92 MW Floating Solar Plant to Strengthen Indonesia’s Green Energy Transition
Indonesia has officially started construction of a 92-megawatt floating solar power facility, a key step in its efforts to increase renewable energy production. The project will utilise water surfaces like reservoirs to house solar panels, allowing the country to generate clean electricity while saving valuable land resources.
The initiative is expected to play an essential part in Indonesia’s long-term effort to diversify its energy sources. The government’s aim in deploying floating solar technology is to reduce reliance on fossil fuels, lower carbon emissions, and improve energy security. Officials have stated that the plant will significantly contribute to national renewable energy targets.
Floating solar systems are becoming more widely recognised as a viable solution for areas with limited land access. Indonesia’s adoption of this approach not only ensures efficient energy generation but also demonstrates the country’s willingness to accept new energy technologies.
Aside from its environmental impact, the project is expected to generate social and economic benefits. Construction, installation, and maintenance operations will create jobs and boost local renewable energy technical competence. Once completed, the facility will provide electricity to thousands of households and industries while enhancing the electrical grid’s stability and reliability.































































































































![In my last role at [Previous Company], I reduced cost-per-lead on Google Ads by 28% and improved conversions by 40% through campaign restructuring and remarketing. On social media, I boosted engagement by 45% and increased website traffic by 30% using interactive content and influencer collaborations.](https://www.asiaonemedia.com/wp-content/uploads/2025/09/Economy-India-and-UK-Partner-for-Sustainable-Smart-Cities-1024x580.jpg)



































































































































































































































































































































































































































































































































































































































































































































































































































