Integrated Capacity Planning for Electricity Generation: A Fuzzy Environmental Policy Analysis Approach

Abstract

This study proposes an integrated model for capacity planning in electricity generation. It utilizes a multiple-criteria linear programming to incorporate cost and environmental objectives into the planning. To treat the uncertainties embedded in definition of model parameters, the concept of decision-maker degree of optimism will be used. Optimization of the model provides different planning scenarios. To determine the best compromise plan, a post-optimization assessment based on fuzzy set theory concepts is developed. The proposed methodology is employed for a medium-term capacity planning in Canada's electricity generation sector. The results approve a major capacity growth for natural gas facilities accompanied by retirement of most coal-burning facilities.

Keywords:

• capacity planning
• electricity generation
• energy intensity
• fuzzy sets theory
• greenhouse gas emissions
• multi-criteria decision-making

View correction statement:

Corrigendum