Fuzzy decision method for island micro-grid including wind-solar-diesel-battery and seawater desalination system
A technology of fuzzy decision-making, wind and diesel storage, applied in the direction of photovoltaic power generation, single-network parallel feeding arrangement, etc., can solve problems such as inefficient and reliable control means, reduced service life, and increased maintenance costs
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[0058] The power generation side energy configuration of an island microgrid is: a photovoltaic power generation system with a maximum power generation capacity of 350kW; the island is also equipped with two sets of wind power generation systems with a maximum power generation capacity of 200kW and 300kW; in addition, to ensure The power supply of the system on the island is safe. The island is equipped with a diesel generator set with a rated power of 150kW. In addition, the microgrid system is equipped with a 500kWh energy storage unit, and its total energy storage is 50% of the island's maximum total power generation. In the power-side load configuration, in addition to the daily production and living electricity load of the residents on the island, there are also 3 sets of seawater desalination systems, each with a rated power of 160kW and a water production capacity of 70 / h* sets. In order to reduce the daily power supply expenses on the island and reduce environmental and...
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