Steady-state operation strategy for wind and light contained diesel storage isolated microgrid
A technology of wind, diesel and diesel storage and steady-state operation, applied in the field of smart microgrid, can solve the problems of lack of consideration of microgrid stability and reliability, failure to fully consider the actual operation of energy storage equipment, lubrication and "buffering" functions, etc.
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[0069] Example: Analysis of the operation strategy of an isolated island microgrid
[0070] The island is far away from the mainland, and its power grid is an isolated micro-grid that is "completely electrically isolated" from the main power grid. Power systems such as wind turbines, photovoltaics, energy storage and diesel generators have been built on the island, and power forecasting and load monitoring of wind power and photovoltaic power generation have been built. prediction system. Select a certain period of time (1 hour) for power supply, power grid and load conditions to analyze the operation strategy, and select the operation mode once every 15 minutes, SOC min 、SOC mid and SOC max The values are 0.3, 0.6 and 0.9 respectively. The initial operation mode of the microgrid is mode 3, the initial SOC is 0.7, the diesel generator is used as the main power supply, and the energy storage is in the discharge state. figure 2 is the operating mode and its switching timi...
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