World Wind Day 2025, Theme, Global Wind Energy Statistics, Wind Energy In India

World Wind Day 2025, Theme, Global Wind Energy Statistics, Wind Energy In India

World Wind Day 2025, observed on 15 June, celebrates the power of wind energy in driving clean, sustainable growth. Discover how wind transforms energy systems, fights climate change, creates jobs, and powers a greener global future

June 14,

World Wind Day 2025, Theme, Global Wind Energy Statistics, Wind Energy In India

World Wind Day: Every year on 15 June, the world unites to celebrate World Wind Day—a day dedicated to discovering the power of wind and the transformative role it plays in reshaping global energy systems. World Wind Day is celebrated worldwide, raising awareness about the power of wind energy, its potential to reshape our energy systems, and its vital role in combating climate change. 

With the ever-growing need for clean and renewable energy sources, World Wind Day provides a unique opportunity to acknowledge the progress made, the challenges ahead, and the boundless potential of wind energy in decarbonising economies, creating jobs, and promoting sustainable growth.

World Wind Day 2025

World Wind Day 2025, also known as Global Wind Day, is a coordinated event led by WindEurope, the Global Wind Energy Council (GWEC), and national renewable energy associations. It was first promoted in 2007 by the European Wind Energy Association to raise awareness about the power of wind and its importance in the renewable energy sector.

World Wind Day

On World Wind Day 2025, individuals, companies, and organisations come together to celebrate wind energy’s progress, benefits, and potential. It’s a day dedicated to discovering how wind power can reshape economies, reduce carbon emissions, and create job opportunities.

World Wind Day 2025 Overview

Event Name World Wind Day 2025

Observed On 15 June 2025

Organizations WindEurope, Global Wind Energy Council (GWEC), National Renewable Energy Association

Objective To educate the public about wind energy, its benefits, and its role in a sustainable future

Significance Highlights wind’s power to transform global energy systems, reduce carbon emissions, create jobs, and ensure energy security

Theme To Be Announced (The World Wind Day 2025 theme is yet to be officially released)

First Observed 2007

Key Highlights 

Wind energy crossed 1 TW globally in 2023

127 GW added in 2024 (best year ever)

Massive offshore wind expansion globally

Community & Economic Benefits – €52bn contribution to EU GDP annually- Over 370,000 wind jobs in EU- Local tax benefits and economic uplift in rural areas

Why is World Wind Day Celebrated?

Wind, a natural and powerful force, has shaped civilisations through mythology, navigation, and agriculture. Today, it powers homes and industries, making it central to global sustainability goals. The key objective behind World Wind Day is to:

Promote awareness of wind energy and its environmental benefits.

Highlight the economic value of wind as a renewable resource.

Encourage policy support for the expansion of wind infrastructure.

In recent years, wind energy has become one of the most cost-effective renewable energy solutions globally. In 2023, the global wind energy capacity surpassed the 1 terawatt (TW) milestone, and the momentum continued in 2024, with a record-breaking addition of 127 gigawatts (GW) of new wind energy capacity. As we move toward World Wind Day 2025, the importance of wind energy is expected to grow even further, with many countries setting ambitious renewable energy targets.

World Wind Day 2025 Theme

The World Wind Day 2025 theme is expected to continue focusing on the key role wind energy plays in a net-zero future, though the official theme has yet to be announced. Past themes have emphasised the global energy transition, climate action, and empowering communities through renewables.

What is Wind Energy?

Wind energy is a form of renewable energy harnessed from the natural movement of air in the Earth’s atmosphere. It is captured using wind turbines, which convert the kinetic energy of the wind into mechanical power and then into electricity. As a clean and sustainable power source, wind energy plays a crucial role in reducing dependence on fossil fuels and lowering carbon emissions globally.

Types of Wind

Winds are classified based on the scale and nature of their flow.

Planetary Winds: Large-scale global winds like trade winds and westerlies are caused by Earth’s rotation.

Regional Winds: Winds affected by topography, land-sea contrasts, or seasonal variations.

Local Winds: Small-scale, short-duration winds caused by local geography and temperature variations.

Wind Energy and Its Types

Wind energy can be broadly categorised based on where wind turbines are installed:

Onshore Wind Energy: Generated from turbines located on land, these are more common and cost-effective.

Offshore Wind Energy: Harvested from turbines placed in the sea or ocean environments, often stronger and more consistent than onshore wind, with fixed or floating structures.

Global Wind Energy Statistics

Wind energy has become a cornerstone of the clean energy transition. According to the World Wind Energy Association, global wind power capacity reached 1,173 GW by the end of 2024. Although the year saw a modest dip in installations (121 GW, slightly down from 2023), the overall momentum remains strong.

World Wind Day

Source: wwindea.org

Key highlights from global wind energy statistics:

China leads with 561 GW, contributing 72% of new capacity in 2024.

Brazil became the second-largest market, installing 5.4 GW.

India added 3.4 GW in 2024 and now has over 50 GW total capacity.

Wind energy covers 20% of Europe’s electricity needs, with plans to scale up to over 50% by 2050.

Regional outlook

Asia

Country 2024 Capacity Added Total Capacity (End 2024) Rank/Notes

China 86.9 GW 561.5 GW 72% of global new installations, highest growth (18.3%)

India 3.4 GW 50 GW (Q1 2025) 5th in new, 4th overall globally

Japan 0.6 GW 5.8 GW 3rd in Asia, resumed growth

Vietnam – ~5 GW 4th in Asia

Europe

Country 2024 Capacity Added Total Capacity Rank/Notes

Germany 3.2 GW 72.7 GW Leading EU market, but slightly down from 2023

UK 2.2 GW 32.3 GW 2nd highest in EU

Finland 1.4 GW 8.4 GW –

Spain 1.2 GW 32 GW –

Sweden 1 GW 17.3 GW –

France 0.91 GW – Medium-sized market

Italy 0.865 GW – –

Poland 0.85 GW – –

Lithuania 0.474 GW – –

Denmark 0.399 GW – –

Ireland 0.204 GW – –

North America

Country 2024 Capacity Added Total Capacity Rank/Notes

USA 4.2 GW 155 GW Slowest growth in 10+ years

Canada 1.4 GW 18.4 GW Slight decline from 2023

Mexico – 8.7 GW –

South America

Country 2024 Capacity Added Total Capacity Rank/Notes

Brazil 5.4 GW 34 GW 2nd globally in new installs; 19% growth

Chile Small increase 4.9 GW 2nd in South America

Argentina 0.614 GW 4.3 GW 3rd in South America

Uruguay – 1.5 GW 100% renewable electricity achieved

Oceania

Country 2024 Capacity Added Total Capacity Rank/Notes

Australia 3.3 GW – 5th in new installations globally; overtook Italy in total

New Zealand 0 1.264 GW No change

Africa

Country 2024 Capacity Added Total Capacity Rank/Notes

Morocco 0.302 GW 2.4 GW Africa’s wind leader

Egypt 0.315 GW 2.2 GW –

Others – – Focus on rural electrification using small wind + solar

Global Wind Energy Share and Impact

Globally, wind energy now accounts for about 5% of total electricity consumption, and this figure is expected to rise to 9% by the end of the decade, according to the International Energy Agency (IEA). In Europe alone, wind energy avoided 139 million tonnes of CO₂ emissions in 2023, underlining its climate benefits.

Moreover, wind contributes €52 billion annually to the EU’s GDP, employs 370,000 people, and is forecast to employ 600,000 by 2030.

Global Wind Energy Share and Development in India

With vast coastal areas and inland wind corridors, India has the potential to become a global leader in wind power. As of the first quarter of 2025, India has surpassed 50,000 MW of installed wind capacity, positioning it as the fourth largest wind power producer globally. The country’s ambitious renewable energy targets, including substantial investments in offshore wind power, are expected to further accelerate its wind energy growth.

In India, wind energy accounts for a significant portion of the renewable energy mix, contributing 47.36 GW to the nation’s total renewable capacity of 201.45 GW. This makes wind power the second-largest contributor to India’s renewable energy sector, just behind solar power, which leads with 90.76 GW, which is about 23.5% of the country’s total renewable energy capacity. 

India’s wind potential is immense, with an estimated 695.50 GW of potential at 120 meters above ground level, with major windy states such as Gujarat, Tamil Nadu, Karnataka, and Rajasthan leading the charge in wind farm development.

Largest Producer of Wind Energy in India

Tamil Nadu is the largest producer of wind energy in India, contributing nearly 40% of the total wind energy generation in the country. The state’s favourable geography, coastal winds, and supportive government policies have helped it become a wind energy powerhouse. Other states like Gujarat, Maharashtra, and Rajasthan are also significant contributors to India’s wind energy production.

Conclusion

As we look forward to World Wind Day 2025, the significance of wind energy continues to grow. This renewable resource offers a pathway to a more sustainable and energy-independent world, helping to mitigate climate change and create new economic opportunities. Wind energy in India, in particular, is poised for tremendous growth, with ambitious targets set for both onshore and offshore wind projects.