en.Wedoany.com Reported - Seatrium's Floating Living Lab (FLL) has commenced power transmission to Singapore's grid, integrating liquefied natural gas (LNG) power generation with a battery energy storage system.

The platform first generates electricity for its own operations, then transmits surplus power to the grid. It is estimated that the excess electricity can support approximately 1,500 four-room HDB households.

The platform received its first LNG cargo via ship-to-ship bunkering in March.

Singapore's Minister for Manpower and Minister-in-charge of Energy and Technology, Tan See Leng, witnessed the launch of the project.

The Floating Living Lab is designed as a distributed energy platform capable of supplying power to both offshore operations and the national grid.

The facility has obtained the Remote-CON class notation from the American Bureau of Shipping (ABS), allowing monitoring and control of critical onboard systems from a shore-based operations center. Patrick Ryan, Senior Vice President and Chief Technology Officer of ABS, stated that the project demonstrates the implementation of remote control capabilities under ABS standards. Ryan noted that safety is fundamental to the successful deployment of new remote control and distributed energy technologies in offshore and nearshore environments.

Seatrium operates a shore-based remote operations center based on a assurance framework developed by DNV. The center leverages artificial intelligence to automate data processing, monitor energy systems, and support operational decisions, integrating cybersecurity measures including post-quantum encryption technology.

Lee Wey Lii, Senior Vice President of Digitalization at Seatrium, stated that the first power transmission validated the platform's ability to supply electricity for Seatrium's operations and the national grid. Lee noted that the first electron transfer was a key milestone, verifying the Floating Living Lab as an asset integrated with the grid, capable of meeting internal demand while contributing to national energy resilience.

The project's development was supported by the Energy Market Authority (EMA), which backed the deployment of the battery energy storage system. Violet Chen, Director of Solar and Grid Solutions at EMA, stated that the Floating Living Lab provides an environment for testing new energy technologies under operational conditions. Chen noted that as Singapore's grid integrates more intermittent renewable energy, storage solutions like this are critical for maintaining grid stability and resilience.

Seatrium stated that it plans to apply the platform's capabilities to future floating storage and nearshore electrification projects.