Professionals come up with a new design of solar LED lawn light

Solar energy is considered as an emerging green energy, with its unparalleled advantages in the rapid popularization and application. As a fourth generation light source, lighting and landscaping in the city, road lighting, garden lighting, indoor lighting and lighting and other applications in various fields has been effectively utilized. Most people believe that energy-saving lamps can save energy 4/5 is a great initiative, but also energy saving lamp LED than 1/4, which is a great innovation of solid light.

In addition, LED light also has high quality. It almost has no radiation, reliable and durable, very low maintenance costs and other advantages, typical of the green lighting. The successful development of ultra-bright LED, greatly reducing the cost of solar lamps, so as to reach or near the frequency AC lighting system installed cost offer, and protect the environment, ease of installation, operation security, economic and energy saving. Since the LED light with high efficiency, low heat advantage, has been increasingly applied in the lighting field, and showed a trend to replace traditional lighting.

In western China, non-trunk solar lights, solar garden lights become the mainstream. With the vigorous development of solar lamps, the "green light" will become a trend. The solar LED lawn light as one of the representatives will also be vigorously promoted and applied, this article introduces some of its knowledge, and I hope to give you some inspiration.

Solar Lawn lamps’ advantages are mainly security, energy saving, convenient, and environmental protection. For residential community beautification lighting decorative green grass, park landscaping lawn ornament. Solar LED lawn light structures: from the solar modules (photovoltaic panels), super bright LED lights (light source), maintenance-free rechargeable battery, automatic control circuit, lighting and other components.

Solar LED lawn light is an independent power generation system. It can independently finish convert solar energy into electrical energy and can convert electrical energy into heat energy for lighting and decoration use, without the need for wire transfers. Stand-alone PV systems are generally composed of the following three components: solar modules; charge and discharge controller, inverter, test instrumentation and computer monitors and other electrical and electronic equipment and batteries or other energy storage and auxiliary power generation equipment.