Equinix has signed a new renewable-energy power purchase agreement with Flo Energy Singapore, adding another layer to its clean-power strategy in one of Asia’s most power-constrained digital infrastructure markets. The agreement, signed on August 18, starts with at least 11.5 MWp of rooftop solar capacity across Singapore and gives Equinix an option to expand the arrangement to as much as 50 MWp. The deal marks Equinix’s fourth renewable-energy agreement in Singapore within two years, reinforcing a procurement strategy that increasingly links data-center expansion with access to cleaner electricity. Reuters reported the agreement as part of Equinix’s continuing push to secure renewable energy as demand from digital infrastructure and AI workloads accelerates.
The scale of the agreement matters beyond its initial 11.5 MWp commitment because Equinix can increase the contracted rooftop capacity if the expansion option moves forward. Equinix expects its cumulative renewable-energy portfolio in Singapore to reach 215 MWp by 2028, with its Singapore agreements collectively expected to generate around 250,000 MWh of electricity each year. The company’s latest arrangement draws power from industrial and commercial rooftops rather than depending on a single large solar development. That approach gives Equinix another route into Singapore’s limited renewable-energy landscape, where land availability makes distributed generation particularly relevant.
Rooftops become a strategic power resource
Flo Energy’s commercial solar model centers on a fully financed power purchase agreement structure. Under that model, Flo Energy finances, installs and maintains photovoltaic systems, while customers purchase the electricity generated by those installations. The arrangement allows a data-center operator to secure renewable generation without taking responsibility for the full development and operating burden of each rooftop solar system. For Equinix, that structure can create a scalable procurement channel across multiple commercial and industrial properties.
The latest agreement extends a pattern that Equinix has built through several Singapore transactions since 2024. Its first long-term renewable-energy PPA covered approximately 75 MWp of solar capacity, establishing the foundation for a broader local clean-power portfolio. A second agreement added up to 58.5 MWp from solar installations associated with JTC properties on Jurong Island. In December 2025, Equinix announced a third agreement that secured more than 10 MWp from commercial and industrial rooftops across Singapore.
Equinix builds a distributed renewable portfolio
Equinix’s Singapore strategy now spans several types of properties rather than concentrating procurement around a single project. Its 2024 SolarNova-related arrangement connected renewable generation with solar installations across public-housing blocks and government sites, while the Jurong Island agreement broadened the company’s access to industrial locations. The third agreement shifted further toward private commercial and industrial rooftops, creating a procurement structure that can reach a wider set of properties. The new Flo Energy deal continues that progression by making distributed rooftop generation a larger component of Equinix’s Singapore energy strategy.
Equinix said in its December 2025 announcement that its first three Singapore solar PPAs were projected to total 143.5 MWp. The latest agreement could take the cumulative portfolio toward 193.5 MWp at the full 50 MWp option level, although the maximum expansion remains an option rather than a guaranteed deployment. Equinix’s stated 215 MWp target for Singapore by 2028 therefore depends on additional execution across its renewable-energy pipeline. The company’s expanding portfolio shows how data-center operators can assemble meaningful renewable capacity through multiple smaller projects rather than relying exclusively on one large generation asset.
Meanwhile, Flo Energy has positioned the transaction as its first customer win under a newly launched Data Centre Solutions offering, according to Reuters. That detail gives the agreement significance beyond Equinix because it points to a more specialized renewable-energy market emerging around data-center customers. Developers and energy providers increasingly need structures that can address the power intensity, long operating horizons and sustainability requirements of digital infrastructure. Equinix’s Singapore deal provides an early example of how those requirements can translate into distributed renewable procurement.
Equinix’s global PPA footprint expands
The Singapore agreement sits within a much larger renewable-energy procurement strategy at Equinix. According to the latest Reuters report, the company now has more than 1,490 MW of wind and solar PPAs under contract across 11 countries. The global portfolio gives Equinix a broader platform for addressing renewable-energy demand across its international data-center network. Singapore represents a particularly interesting piece of that strategy because the company must work within a market where conventional land-intensive solar development has limited room to scale.
Equinix has continued to connect renewable procurement with its wider digital infrastructure expansion in other markets. In India, for example, the company commissioned a 26.4 MWp group captive solar project under a long-term agreement with CleanMax in November 2025, with the project expected to generate about 41.4 million kWh of clean energy annually. Equinix has said its global goal is to achieve 100% renewable-energy coverage across its operations by 2030. Its Singapore rooftop strategy fits into that larger objective by adding another source of renewable generation to a market where available land remains a central constraint.
The broader takeaway is that Equinix is treating Singapore’s rooftops as an energy infrastructure layer rather than simply unused building space. Each additional rooftop project can add generation capacity without requiring a new utility-scale solar site, creating a distributed model that matches the city-state’s physical realities. For data-center operators facing rapidly rising power requirements, that model could become increasingly valuable as clean-energy procurement moves closer to the core economics of capacity planning. Equinix’s fourth Singapore agreement therefore signals more than another renewable-energy milestone; it shows how the data-center industry is adapting its energy strategy to the realities of AI-era power demand.
