TotalEnergies, MK Land Financial Close 30-MW Solar for Google

• TotalEnergies and MK Land Holdings secure finance for a 30MWac/50MWdc solar project in Malaysia—powering Google data centers with clean energy under the Corporate Green Power Programme.

TotalEnergies and partner MK Land Holdings have reached financial close on a 30-MWac/50-MWdc solar project in Malaysia. The plant is planned to supply renewable electricity to Google’s local data centre operations.

The project will operate under Malaysia’s Corporate Green Power Programme and is intended to support Google’s long-term sustainability and decarbonisation aims. It reflects the expanding trend of corporate renewable power purchase agreements as hyperscale data-centre operators pursue stable clean energy supplies for AI, cloud computing and broader digital services growth.

How will a 30-MWac/50-MWdc TotalEnergies solar project supply Google’s Malaysia data centers?

• The 30-MWac/50-MWdc TotalEnergies solar facility is designed to generate electricity that will be contracted for Google’s Malaysia data-centre operations, helping cover a defined portion of their annual power needs with renewable generation.
  
• Power produced by the plant will be delivered to the grid and made available to Google under Malaysia’s Corporate Green Power Programme framework, which enables corporate buyers to access renewable electricity attributes while using the grid as the physical delivery route.
  
• The agreement structure typically links Google’s corporate demand with specific renewable energy output from the solar project, so Google can claim the associated renewable energy (e.g., electricity attribute) for its relevant sites in Malaysia.
  
• As a 50-MWdc design (typical for utility-scale solar with AC conversion), the project’s generation profile is intended to translate into the 30 MWac contractual capacity for delivery, matching the effective grid injection capacity.
  
• TotalEnergies’ operating model will support ongoing long-term availability of clean power through standard utility practices—planned maintenance, performance monitoring, and generation forecasting—so contracted volumes remain predictable over the contract term.
  
• The project’s role is to provide a stable, renewable electricity supply to support Google’s decarbonisation targets for its local data centres, reducing reliance on conventional grid electricity for covered consumption.
  
• The arrangement complements grid power by adding dedicated solar generation that supports lower-carbon electricity procurement for hyperscale compute needs, including AI and cloud workloads that drive sustained energy demand.
  
• Participation in the Corporate Green Power Programme helps Google align its procurement strategy with Malaysia’s evolving corporate renewable energy pathways, supporting cleaner power sourcing while electricity physically continues to flow through the national grid.
  
• Beyond emissions reductions, the contracted renewable supply can support broader sustainability reporting and internal planning by giving Google a documented mechanism to tie clean-energy procurement to specific renewable projects in Malaysia.