Wind Installations 'Hit Record in 2025'

Why It Matters

The record underscores wind’s accelerating role in decarbonization and energy security, while the 2030 installation target highlights a critical policy gap for meeting climate commitments.

Key Takeaways

• 165 GW added in 2025, highest annual wind build‑out ever
• Global capacity now exceeds 1,299 GW, securing wind’s grid dominance
• China contributed nearly 120 GW, driving over 70% of new capacity
• India set a record 6.34 GW, signaling rapid Asian expansion
• GWEC calls for installations to double by 2030 to hit net‑zero

Pulse Analysis

The Global Wind Energy Council’s 2026 report confirms that 165 GW of new wind capacity was installed in 2025, shattering previous records and pushing total worldwide capacity beyond 1,299 GW. This milestone reflects the rapid cost decline of turbines, improved supply chains, and the growing acceptance of wind as a reliable baseload resource. Analysts attribute the surge to a combination of mature markets expanding existing farms and a wave of greenfield projects in regions eager to replace aging coal plants. As a result, wind now supplies a larger share of electricity in more than 70 countries.

China remains the dominant driver, accounting for roughly 120 GW of the 2025 build‑out—over 70 % of all new installations. The country’s aggressive offshore program and continued onshore upgrades have accelerated the pace. India’s 6.34 GW addition marks its fastest year, bolstered by supportive tariffs and a push to meet its 450 GW renewable target by 2030. Meanwhile, Saudi Arabia, Egypt and Türkiye illustrate how wind is penetrating traditionally oil‑centric economies, diversifying their energy mixes and creating new export‑ready manufacturing hubs.

Despite the record, GWEC warns that annual installations must double to roughly 330 GW by 2030 to keep the global temperature rise below 1.5 °C. Achieving that scale will require decisive policy frameworks, streamlined permitting, and sustained financing from both public and private sources. Emerging technologies such as larger‑diameter rotors and digital grid integration can further cut levelized costs, but the decisive factor will be political will. Investors and utilities that align with this accelerated trajectory stand to capture significant market share as wind cements its role in the net‑zero transition.