This article explains the reasons behind low charging efficiency of batteries in high-temperature environments and introduces a new battery box design that significantly reduces operating temperatures, improving overall performance and longevity.

This article explores various LED light distribution patterns, their impact on effective lighting, and practical applications. It covers Type I to Type V distributions, explains photometric curves, and provides insights on selecting and installing lighting fixtures to optimize illumination.

This article tells you what the minimum protection level for solar lights should be and why. What are the testing standards? What are the main considerations for waterproof design? How to design an easy-repair structure? What surface treatment is good for anti-corrosion?

Have you ever wondered if the parameters of your solar lamps are truly reliable? In an industry where accuracy is key, understanding the specifications of your products is essential.

The article discusses the high-temperature spray curing process used for solar light surface treatment, emphasizing its stages: pre-treatment, electrostatic spraying, and curing. It highlights the use of AkzoNobel’s premium powder coatings, known for durability and environmental safety, which enhance the solar lights’ resistance to wear, corrosion, and environmental factors.

The price difference of solar lights mainly comes from the quality difference of batteries and solar panels.

Learn how to optimize streetlight arrangements for real-world installations using DIALux simulations. Understand the benefits and applications of lower single-sided, upper single-sided, double-sided, and staggered double-sided arrangements. Ensure adequate illumination, uniformity, and safety for different road types and traffic volumes, enhancing overall road lighting effectiveness and energy efficiency.