Micro-grid planning and capacity allocation method based on multi-objective optimization
A multi-objective optimization and capacity allocation technology, applied in the field of microgrid planning and capacity allocation, can solve problems such as difficult engineering practice, calculation results that are not the optimal solution, and capacity acceptance of distributed power sources are not considered.
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[0092] The flow chart of microgrid planning and capacity allocation based on multi-objective optimization is as follows: figure 1 shown. It mainly includes the steps of setting the operation mode of the microgrid, basic data input, basic data preprocessing, distributed power supply and energy storage system optimization, optimization results, economic and technical comparison of schemes, and final satisfactory scheme.
[0093] The following will introduce in detail figure 1 The flow of microgrid planning and capacity configuration is shown.
[0094] Step 1: Set the operation mode of the microgrid: the operation mode of the microgrid is divided into two categories: independent microgrid and grid-connected microgrid.
[0095] Step 2: Basic data input: Basic data input includes seven parts: system conditions, electricity price parameters, load parameters, photovoltaic parameters, wind power parameters, storage battery parameters, and other parameters. The basic data input and t...
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