Which is the higher cost of integrated solar street lights and traditional street lights?

With the continuous changes of new energy policies in today’s society, we will see that traditional road street lights in life have been gradually replaced by integrated solar street lights. Many people will feel that road administration is completely nothing to look for. The project cost of solar street lights is better than The engineering cost of traditional road street lights is high, so it is still proposed not to replace traditional road street lights, to maintain the previous situation again, and to reduce certain road administration expenditures. These people are short-sighted. These people have not seen the use and maintenance of new solar street lights in the middle and late stages, you can also save a lot of expenses.

In recent years, the technology of integrated solar street lights has been improved by leaps and bounds, and its characteristic price ratio is also relatively large. The light source has quite high light efficiency, and has a long life, low operating cost, so that it can maintain the brightness and darkness continuously. There is nothing wrong with the switch. So do you know how long solar street lights can maintain lighting in different climates?

1. How long can the solar integrated solar street light last in the rainy weather?

Solar street lights can also be designed according to the detailed application environment and customer needs during the consecutive rainy days. Generally, when encountering consecutive rainy days, they should also be satisfied with the lighting time period of 5-8 hours a day;

2. How long can the integrated solar street light be illuminated under a clear sky?

The length of the lighting time period of the solar integrated solar street light can also be set according to user needs. It is directly related to the selection and ratio of solar cell components and batteries. Under the premise of clear light source power, select the power of solar cell components and batteries The larger the capacity, the longer the lighting time can be guaranteed, which in turn will decrease. Standard system equipment should generally guarantee a lighting period of 5-8 hours per day.