Micro-service-based power transaction simulation method, device and system
A technology of power trading and simulation methods, which is applied to circuit devices, design optimization/simulation, electrical components, etc., and can solve problems such as large amount of code, low reusability, and difficult maintenance
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no. 1 example
[0036] This embodiment provides a microservice-based power trading simulation method, please refer to figure 1 and figure 2 ,include:
[0037] S1: Obtain the input estimated data.
[0038] Power transaction simulation simulates the production and transaction of each power plant, and finally gives the simulation results through the algorithm model according to the load in the power grid, the output of the generating set and its quotation, and obtains the declaration plan after the simulation, which is the power Transactions provide guidance. The user inputs estimated data in the simulation platform, including line impedance, maximum capacity of the line, node load and load price, and unit power generation and unit price, and the simulation platform calculates based on the input estimated data.
[0039] S2: Verify whether the input estimated data satisfies the physical characteristics of the power grid through the power flow calculation micro-service.
[0040] The power flo...
no. 2 example
[0055] This embodiment provides a power transaction simulation device based on microservices, which executes the power transaction simulation method provided in the first embodiment, see image 3 ,include:
[0056] The obtaining module 10 is used to obtain input estimated data, the estimated data includes line impedance, maximum capacity of the line, load capacity and load price of nodes, and generating capacity and unit price of the unit;
[0057] The verification module 20 is used to call the power flow calculation micro-service to verify whether the input estimated data satisfies the physical characteristics of the power grid;
[0058] The processing module 30 is used to call the power trading microservice to plan the estimated data when the input estimated data satisfies the physical characteristics of the power grid, and to obtain the report when the power purchase fee of the user in the grid is the smallest under the constraints of the grid Program.
[0059] Optionally...
no. 3 example
[0061] This embodiment also provides a power trading simulation system based on microservices, see Figure 4 , including power flow calculation microservice 100, power trading microservice 200 and simulation platform 300;
[0062] Wherein, the power flow calculation micro-service 100 is used for: checking whether the input estimated data satisfies the physical characteristics of the power grid;
[0063] The power transaction micro-service 200 is used to: plan the estimated data when the input estimated data meets the physical characteristics of the grid, and obtain the declaration plan when the power purchase cost of the user in the grid is the smallest under the constraints of the grid;
[0064] The simulation platform 300 is used for: managing and running power flow calculation microservices and power transaction microservices.
[0065] Optionally, the power flow calculation micro-service 100 is also used to: after obtaining the declaration plan for the minimum power purcha...
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