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China’s Power Generation


October 15, 2025
The share of natural gas in China’s power generation sector remains low, while coal still accounts for more than 55%. Although the development of renewable energy in the coming decades may slow the growth of fossil fuel consumption and help reduce the use of coal, it is unlikely to impact the increase in natural gas demand.

July 22, 2024
Global power generation (TWh) by energy source from 2010 to 2030 including hydro, nuclear, biogas, coal, gas, wind, and solar. Total global power generation from all sources grew at an average annual rate of 2.8% between 2010 and 2022 from under 20,000 TWh to over 27,000 TWh. Incorrys expects total generation to grow at a robust 3.3% annually through 2030 reaching 35,000 TWh.

June 14, 2021
North American power generation to 2030 by fuel type. Coal-fired power generation continues to lose market share through retirements with natural gas and renewables (wind and solar) meeting this lost coal-fired generation and future demand growth.

June 16 , 2021
Regional power demand forecasts for North America to 2030, by fuel type. The US Southeast accounts for a quarter of the total demand while natural gas accounts accounts for the majority of the total fuel mix throughout the forecast period.

June 18, 2021
North American power generation requirements for electric vehicles (EV’s), to 2030, reflects the rapid growth in the number of electric vehicles produced. The growth in EV’s is driven by reductions in battery pack and switching costs and increase in driving range distances. Incorrys expects EV’s will reach cost parity with gasoline cars around 2025.

November 26, 2020
Canada’s power generation forecast through 2030, by fuel source. Hydroelectric generates the most power but is expected to remain flat while growth in natural gas and renewables more than offset declines in coal and nuclear.

November 26, 2020
Canadian provincial electrical power generation forecast, by fuel source, to 2030. Provinces generally rely on their local resource capabilities when it comes to fuel choice.