Renewable Energy Hits New Heights: 440 GW Capacity in 2023
Renewable Energy Hits New Heights: 440 GW Capacity in 2023
Global renewable energy capacity additions are set to reach an all-time high of 440 GW in 2023. This growth is being driven by a number of factors, including expanding policy support, concerns over energy security, and the improved competitiveness of renewable energy compared to fossil fuel alternatives.
Solar is expected to account for two-thirds of the total increase, as policymakers in many countries, particularly in Europe, look to reduce their reliance on imported fossil fuels. Onshore wind is also expected to see significant growth, with capacity additions rebounding by 70% from 2022 levels.
India and the United States are expected to lead the way in terms of renewable capacity additions in 2023. In India, utility-scale solar projects are expected to slow briefly this year due to supply chain challenges, but overall, the country is on track to add more than 10 GW of renewable capacity. The United States is also expected to add more than 10 GW of renewable capacity, with both wind and solar technologies seeing significant growth.
The cost of electricity generation from new onshore wind and solar projects is expected to decline in 2024. However, the costs are still expected to be 10-15% above their pre-COVID levels in most markets outside China.
Solar and onshore wind are the most cost-effective options for new electricity generation in most countries, with 30-50% lower prices than future power contracts in key markets.
Governments need to consider recent inflation, interest rate rises, and commodity price turbulence when designing renewable energy auctions in order to attract investments effectively.
Market-driven procurement, particularly through corporate power purchase agreements, is expected to contribute around one-fifth of solar and wind capacity expansion in 2023 and 2024. The United States leads the expansion in corporate power purchasing agreements, followed by Brazil, Australia, Spain, and Sweden.
The global manufacturing capacity of solar is projected to reach nearly 1000 GW in 2024, which would be sufficient to meet the annual demand in the IEA’s Net Zero Emissions by 2050 Scenario. In contrast, wind equipment manufacturing is expanding slower and may struggle to keep up with the demand growth through 2030.
While China remains the dominant player in global solar manufacturing capacity, there have been announcements of solar manufacturing projects in the United States and India, indicating diversification of supply chains in the medium term.
Overall, the outlook for renewable energy in 2023 is very positive. The global market is expected to grow significantly, driven by a number of factors, including expanding policy support, concerns over energy security, and the improved competitiveness of renewable energy compared to fossil fuel alternatives.
Suggested Articles

How Solar Energy Generation Is Calculated: A Simple Step-by-Step Guide
Understanding how solar energy generation is calculated helps estimate system output, savings, and ROI. This step-by-step guide explains the formula, key factors, and real-world examples to make solar energy calculation simple and practical.

100 kW Solar Power Plant Cost in Haryana: The Ultimate Guide to the Best Rate Per Watt
Explore the 100 kW solar power plant cost in Haryana for 2025. Learn about pricing, government subsidy options, and how much you can save with solar energy.

Solar for Industrial Use in India: Costs, Benefits & Energy Savings Explained
Solar for industrial use in India is rapidly transforming how factories manage energy costs and efficiency. This guide covers system sizes, costs, benefits, ROI, and how solar energy helps manufacturing units, warehouses, and industrial plants reduce power bills and ensure long-term sustainability.

What Is Global Tilted Irradiation (GTI) in Solar Energy? Explained Simply
Solar panel wattage and ratings decide how much electricity you generate. This guide explains panel output, efficiency, and how to choose the right solar panel for your needs.

How to Read the Electricity Bill Before Deciding Solar Plant Capacity
Load assessment is an essential step before installing a solar PV system. It helps determine electricity consumption and ensures accurate system sizing for optimal solar performance.

Different Technical Parameters and Performance of a Solar PV Module
Earthing and lightning protection are critical safety components in solar PV installations. This guide explains their importance, types, components, and best practices for solar installers.

6 Innovative Applications of Solar Energy You Should Know About
Explore how solar energy is revolutionizing daily life and industries. From solar-powered transport to smart cities, discover six groundbreaking solar applications shaping a cleaner, smarter future.

Solar Farm Development: Overcoming the Rising Challenge of Wiring Costs
Wiring costs are soaring in solar farms, affecting project budgets and timelines. Learn why infrastructure is becoming a key challenge.