Home News Vice Premier of China: Promote Energy Green and Low-Carbon Transition to Solve Energy Resource Constraints through Technological Progress | Reuters

Vice Premier of China: Promote Energy Green and Low-Carbon Transition to Solve Energy Resource Constraints through Technological Progress | Reuters

by news dir

Reuters, Beijing, October 18-When attending the second “Belt and Road” Energy Ministers’ Meeting on Monday, Vice Premier Han Zheng pointed out that it is necessary to promote the green and low-carbon transition of energy, solve the problem of energy resource constraints through technological advancement, and enhance energy access We respect the right of countries to independently choose energy development strategies.

The China National Radio Evening News quoted his speech and stated that in the context of addressing the climate change crisis, it is necessary to seize the opportunity, build consensus, and work together to promote the development of energy supply in the “Belt and Road” countries in a highly efficient, clean and diversified direction.

He put forward four suggestions for this: First, jointly promote the green and low-carbon transition of energy, deepen cooperation in nuclear power, new energy power generation, smart energy and other fields, and jointly build a green silk road; second, jointly promote energy technology innovation and jointly carry out energy conservation and reduction. The R&D and application of clean energy technologies such as carbon, renewable energy, and advanced nuclear energy will solve the problem of energy resource constraints through technological advancement.

The third is to jointly promote the sustainable development of energy, strengthen cooperation in energy accessibility, and help developing countries improve their energy security capabilities and levels; the fourth is to jointly promote the inclusive development of energy and respect the right of all countries to independently choose energy development strategies. (over)

Hou Xiangming; Reviewer Zhang Xiliang

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