Case Study

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CEEC’s 60MW Energy Storage System in Malaysia Goes Live: Pioneering Green Energy Solutions in Southeast Asia

Operational Impact‌

    The successful grid connection of CEEC’s Energy Storage System in Sarawak underscores China’s technological leadership in energy storage and its commitment to global decarbonization. CEEC will continue to advance international collaborations, powering a sustainable future with cutting-edge innovations.

 
1.Enhanced Grid Reliability

    The system supports two full charge-discharge cycles daily with 100ms frequency regulation, equivalent to adding a mid-sized hydropower plant’s flexibility to the Sarawak grid.

2. Accelerating Renewable Energy Adoption
   Intelligent dispatching enables annual reductions of 12,000 tons of standard coal consumption and 30,000 tons of CO2 emissions, supporting Malaysia’s 2030 renewable energy target (31% of total capacity).

3. A Model for Technology and Economics
   The project demonstrates the viability of large-scale electrochemical storage in tropical climates, offering a replicable model for “renewables + storage” across Southeast Asia.

Date

December 2024

Client

Sejingkat

Category

PV & Wind ESS Projects

Location

Malaysia

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Project Context

    Located in Kuching, the capital of Sarawak, the region boasts abundant renewable energy resources but faces challenges in grid flexibility. CEEC leveraged its global expertise in energy storage to deliver a customized solution addressing these critical needs.

   As a significant milestone in China-Malaysia green energy cooperation, the 60MW/80MWh Energy Storage System in Sarawak, Malaysia, developed under the EPC contract by China Energy Engineering Corporation (CEEC), has been successfully connected to the grid. This project marks Malaysia’s first large-scale electrochemical energy storage initiative and serves as a benchmark for renewable energy integration and smart grid advancement in Southeast Asia. 

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Engineering Solution

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   CEEC deployed a prefabricated cabin-style air-cooled lithium iron phosphate (LFP) battery system. The modular design accelerated project delivery, with 22 battery cabins and 11 Power Conversion Systems (PCS) networked to enable millisecond-level response and simplified control protocols.

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