Introduction to World’s Solar Power Titans

Solar energy has rapidly evolved into a cornerstone of the global clean power transition, with utility-scale photovoltaic (PV) plants achieving unprecedented scale. From multi-gigawatt installations in Asia to decentralized 10 MW plants in remote regions, these projects demonstrate the technological and economic maturity of solar power worldwide. 0

Leading Mega Solar Farms by Installed Capacity

Among the largest operational solar farms globally are multi-gigawatt power stations that generate vast amounts of clean electricity:

• Gonghe Talatan Solar Park (China) – The world’s largest solar plant with over 15,600 MW capacity, covering hundreds of square kilometres and serving millions of consumers. 1
• Bhadla Solar Park (India) – India’s flagship solar project with approximately 2,245 MW capacity, harnessing intense solar irradiation in Rajasthan’s Thar Desert. 2
• Huanghe Hydropower Hainan Solar Park (China) – A significant 2,200 MW installation contributing to China’s renewable portfolio. 3
• Pavagada Solar Park (India) – A large grid-connected 2,050 MW solar complex in Karnataka supporting regional energy demand. 4
• Benban Solar Park (Egypt) – Africa’s largest solar power site with roughly 1,650 MW capacity. 5

Notable 10 MW Solar Projects: Decentralized Impact

While multi-gigawatt plants dominate headlines, smaller utility-scale projects also play an essential role in local grids and energy access. One such example includes:

• Murun 10 MW Solar Power Plant (Mongolia) – Commissioned in late 2023 in Mörön, this 10 MW photovoltaic station generates an estimated 15.5 GWh annually, connecting to Mongolia’s national grid and supporting rural electrification. 6

Projects at the 10 MW scale often provide power stability for remote towns, reduce dependence on diesel generation, and lay the foundation for broader renewable adoption.

Why Solar Farms Are Growing Worldwide

Falling PV module costs, supportive policies, and advances in grid integration technologies have propelled solar deployment. Governments and utilities increasingly prioritize large-scale solar alongside energy storage to meet decarbonization targets and energy security goals.

ASEAN Clean Energy Expo 2026: A Platform for Innovation

The ASEAN Clean Energy Expo 2026 is set to take place from March 25–27, 2026, at the IMPACT Exhibition Centre in Bangkok, Thailand. This three-day event will gather over 200 exhibitors from around the world to showcase the latest in solar PV, energy storage, smart grids, and clean energy solutions. 7

Participants will include technology providers, policymakers, investors, and stakeholders working across the renewable energy value chain. The expo serves as a critical meeting point for networking, knowledge exchange, and forging partnerships vital to scaling solar and clean energy across the ASEAN region and beyond.

Conclusion: Diverse Solar Deployment for a Clean Future

The solar sector’s trajectory reflects a blend of mega-scale infrastructure and impactful localized projects. From towering gigawatt parks to 10 MW regional plants, solar energy continues to expand its footprint, enabling economic growth alongside sustainable power generation. Events like the ASEAN Clean Energy Expo 2026 underscore the industry’s collaborative efforts to accelerate renewable deployment globally.