How much solar power can be developed in the Yalong River basin?

In addition, according to the previous observation and analysis results , the Yalong River basin is abundant in wind and solar energy, and about 18,000 MW of PV power can be developed, of which 7000 MW of PV power is developable in Liangshan and Panzhihua.

What is the difference between wind and solar energy in Sichuan?

The overall wind and solar energy is distributed non-uniformly in Sichuan province. Regions such as the Western Sichuan and Panzhihua areas are rich in solar energy, whereas wind energy is relatively abundant in large river valleys; thus, these energy sources have high value for development and utilization .

How many MW of solar power does Zhangjiakou have?

This project is located in Zhangjiakou, which is one of the eight national 10 GW level wind power basins, and sources a large amount of solar energy. The project consists of 500 MW wind power, 100 MW PV power, and 70 MW storage capacities.

Where will China's new energy power come from?

The new energy power will be transmitted to local load demand centers in North China and Eastern China, after being incorporated into the local main power grid . China's northwest areas, like Gansu and Qinghai, are concentrated in terms of wind and PV power.

Does China have a power grid peak shaving operation?

In general, each province of China has wind and PV power transmitting to the local grid at different scales . According to the load and energy resource distribution characteristics, energy consumption has local distinctiveness. The overall energy transmission of the power grid peak shaving operation consumption mode is shown in Fig. 6. Fig. 6.

How to achieve wind and PV power consumption in China?

The method for achieving wind and PV power consumption through the peak-load regulation capacity of the power grid, after their integration to the grid, is the most popular strategy in China. The key factor that determines how much wind and PV power can be consumed by a power grid is the peak-load regulation capacity of a power grid.