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Solar garden lights typically have a low power output, with common wattages of 6W and 9W, and can achieve 12W power by increasing the current.
They are made up of components including monocrystalline or polycrystalline solar panels, brackets, lamp posts, lamp heads, special bulbs, batteries, battery boxes, and grounding cages. The lamp heads are colorful and elegantly designed, making them suitable for gardens, parks, and playgrounds, creating a picturesque setting. Each full charge allows the product to provide illumination for 4-5 days, operating for 8-10 hours daily. Custom designs can also be created based on user specifications.
1. Craftsmanship: The manufacturing process for cast aluminum and cast iron is much messier compared to steel. Initially, aluminum is melted into liquid form, then molded using specialized grinding tools, and various markings are engraved at the center of the aluminum rod. Once dried, it is galvanized and spray-painted. The time and mess involved surpass those of steel fabrication, which typically only involves cutting steel into the desired conical shapes with a shearing machine, rolling them into lamp posts with a bending machine, and then completing the process with welding and grinding, followed by galvanizing and spray painting.
2. Solar garden lights: Due to the complex manufacturing process, high material costs, and the ordinary design of cast aluminum, the price of these garden lights can be 3-6 times higher than that of steel garden lights. In terms of aesthetics, cast aluminum garden lights may not be the most beautiful or unique, and those made from steel can also appear quite attractive.
3. Robustness: Aluminum has a low boiling point and high ductility, making it easy to deform at high temperatures. It is generally less sturdy compared to steel. Therefore, aluminum is not recommended for windy areas. In contrast, steel components can have increased wall thickness, providing higher stability and strong support, with wind resistance capabilities of up to 36 kilometers per second and seismic resistance above 8.8.
The hardware of solar garden lights and accent lighting equipment is undoubtedly important. The construction, project management, and quality control of the equipment are also crucial. When solar street lights and accent lighting are used outdoors, it is essential to ensure that all exposed parts are installed with anti-corrosive features; the wind resistance of all connections must be considered.
Solar panels should be designed to prevent birds and theft, while entry and exit points for devices and control rooms must be rainproof. Batteries should be insulated in winter and cooled in summer, and the battery room should be well-ventilated and waterproof; power accumulation should be protected from theft. Lighting fixtures should be rainproof, insect-resistant, and hail-resistant; they should also be easy to repair and replace.
The controller should be easy to maintain and test.
