Development of an optimization design tool for the multi-utility complex

  • Kim, Jae Min, (Principal Investigator)
  • Lee, Ji Young, (Researcher)
  • Hong, Jun, (Researcher)
  • Johnstone, Cameron (Principal Investigator)

Project: Research

Description

The purpose of the project is to develop demand/supply model and analysis models for the optimization design tool for the low carbon utility complex of new city.

Scope of Work
The project comprises the following tasks:
• Making energy supply models for renewable(RE) technologies(e.g. PV, solar collector, wind turbine), Combined Heat & Power (CHP), heat pump, thermal storage, absorption chillers, waste-to-energy models;
• Making analysis models including demand/supply matching, demand-side control;
• Developing models of optimization for MUC combinations on the basis of capacity and CO2 emission;
• Developing analysis model for economic feasibility of MUC components on the basis of total cost(capital, fuel, maintenance) verses CO2 emission;
StatusNot started

Keywords

  • Renewable energy
  • Utility complex
  • city
  • optimal design
  • multi-objective analysis
  • software