On this week's episode of #TruthtoPower, IntelStor's Founder & CEO, Philip Totaro investigates the LCOE, feed in tariffs, public finance and capital efficiency of the global onshore #windenergy market from the IntelStor Future of Renewables #marketresearch Report.

Cost of energy for onshore wind has seen significant reduction in the past 15 years. Besides the benefits brought to the industry from the economies of scale, the cost efficiencies gained have put onshore wind in direct competition with natural gas, petroleum and even coal generation.

With an average just over US$33.00 / MWhr wind energy is capable of competing with non-renewable power generation sources in most countries of the world. Average feed in tariff prices have ranged from US$69.75 / MWhr in the Americas to US$108.62 / MWhr in Africa & the Middle East.

Since 2000 a total of US$60.3 billion of public finance has been spent on onshore wind energy. A total of US$23.2 billion or 38.5% was spent in the Americas, 31.5% of total investment was provided to Europe, 16.1% in Africa & the Middle East and just 13.9% in the Asia Pacific region.

This show examines data driven insights for the energy sector, with a focus on renewables. To subscribe to IntelStor Research Notes and get early access to our latest content as well as these Truth to Power weekly editorials, visit https://lnkd.in/e98Z9qs3

On this week's episode of #TruthtoPower, IntelStor's Founder & CEO, Philip Totaro presents the generation and efficiency of the global onshore #windenergy market from the IntelStor Future of Renewables #marketresearch Report.

Onshore wind energy has grown from a little over 30 terawatt hours globally in 2000 to more than 2.3 petawatt hours by 2025. The wind energy sector did grow away from Europe and towards the Asia Pacific region in overall percentage of the contribution to generation. By the end of 2025 Asia Pacific has 53% of the contribution to global generation, with the Americas at 24%, Europe at 23% and Africa & Middle East region still around 1%.

Capacity factor analysis for onshore wind energy indicates that the Americas region shows the highest average at over 32%. The Asia Pacific region has the worst performance due to the challenges faced by Chinese wind turbine OEMs with the maintenance of their equipment. Over time, the efficiency across all global regions has increased due to improving efficiency of new wind turbine models introduced in the past 25 years.

Nevertheless, the average capacity factor of onshore wind energy when compared to other forms of renewable energy is still relatively poor. For each 5% increment that average capacity factor can be increased via efficiency improvements in the wind turbine technology, it would result in a 2% reduction in the average cost of energy. This reduction could prove quite important as onshore wind energy continues to see a challenge from conventional power generation technologies such as coal, oil and natural gas.

This show examines data driven insights for the energy sector, with a focus on renewables. To subscribe to IntelStor Research Notes and get early access to our latest content as well as these Truth to Power weekly editorials, visit https://lnkd.in/e98Z9qs3

On this week's episode of #TruthtoPower, IntelStor's Founder & CEO, Philip Totaro analyzes the installed capacity and market share of the global onshore #windenergy market from the IntelStor Future of Renewables #marketresearch Report.

The global market for onshore wind energy is 1.2 TW as of the end of 2025, with capacity installed in over 149 countries. Onshore wind energy may still be behind hydropower in installed capacity as of the end of 2025, but by the end of 2026 it will become the number 2 renewable energy technology installed globally. The popularity of the technology has been down to cost efficiencies on both capital expenditure and levelized cost of energy.

Europe began the past quarter century with just under 75% market share for onshore wind while the Americas had a little over 15% and the bulk of the rest came from the Asia Pacific region.

China’s global leadership has allowed the Asia Pacific region to achieve a 56.2% market share by the end of 2025. India should surpass Germany by the end of 2027 as they race to add new capacity. The rest of the world is continuing a general upward trend and another 573.8 GW of capacity should be installed globally by 2030.

This show examines data driven insights for the energy sector, with a focus on renewables. To subscribe to IntelStor Research Notes and get early access to our latest content as well as these Truth to Power weekly editorials, visit https://lnkd.in/e98Z9qs3