抄録
This paper provides the study including multi-regional modeling of energy systems of Japan for optimization to find solutions for both climate change issue and financial incentives. For that, the modeling with OSeMOSYS and its interface MoManI, OSS-based applications, and open data of electric power supply and demand are provided, which allows to share results and solutions beyond companies. In the study, parameters to define rate of ramp-up/down of electric power production by technology, constraints to set upper limit thereof, parameters to define lower limit of production by technology and constraints to limit electric power production thereunder are additionally implemented in the model of Japan to fit actual power-grid trend.
This paper also provides multi-regional modeling of energy systems of Japan including additional model feature to define energy trading among regions. By setting these parameters on MoManI to represent characteristics calculated from past actual power supply data, the output of cost-minimizing optimization shows similar trend to actual one.
This result shows that it is possible to build a multi-regional model of energy systems of Japan using OSeMOSYS and MoManI, which are basically European-oriented tool.
