Strategy on Energy Capacity Control

Miao Sheng Chen; Yung Tse Tsai

doi:10.4028/www.scientific.net/AMR.512-515.1227

Paper Titles

Recovery, Utilization and Research of Waste Heat from the Blast Furnace Water Granulated Slag
p.1205

Research on the Energy Saving Property of Gas Cooker Absorbing Residual Heat through Porous Media
p.1212

Selection of Working Fluids for Low-Temperature Waste Heat Recovery Using Organic Rankine Cycle
p.1217

Small Hydropower Risk Consequence Evaluation under Drought Conditions
p.1223

Strategy on Energy Capacity Control
p.1227

Study on Technology of Blast Furnace Energy Saving and Consumption Reduction
p.1231

The Design Analysis of Cold Storage Refrigeration System Heat Recovery Coupled Solar Auxiliary Heated Drying Device
p.1235

The Energy-Saving and Noise Reduction of Fan Equipped in Evaporative Condenser in Refrigeration System
p.1241

The Genetic Algorithm Based Internal Layout Design for Distribution Center
p.1247

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 512-515Strategy on Energy Capacity Control

Strategy on Energy Capacity Control

Abstract:

In the past, energy authorities attempted to prevent potential entrants from participating in the energy market. This study posits that this two-stage game theory is insufficient to describe the modern-day situation. Ware (1984) modified the Dixit (1980) model to develop a three-stage game structure. We use this mathematical model to analyze the optimal cost of an energy authority and the strategy of excess capacity.