Solar Street Lights-Ningbo Forland Lighting Technology Co., Ltd.

High-Efficiency Solar Street Lights
The Forland high-efficiency integrated solar street light features a highly integrated design that combines photovoltaic power generation, energy storage, and LED lighting into a single unit, making it ideal for basic road lighting in off-grid areas overseas.Equipped with a high-conversion-efficiency monocrystalline silicon module at the top, it maintains stable charging performance even in low-light or limited-sunlight conditions. Its built-in, high-performance lithium iron phosphate (LiFePO4) battery offers excellent temperature adaptability and cycle durability, ensuring reliable lighting through multiple consecutive days of overcast or rainy weather.The unit features a die-cast aluminum housing with an optimized heat-dissipation structure to enhance long-term operational stability. It meets IP66 protection standards, enabling it to withstand harsh outdoor environments characterized by high humidity, salt spray, and dust.The lighting system utilizes high-brightness LEDs paired with automatic light-sensing controls and smart motion-sensing modules to enable on-demand illumination and energy optimization, making it suitable for rural roads, small industrial parks, and basic municipal lighting applications.

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Configurable Modular Solar Street Light
Forland configurable, modular solar street lighting system is designed to meet the specific requirements of overseas engineering projects. Featuring a modular structure, the system allows for the flexible combination of photovoltaic modules, energy storage capacity, and lighting power based on project-specific solar conditions and road classifications, ensuring precise alignment with engineering standards. The system supports scalable solar panel wattage and tiered battery capacity configurations, making it adaptable to various latitudes and solar resource levels while maintaining stable energy output and lighting performance even in challenging climates. The luminaire body utilizes a high-strength die-cast aluminum structure with an internal compartmentalized layout. This design effectively isolates the photovoltaic, battery, and light source sections, enhancing system stability and ease of maintenance while bolstering overall protection. The lighting unit supports diverse optical distribution patterns and color temperature options. It also allows for the integration of microwave or infrared motion sensors to implement intelligent, time-based dimming strategies, ensuring compliance with overseas energy-saving regulations and green engineering standards—making it an ideal choice for road renovation and campus upgrade projects.

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Split-Type Solar Street Light
The Forland split-type solar street light features a modular architecture that separates the solar panel, lighting module, and energy storage system, making it specifically optimized for scenarios requiring long-term operation and frequent maintenance. The external battery compartment utilizes a slide-out design, allowing for battery inspection, replacement, and maintenance without dismantling the entire fixture; this significantly reduces post-installation maintenance time and labor costs, making it ideal for large-scale deployment projects. The photovoltaic module features an adjustable tilt angle, enabling optimized power generation based on the solar trajectory of different regions. The energy storage system employs high-safety lithium iron phosphate (LiFePO4) batteries equipped with an intelligent protection management system to ensure comprehensive electrical safety. The entire unit features an IP66-rated sealed design with excellent resistance to salt spray and UV radiation, making it suitable for coastal, high-humidity, and heavily polluted environments. The lighting system supports adjustable color temperatures and offers optional human-presence and ambient-light sensing controls to enhance overall energy efficiency. This solution is widely applicable to municipal road lighting, industrial parks, and large-scale residential lighting projects overseas, particularly those requiring high efficiency in long-term maintenance.

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