Shared energy storage joint market transaction system and method based on block chain
A transaction system and blockchain technology, applied in the field of resource optimization and resource optimization in the energy Internet scenario, can solve problems such as low energy storage utilization, lack of energy storage capacity, and incorrect information on market players.
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no. 1 example
[0078] Such as figure 1 As shown, this embodiment provides a blockchain-based shared energy storage joint market trading system, including:
[0079] Optimal allocation model establishment module 1 is used to establish an optimal allocation model with the sum of revenue as the objective function and the coupling characteristics of the three transaction targets including the sale of energy, the sale of frequency modulation services, and the sale of FRP services as constraints.
[0080] Specifically, in this embodiment, in the optimization configuration model establishment module, the establishment of the optimization configuration model includes: establishment of the objective function and the constraints;
[0081] (1) Establish the objective function
[0082] The specific formula of the objective function is:
[0083] max{R en +R reg +R ra -C}
[0084] Among them, R en , R reg , R ra Respectively, the income obtained from the three transaction targets of the sale of en...
no. 2 example
[0136] Such as image 3 As shown, this embodiment provides a blockchain-based shared energy storage joint market trading method executed by the blockchain-based shared energy storage joint market trading system as in the first embodiment, which is characterized in that it includes The following steps:
[0137] S1: Each subject deploys the blockchain environment of the shared energy storage joint platform.
[0138] S2: Each subject inputs energy storage equipment data and joint market historical data into the optimal allocation model, and obtains the optimal allocation method and optimal quotation strategy for energy storage resources.
[0139] S3: Each subject agrees on the exchange rate between the blockchain development platform token DOT and RMB through the exchange rate calibration unit.
[0140] S4: Each subject pays a deposit in advance to the address where the smart contract is located according to its own order requirements.
[0141] S5: The subject that has paid th...
no. 3 example
[0147] In this embodiment, a specific application scenario is used to describe the content of the present invention:
[0148] The power system scene is set in a certain area of Shanghai. Eight entities including energy storage equipment, including thermal power plants, new energy power plants, and small individual users, participate in the shared energy storage joint market transaction, and each entity is named A-H in turn. In this embodiment, the online trading period is 11:30-12:00, and the offline delivery period is 12:00-12:30. The parties agree that the exchange rate between the blockchain platform token DOT and RMB is 1RMB=100DOT. Proportionally, the market standard electricity price for this period is 65DOT / kWh.
[0149] Each subject in this example can rationally allocate energy storage resources according to the optimal allocation model. Taking seller A as an example, the clearing priorities of energy, upward frequency adjustment, and upward FRP are calculated fr...
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