How will knowledge sharing on surveillance improve energy regulation outcomes?

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Knowledge sharing on surveillance is set to improve energy regulation outcomes by expanding how EMA and EGC exchange approaches, regulation design input, and system stability measures. EMA and Japan’s Electricity and Gas Market Surveillance Commission (EGC) signed a memorandum of cooperation (MoC) to promote cooperation and information exchange across gas and electricity markets, with a specific focus on energy market surveillance approaches, regulation design, and system stability measures. EMA chief executive Puah Kok Keong said the exchanges are part of efforts to support a well-functioning energy market and reliable power supply, while EGC Secretary General Tatsuya Shinkawa said the collaboration would help both sides address challenges in ensuring reliable energy supply and well-functioning electricity markets.
What the MoC covers in surveillance-related knowledge exchange
The MoC is designed to increase cooperation and information exchange on gas and electricity markets between Singapore’s Energy Market Authority (EMA) and Japan’s EGC. It also explicitly includes knowledge exchange on energy market surveillance approaches, alongside regulation design and system stability measures. This means the sharing is not limited to monitoring methods alone, but also spans how rules are structured and how system stability is handled.
How surveillance approach sharing can strengthen oversight
The stated goal of sharing surveillance approaches is to improve energy regulation outcomes through better energy market surveillance practice. In general regulatory work, expanded surveillance knowledge helps regulators identify and respond to issues that may arise in electricity and gas market operations, supporting the maintenance of a well-functioning market. While the MoC does not specify particular detection techniques, it clearly links surveillance knowledge exchange to stronger regulation performance.
How regulation design knowledge supports market functioning
The MoC also targets knowledge exchange on regulation design, which relates to how regulatory frameworks are shaped for gas and electricity markets. In general, refined regulation design is used to set clear standards for market participation and oversight, which can contribute to fairer and more orderly market operations. The MoC frames this contribution in terms of supporting a well-functioning energy market, paired with reliable power supply.
How system stability measures fit into the outcome goal
System stability measures are included as part of the knowledge exchange, connecting regulatory work to operational reliability in energy systems. In general terms, stronger emphasis on system stability supports uninterrupted electricity supply by addressing factors that can affect grid performance. EMA’s Puah Kok Keong tied the exchanges to reliable power supply, and EGC’s Tatsuya Shinkawa linked the collaboration to addressing challenges in ensuring reliable energy supply and well-functioning electricity markets.

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How will knowledge sharing on surveillance improve energy regulation outcomes?

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