Global Electric Power Generation Trends in 2022
Electric Power Generation is part of Electric Power and includes a number of sub-sectors such as Coal-Fired Power Generation, Cogeneration, Distributed Generation, Combined Cycle and Oil Fired Power Generation. You may also be interested in Electrical Grid, Electricity and Energy Storage.
Global electricity generation is predicted to reach 30,900 terawatthours by 2026, growing at an average rate of 1.5% per year. Since 1990, electricity supply has increased on average by 2.7% each year. In 2021, China led the world in electricity generation, with 8,500 terawatthours. The United States, India and Russia followed in second, third and fourth place respectively. Bangladesh's electricity production saw a 7% year-on-year increase, while Estonia's was down 11.1% compared to 1990.
Top 10 countries
In 2022 major markets in the Electric Power Generation Industry were:
Electric Power Generation Market Data and Forecasts
How much the Electric Power Generation industry is expected to grow to 2026?
More in Electric Power Generation Industry for 2027Global Electric Power Generation Statistics
- Electricity Generation 172 countries (Europe, Southern Europe, Eastern Europe...)
- Gas Turbine Import 191 countries (Asia, Africa, Sub-Saharan Africa...)
- Electricity Capacity 52 countries (Europe, Southern Europe, Northern Europe...)
- Gas Turbine Export 176 countries (Asia, Africa, Sub-Saharan Africa...)
- Industrial Equipment Import 192 countries (Asia, Africa, Sub-Saharan Africa...)
- Industrial Equipment Export 189 countries (Asia, Latin America, Africa...)
- Vehicle Import 192 countries (Africa, Asia, Sub-Saharan Africa...)
- Number Of Enterprises 67 countries (Europe, Northern Europe, Southern Europe...)
- Vehicle Export 187 countries (Asia, Africa, Latin America...)
- Labour Utilisation 97 countries (Europe, Northern Europe, Eastern Europe...)
Global Electric Power Generation Industry Database
Improve your Knowledge with the latest Indicators and Trends
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Electricity Sector: Unveiling Dynamics in Production, Collection and Distribution
The electricity generation sector is a complex interplay of various sub-segments, involving conventional fuel-based power plants to renewable energy sources like wind, solar, and hydroelectric power. Traditional thermal power plants continue to dominate the supply matrix due to their reliability and high power output, though renewable energy is gaining ground...
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Energy Generation: Unraveling Trends and Projections in Wind, Solar, and Hydro Industries
The wind power industry continues to exhibit significant growth, renouncing its status as a marginal player. An increasingly cost-effective solution, wind energy is a driving force in the global renewable energy sector. The industry is marked by relentless technological advances aimed at enhancing efficiency and reducing costs. Dependence on government...
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Distributed Energy Generation: Unmasking Global Opportunities and Technological Advancements
Expanding energy demand and a commitment to decarbonization suggest a prominent future for distributed energy systems. Harnessing energy close to its end users, whether through solar panels, wind turbines, or bioenergy, improves efficiency and reduces the need for extensive transmission infrastructure. Globally, this sector could spur economic growth, create employment...
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Power Generation: A Comprehensive Outlook on Industry Trends, Market Analysis and Future Prospects
The power industry, particularly in New Zealand, is undergoing notable changes. These are primarily driven by efforts to decarbonize the industry and adhere to climate goals. Innovations in renewable energy technologies, such as wind, solar, and hydroelectric, are central to this movement. The efficiency enhancements and falling costs of these...
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Power Grid System: Essential Insights into the Emerging Volt/VAr Management Sector
The practice of Volt/VAr management aims to optimize the operations of a power grid, enhancing both energy efficiency and power quality. Reactive power and voltage control contribute significantly to minimizing system losses and maintaining stable system operations. Technological advancements, relating to smart grid and grid modernization efforts, are geared towards...
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