Good sunshine conditions

The photovoltaic power generation of photovoltaic modules will be different under different sunshine conditions, and summer is the best season of the year.

There is also the problem of high temperature. According to our research, the high surface temperature of the module will also affect the power generation of the module. So pay attention to the good ventilation of the module in summer, but remember to bring water to cool the module, otherwise it is likely that the module glass will crack due to temperature difference.

High power consumption

Summer is the season when household electricity consumption is relatively high. Installing a household photovoltaic power station can use photovoltaic power generation and save electricity expenses.

Thermal insulation effect

The actual case shows that the household photovoltaic power generation equipment on the roof has a certain heat insulation effect and can play the role of "warm in winter and cool in summer". Taking the cooling effect in summer as an example, the indoor temperature can be reduced by 3 to 5 degrees by using photovoltaic roof, and the energy consumption of air conditioning can be significantly reduced while adjusting the building temperature.

Relieve the pressure of electricity consumption

Installing photovoltaic power plants and adopting the mode of "spontaneous self-use and surplus electricity connected to the Internet" can sell electricity to the country and relieve the pressure of social electricity consumption.

Effect of wind energy saving and emission reduction

Because thermal power is still dominant in China's current energy structure, at the peak of electricity consumption in summer, thermal power plants naturally operate at full capacity and carbon emissions are also increasing. Correspondingly, the haze weather in summer also began to increase.

Therefore, the popularization and installation of household photovoltaic power generation equipment in summer can increase the proportion of clean energy in power supply and contribute to energy conservation and emission reduction.