Power System Planning and Thinking base on China’s “Carbon peak and carbon neutrality” Policy

Author:

Haishan Ke,Huawei He,Jing Ming,Yang Shen

Abstract

Abstract China’s “dual-carbon” goal of “carbon peak and carbon neutrality” proposed in 2020 is a historical opportunity to promote the world’s technological revolution. The key to constructing a new power system lies in the diversified development and integration of power supply entities, substantially increasing the proportion of non-fossil energy utilization, building a smart and strong power grid and playing the role of a resource dispatch platform, strengthening technological research and forming a positive cycle of industry, education, research and application. It’s supposed to construct a carbon market system and mechanism for industry upgrading and elimination, while taking into account the issues of efficiency and fairness in the development process.

Publisher

IOP Publishing

Subject

General Engineering

Reference8 articles.

1. Carrying on the past and opening up a new journey of global response to climate change-a speech at the Climate Ambition Summit;Xi;People’s Daily,2020

2. Speech at the General Debate of the Seventy-fifth United Nations General Assembly;Xi;People’s Daily

3. Optimal Scheduling of Electro-Thermal Energy Integrated System Under the Background of Flexibility Retrofit of Thermal Power Unit;Xu;J. Electric Power Construction,2021

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