Do solar street lights really contribute to environmental protection? Yes, solar street lights do not emit any pollutants. For example, considering 4-meter and 8-meter street lights, the adoption of solar street lights can save approximately 2,190 kilowatt-hours of electricity annually.
They utilize solar photovoltaic conversion to provide energy, which is inexhaustible and renewable. No pollution, no noise, and no radiation are produced.
In terms of energy selection, solar street lights are completely pollution-free, relying on an unlimited source of solar energy. They charge during the day using sunlight and operate at night, eliminating the need for complicated and expensive wiring installations. There’s no need for trenching or cabling, allowing for flexible arrangement of light fixtures without ongoing electricity costs. They are safe, energy-efficient, and pollution-free, with intelligent control for charging and operation, featuring a light-controlled automatic switch that requires no manual intervention. The design of the fixtures incorporates materials such as metal and engineering plastics, offering both aesthetic appeal and durability. The lamp poles undergo anti-corrosion treatments such as spraying and powder coating, making them both visually attractive and practical for various public lighting and decorative needs in residential areas, parks, squares, and roads.
Solar street lights typically use lead-acid batteries, ternary lithium batteries, or lithium iron phosphate batteries. If using products from unbranded assembly factories, there is usually no guaranteed quality, leading to high maintenance costs. Currently, battery recycling and disposal are not well-handled; many batteries are discarded after use. With solar street lights in numerous rural areas, neglecting reputable brands can lead to significant environmental pollution.
Bitpott Limited focuses on technological quality as its core competitive advantage. If you are interested in outdoor engineering lighting or have questions, feel free to inquire for assistance.
