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... Conversion of RE Surplus Power HOKKAIDO energy system in future designed in EnergyPLAN and shown in Fig. 6. In Fig. 6, HOKKAIDO future energy system includes 57% PP and CHP, 24% RE and 20% nuclear power for electricity. For heat demand, by increasing CHP generation for electricity, CHP share 62% of heat and fuel boiler share 37% of total heat demand. In Fig. 6, PP amount is the sum of nuclear, thermal and hydro power plants. Also, we designed ...
Context 2
... of RE Surplus Power HOKKAIDO energy system in future designed in EnergyPLAN and shown in Fig. 6. In Fig. 6, HOKKAIDO future energy system includes 57% PP and CHP, 24% RE and 20% nuclear power for electricity. For heat demand, by increasing CHP generation for electricity, CHP share 62% of heat and fuel boiler share 37% of total heat demand. In Fig. 6, PP amount is the sum of nuclear, thermal and hydro power plants. Also, we designed 50GWh/14days heat storage for balancing heat and electricity in the future energy system. In addition, EnergyPLAN for balancing electricity demand and optimization of energy system as an environmental factor, by increasing the amount of RE, thermal ...
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