Enhanced bidding strategy under various electricity market
Chang W et al. [6] proposed a Distributed Energy Storage Service (DES) and studied the optimal daily bidding strategy of consumer electronics companies operating as independent entities
Approximately 11.9 gigawatts (GW) of storage was deployed in 2024. In only the third quarter of 2024, and despite mounting concerns over potential trade and policy developments, the US storage market added a record-setting 3.8 GW of energy storage—an 80% increase compared to the prior year.
An ESS, which participates in the operation of the electricity market as a price-taker, sets the bidding offers according to various electricity prices. Accordingly, a bidding strategy model for ESS under the TOU pricing mechanism is constructed, and the operating strategy for ESS under the TOU pricing mechanism is provided.
Energy storage procurement contracts must also take into account the ever-evolving suite of laws and regulations applicable to energy storage projects, including as a result of the recent change in administration in the United States.
This indicates that the ESS can be profitable through peak-shaving and valley-filling under the TOU pricing mechanism if the fixed costs are not shared. The net profit from the operation of the ESS may be negative if the initial investment costs of ESS and equipment O&M costs are spread over each day.
Chang W et al. [6] proposed a Distributed Energy Storage Service (DES) and studied the optimal daily bidding strategy of consumer electronics companies operating as independent entities
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