AI Solar Power Data Centre
"Combining Advanced Solar and CHT Technology To Power AI Data Centers With Lowest Energy Consumption and Environmental Impact"
G8 present range of Floating Solar Data Center Modules are designed to enable the lowest Energy and Carbon footprint in the industry through the utilization of proprietary Cool Hull Technology (CHT). By harnessing seawater for cooling with G8’s proprietary hull architecture, CHT technology can increase cooling efficiency by up to 80%. G8’s modular hull construction of each FDCM ensures the shortest construction commissioning lead time of each data to address the growing demand of AI and Hyperscale data centers globally.
CHT technology directly utilizes the thermal conductivity properties of water (0.6 W/m-K) which is 25times more conductive than air (0.024 W/m-K). This enables significant improvement to cooling efficiency by 80% and faster heat transfer for high density data centers.
Each FSDCM can be optioned with G8’s proprietary solar technology to enable up to 6.7MWp of direct solar power on site, further reducing the carbon footprint of each data center unit.
A critical advantage to CHT technology is the 2 times reduction in cooling cost and water consumption of data operations. This enables G8 to deliver the most cost and energy efficient data centers to enable the lowest carbon emission approach to propel the world’s AI driven economy.
We design, build and Install 2 types of FSDCM globally to meet a broad range of enterprise requirements and use cases.
FSDCM25 (25 - 50MW Hyperscale Data Center Module)
FSDCM25 Start Manufacture in mid-2025 – Delivery and Commission end 2026 in Singapore
Hull Design Life: 25 years
Cooling Capacity: 8000 – 16,000 RT (CHT Enhanced)
Data Room Floor Space 400,000 to 800,000 sq ft (Modular level options available)
Total Structural Weight: 8000 -10,000 Tonnes (dependent on options)
Water Space footprint: 120m x 70m
Building Integrated Solar: 1.8MWp
Onsite Addition Solar Power GPM – Floating Solar Module: 5MWp
Data Transmission Capacity: 4.8 Terabits
Power Transmission Capacity: 22kV x 4 to 66kV x 2 (Dependent on Grid Requirements)
FDCM25 (Modular Data Center Module)
FSDCM5 Start Manufacture in mid-2026 in – Delivery and Commission end 2027 Globally
Hull Design Life: 25 years
Cooling Capacity: 2000 (CHT Enhanced)
Data Room Floor Space 100,000 sq ft per module
Total Structural Weight: 2000 (dependent on options)
Water Space footprint: 60m x 35m
Building Integrated Solar: 500kW
Onsite Addition Solar Power GPM – Floating Solar Module: 5MWp
Data Transmission Capacity: 4.8 Terabits
Power Transmission Capacity: 22kV
