Provide a decision-making tool to suggest an introductory planning of distributed generation system including cogeneration system (CGS) and photovoltaic generator (PV) for the customers who want to enhance the effectiveness of BPC of their buildings.
Propose a novel scheme to check whether amount of subsidy is appropriate or not for the government administrator.
プロジェクトの概要
Business continuity planning (BCP) is one of the important risk management strategies to enhance resilience of business operations and local communities in the case of disaster. In this research, we focus on introducing distributed generation equipment as a system for enhancing the effectiveness of BCP from the viewpoint of energy supply, including electricity and heat. Our research aims to (1) develop a suggestion scheme to optimize planning for energy system configuration including distributed generation equipment and cogeneration (CGS), (2) improve an economical index to judge whether a customer, who is interested in installing BCP equipment, should introduce distributed generation equipment considering the disaster risks, and (3) suggest an evaluation scheme for an appropriate amount of the governmental subsidy for the introduction of distributed generation equipment based on BCP. Introductory planning of the distributed generation equipment for a target building will be optimized by modeling the energy generation equipment and the disaster risks, then the whole energy demand-supply will be analyzed via mixed integer linear programming. A “disaster-risk-weighted damage inequality” as a decision scheme for installing a CGS will be improved from the viewpoint of practical use. Finally, Net Present Value of the energy system will be calculated to evaluate the governmental installing subsidy, thus contributing to the development of a resilient energy infrastructure with a reasonable, appropriate, and quantitative introductory planning and subsidy system.