures over 3,000 charge cycles, over-temperature protections, and optimized depth-of-discharge management.
For international distribution, products must conform to local standards. Our lanterns are engineered to pass and carry industry-standard certifications such as CE, RoHS, FCC, and specific mechanical wind load resistance certifications to satisfy the demands of municipal infrastructure bids.
How custom solar lantern structures solve lighting challenges in different architectural and geographic zones.
Designed for public walkways, urban parks, and campus pedestrian networks. These locations require sleek, architectural aesthetics, motion sensors, and dimming profiles to maximize battery reserve while providing reliable security lighting.
Ideal for rural access roads, villages, and remote agricultural operations where main grid extensions are financially unfeasible. Employs robust, low-maintenance hardware structures with durable components.
Tailored for high-humidity, high-saline marine environments. Features anti-corrosion, IP66-rated structural engineering, warm color rendering indices (CRI > 80), and architectural configurations that elevate resort atmospheres.
A closer look inside the Ningbo GKE Power production facility, featuring precision machinery, clean rooms, and quality control test benches.
The solar lighting sector is evolving from simple standalone illumination fixtures to intelligent connected energy systems. We continuously monitor and integrate these technologies into our OEM production lines to keep our clients ahead of the competition.
IoT Smart Cities Integration: Future solar street lighting and landscape lanterns will serve as central IoT hub networks. Integration with 5G hardware, air quality sensors, local traffic flow cameras, and EV charging points will convert standard lighting fixtures into vital micro-grid endpoints.
Transition to N-Type & Perovskite Solar Cells: Current high-efficiency monocrystalline panels feature absorption levels around 21.8%. The integration of N-Type and Perovskite materials will soon allow cells to achieve efficiencies exceeding 25-28%, meaning smaller panels can harvest significantly more energy.
Ultra-Resilient Battery Chemistry: With safety and cold-weather discharge performance becoming critical procurement considerations, research is shifting toward solid-state and sodium-ion batteries, which maintain exceptional capacity retention even in sub-zero alpine winter conditions.
Answers to crucial structural, engineering, and logistic questions from B2B buyers and distribution partners.
Our baseline MOQ ranges from 100 units for high-power integrated street lights to 1,000 units for solar string lights and smaller landscape path lanterns. This threshold allows us to optimize raw material procurement and setup times on our automated production lines, ensuring competitive pricing for your project.
Our advanced LiFePO4 battery management configurations feature smart temperature cutoff circuits. In low-temperature setups, we include heat insulation wrap and heating elements that maintain battery cells within safe charging parameters. For extreme heat, passive thermal structures exhaust excess heat away from the cells, preventing thermal runaway.
All our solar street lighting systems and solar lanterns are manufactured under ISO 9001:2015 quality frameworks. Depending on the product line, our fixtures hold CE, RoHS, FCC, and IP65/IP66/IP68 ratings. We can also coordinate specific testing through third-party certified laboratories (TÜV, SGS) to meet local compliance requirements.
Yes. Through our programmable controller firmware, we can customize operational profiles. Common programs include: 3 hours at 100% brightness, 4 hours at 50% brightness, and the remaining night at 20% dimming with PIR motion sensors boosting back to 100% when movement is detected. We also support LoRa/Zigbee smart remote management systems.
For coastal and marine installations, we apply a multi-layer electrophoresis primer followed by a high-durability polyester powder coating. This structure withstands rigorous salt-spray testing, preventing corrosion, oxidization, and surface cracking caused by intense UV exposure.
Standard design configurations are completed and loaded within 20 to 30 days. Custom OEM configurations requiring dedicated bracket adjustments or specific battery configurations generally take 35 to 45 days, which includes prototype validation, quality testing, and final assembly.
Complete project selection including heavy-duty pathway markers, high-lumen street poles, and solar home kits.
GKE Power
