Easy to install solar street lamps in rural areas in rural roads to install solar street light is smart, because install conventional street light will bring dou jin many questions. In addition to track laying cost, zhongshan new energy co. , LTD. Is engaged in the production of design is
the solar street lamps Solar street light is a crystalline silicon solar battery power supply, valve control type sealed and maintenance-free battery ( Gel battery) Store electricity, super bright LED as light source, lamps and lanterns and controlled by the intelligent charging and discharging controller, is used to instead of the traditional public power lighting lamps. 】 Easy to install in rural areas
in rural roads would be wise to install solar street lamps, because install conventional lamps will bring dou jin many questions. In addition to track laying cost, zhongshan new energy co. , LTD. Is engaged in the production design of solar street light, high lamp factory, 20 years production experience, solar street lamps to build the most professional manufacturer of solar street lamps,. , a large number of demand of rural electrification also brought in a problem. The increase of the huge demand, means that the huge increase of new emissions. Therefore, if the rural electricity demand or with conventional street lamps, will mean a lot of the increase in carbon emissions and dust emissions.
ecological rural areas than in cities are more likely to suffer the harm of climate change, so the solar street light was able to meet the new rural economic green or is the demand of urbanization. And conventional lamps increased demand brought about by the environmental degradation, such as fog, for rural growth unbearable consequences.
because of the low energy density characteristics of rural areas, the rural way of generating electricity lighting, solar street lamps can greatly save the cost of transmission line, at the same time reduce the transmission loss. You can say that, in rural areas every install a new solar street lamp, a lamp that is equal to the reduced emissions of two mw thermal power, and definitely not one to one relationship.