A summer cottage owner wants to produce all the electricity the summer cottage needs with a...

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A summer cottage owner wants to produce all the electricity the summer cottage needs with a solar panel. The owner plans to install a storage system so that the summer cottage is habitable all year round, using only the solar panel as the source of electricity. The solar panel would produce electricity mostly in the summer, and the electricity would be stored for later use in the winter. Your task is to design a storage system which is able to store the solar electricity output of one year. The nominal power of the panel is 1 kW, and the panel produces 1000 kWh during one year. The maximum power of the load is 5 kW. There are two options for the storage system: a) Li-ion battery b) Hydrogen-based storage system which includes an electrolyzer, a hydrogen storage (700 bar) and a fuel cell. Electrolyzer Battery H: 71 H: storage Fuel cell H: Load A summer cottage owner wants to produce all the electricity the summer cottage needs with a solar panel. The owner plans to install a storage system so that the summer cottage is habitable all year round, using only the solar panel as the source of electricity. The solar panel would produce electricity mostly in the summer, and the electricity would be stored for later use in the winter. Your task is to design a storage system which is able to store the solar electricity output of one year. The nominal power of the panel is 1 kW, and the panel produces 1000 kWh during one year. The maximum power of the load is 5 kW. There are two options for the storage system: a) Li-ion battery b) Hydrogen-based storage system which includes an electrolyzer, a hydrogen storage (700 bar) and a fuel cell. Electrolyzer Battery H: 71 H: storage Fuel cell H: Load

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