News broadcast is related to power, important planning release! This layout in the next five years

Recently, the National Development and Reform Commission and the State Energy Administration issued the " Fifteenth Five-Year Plan for the Construction of a New Power System ", clarifying the general idea of China's power development in the next five years, and putting forward the strategic goal of initially building a new power system by 2030. Deploy the main objectives, major projects and key tasks for the development of the power industry.

Focusing on the main objectives and indicators, the Plan proposes such key tasks as accelerating the formation of a green and low-carbon power supply pattern, building a new type of power grid with main distribution and micro-coordination, promoting the coordinated development of the power side, enhancing the system regulation capacity, and consolidating the power supply guarantee capacity. This is not only a problem-solving strategy for China's green energy transformation, but also a major opportunity for investment. How to

use electricity more safely? While continuously improving the level of non-fossil energy power support,

the Plan gives full play to the role of inter-provincial power mutual aid, new energy storage and virtual power plants , and consolidates the foundation of traditional power sources such as coal power and gas power. By 2030, the national power supply adequacy will reach more than 1.1. How to

use electricity more green?

The Plan anchors the goal of national independent contribution and the requirement of carbon peak, and accelerates the coverage of new electricity consumption by new clean energy. By 2030, a green and low-carbon power supply pattern will be basically formed, with the proportion of non-fossil energy generation reaching 50% and the proportion of new energy installed exceeding 50%. How to

use electricity more economically?

The Plan rationally arranges the construction scale of various power sources, power grids and regulating resources, and optimizes the technical routes and spatial layout of pumped storage and new energy storage. By 2030, the installed capacity of new energy storage will reach 300 million kilowatts, and the interaction between vehicles and networks will strive to reach about 50 million kilowatts, so as to reduce the cost of power system transformation and the cost of electricity consumption in the whole society.