Seatrium Achieves First Floating Platform Power Export to Singapore Grid

Seatrium has achieved the first export of electricity to Singapore's national grid from its Floating Living Lab, marking a step forward in next-generation floating energy infrastructure. The platform integrates distributed energy resources, battery storage and gas bunkering into a remotely operated floating asset serving both grid and marine consumers. Powered by liquefied natural gas converted to electricity onboard, the facility exports surplus power sufficient to meet the monthly needs of around 1,500 four-room HDB households, positioning the group at the forefront of offshore energy as regional power demand grows.

 

The Floating Living Lab Platform

 

The Floating Living Lab represents a novel approach to floating energy infrastructure. It is described as a world-first floating distributed energy resource platform carrying the Remote-CON notation. The platform is classed by the American Bureau of Shipping and supported by a Remote Operations Centre. This centre is built on DNV's assurance frameworks for remote operations. Together these elements establish the platform as a pioneering asset in its category.

The facility is designed to serve a broad range of energy consumers across the region. It integrates distributed energy resources into floating power assets that supply both grid and marine customers. Its reach extends across Singapore and the wider Southeast Asian market. The platform combines a stacked battery energy storage system with gas bunkering infrastructure. This configuration supports emerging business models such as power-as-a-service and new forms of energy infrastructure ownership.

 

Power Generation and Grid Export

 

The platform's power generation relies on liquefied natural gas delivered by sea. The facility received its first operational parcel of LNG in March via ship-to-ship bunkering. This LNG is converted into electricity using onboard gas engines. The generated power supports Seatrium's own operational energy requirements. Any surplus electricity is then exported to the Singapore grid.

This dual capability underpins the platform's value as an energy solution. The facility can reliably meet peak on-site demand while still generating excess electricity. That surplus is sufficient to cover the monthly energy needs of approximately 1,500 four-room HDB households. This output demonstrates the platform's capacity to contribute meaningfully to the grid. It also underscores the facility's role as an integrated and scalable energy asset.

 

Remote Operations and Certification

 

A defining feature of the platform is its remote-control capability. The facility has achieved the Remote-CON notation from the American Bureau of Shipping. This notation validates the platform's ability to manage power generation and controls from an onshore command centre. It recognises the integration of advanced automation, secure communications and control system architecture. These systems allow key onboard functions to be operated remotely while meeting strict safety and redundancy standards.

Seatrium has reinforced these capabilities through a dedicated operations centre. The company has operationalised a Remote Operations Centre built on DNV's assurance frameworks. This centre integrates secure communications, data pipelines and human-in-the-loop decision support. It enables centralised monitoring across the Floating Living Lab and other connected offshore assets. This structure allows the company to scale its remote operations across a broader portfolio.

 

Read more: KONGSBERG Equips NIOZ Research Vessel With Advanced Ocean Technology

 

Digital and Cybersecurity Infrastructure

 

The operations centre is strengthened by advanced digital tools. Seatrium applies artificial intelligence and AI-Ops to automate data processing and optimise energy use. These tools also accelerate decision-making through analytics. This digital layer enhances the efficiency and responsiveness of the platform's operations. It positions the facility as a data-driven energy asset rather than a purely physical one.

Security forms a critical component of this digital infrastructure. Cybersecurity measures, including post-quantum encryption, protect the systems interacting with the operations centre. These protections help the company meet global standards for safety and reliability. They also support the scaling of remote operations while safeguarding asset performance. Together these capabilities enable Seatrium to deliver advanced digital infrastructure solutions to customers worldwide.

 

Strategic Direction and Future Plans

 

The project reflects Seatrium's broader strategy in the energy transition. Working with partners, the company is advancing its design and operational capabilities through data-driven optimisation. It is leveraging AI-enabled tools and digital twin technologies to strengthen its offering. These efforts expand its engineering, procurement and construction opportunities in decarbonisation projects. They also grow its software and service offerings while establishing floating energy storage as a new infrastructure asset class.

The company sees the platform as a foundation for future growth. Seatrium intends to scale the proven capabilities of the Floating Living Lab for nearshore electrification solutions. This ambition extends to Singapore and markets beyond it. The company plans to draw on its integrated capabilities in engineering, digitalisation and energy systems. This positions the platform as a template for wider deployment as regional power demand continues to rise.