The main research facilities include autoclaves, electrospinning systems, polymer/sol-gel synthesis, high energy ball mills, gloveboxes, electrode slurry preparation, electrode coaters, centrifuges, coin/pouch battery fabricating facilities, calendering roll presses, spot welders, crimpers, multicha Contact online >>
The main research facilities include autoclaves, electrospinning systems, polymer/sol-gel synthesis, high energy ball mills, gloveboxes, electrode slurry preparation, electrode coaters, centrifuges, coin/pouch battery fabricating facilities, calendering roll presses, spot welders, crimpers, multichannel galvanostats/potentiostats, cyclic voltammetry tools, impedance analyzers, battery testers/cyclers, vacuum ovens, box/tube furnaces, and electrochemical testing stations.
SINGAPORE - A first-of-its-kind floating power plant with batteries that can refuel liquefied natural gas (LNG) vessels, charge electric harbour craft and even generate electricity for remote islands is set to start operations in the first quarter of 2024.
The Floating Living Lab, developed on a floating platform by offshore and marine company Seatrium at its Pioneer Yard, is Singapore''s first energy storage system (ESS) on water, and could provide a future answer to a small island''s needs for energy storage from renewable sources.
It is part of a $10 million partnership between the Energy Market Authority (EMA) and Seatrium to develop innovative energy solutions in the marine sector, and was announced in April 2020.
The floating lab uses an innovative battery stacking solution that reduces its footprint by 40 per cent, which could in the future be used to overcome Singapore''s land constraints in supporting the power grid.
The energy storage system is integrated with a smart energy management system that uses artificial intelligence and machine learning algorithms to enhance its efficiency in operations and energy distribution.
The floating lab shows what is possible, as Singapore moves from a highly centralised energy sector anchored by large power plants to a more dispersed system marked by regional renewable power sources, said a Seatrium spokesman.
On the project, chief executive of EMA Ngiam Shih Chun said: "Given Singapore''s limited land area, we need innovative solutions for our energy infrastructure such as Seatrium''s floating solution for energy storage."
"The deployment of Singapore''s first floating and stacked energy storage system at Seatrium''s floating living lab is testament to our commitment towards leveraging technology and innovation to optimise energy efficiency and reduce our operational footprint," he said.
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