Singapore Expands Jurong Island to Power Green Energy Revolution and Build Nation’s Largest Sustainable Data Centre Hub – EQ
In Short : Singapore has allocated 300 hectares on Jurong Island for green energy projects and 20 hectares for its largest 700 MW data centre park. The initiative supports solar, hydrogen, and ammonia-based power, aligning with the Green Plan 2030. This move strengthens Singapore’s position as a regional hub for clean energy innovation and sustainable digital infrastructure.
In Detail : Singapore has announced a major expansion of its green energy and digital infrastructure on Jurong Island, dedicating substantial land to support its sustainability and innovation goals. The government plans to allocate around 300 hectares—approximately 10% of the island’s total area—for renewable energy projects and low-carbon fuel production facilities. This move underscores Singapore’s long-term commitment to energy transition and resilience.
The newly allocated area will host a variety of clean energy initiatives, including large-scale solar installations, hydrogen-ready power plants, and ammonia-based generation units. These facilities aim to diversify the nation’s energy mix and strengthen energy security while reducing dependence on imported fossil fuels. The developments will also accelerate the adoption of emerging green technologies within industrial clusters.
In addition to green energy projects, the government has reserved 20 hectares for Singapore’s largest data centre park, which will support up to 700 megawatts of capacity. This new hub will cater to the country’s growing digital economy while integrating energy-efficient and sustainable infrastructure. The park’s design will incorporate advanced cooling systems and access to renewable power sources.
Operators within the data centre park will benefit from shared utilities and access to Jurong Island’s existing infrastructure network. The integration of battery energy storage systems and waste-heat recovery technologies will help optimize energy use. These innovations are intended to balance the island’s high energy demands while maintaining Singapore’s reputation as a global leader in sustainable urban planning.
Government officials emphasized that this initiative is more than just a land development project—it is a strategic investment in future industries. By combining green manufacturing, clean fuels, and digital technologies, Singapore seeks to create new employment opportunities, attract global investment, and maintain its competitive edge in sustainability-driven growth sectors.
The energy segment of the development will also pilot advanced technologies such as biomethane imports, carbon capture, and vertical energy storage. These projects aim to maximize output while minimizing land use, an essential factor for Singapore’s space-constrained geography. Such innovations could later be exported as models for other urban nations pursuing clean growth.
Singapore’s Economic Development Board and Energy Market Authority will jointly oversee the coordination between energy providers, technology developers, and industrial tenants. The government is also exploring partnerships with international clean-tech firms to support innovation, research, and deployment of low-carbon solutions on Jurong Island. This collaborative approach will ensure steady progress toward national sustainability targets.
These initiatives align closely with Singapore’s Green Plan 2030, which outlines strategies for reducing carbon emissions, expanding renewable capacity, and strengthening environmental resilience. By fostering integration between green energy production and data-driven industries, the government aims to promote a circular and low-carbon economy that supports long-term environmental and economic stability.
Overall, the expansion on Jurong Island marks a major milestone in Singapore’s transformation into a hub for green energy and digital excellence. The combination of renewable energy generation, storage innovation, and sustainable data infrastructure reflects the nation’s forward-looking approach to energy management, technology development, and environmental stewardship.
