Modeling Energy Consumption in the Production Processes of Industrial Units Based on Load Response Programs in the Energy Market

The optimal operation of microgrids is great significance for the sake efficient and economical management its energy resources. microgrid system should plan to operate while simultaneously considering electric thermal load. present study proposes minimize costs operating an industrial microgrid. In fact, planning supply among critical issues that distribution companies deal with daily in competitive environment. A company usually meets customer (end customer) demands by purchasing from a wholesale market. Given load curtailment, have more choices interactions Distribution face two uncertainties changes price fluctuations their which could lead risk loss resulting company’s decision-making planning. Thus, these challenge maximizing profit risk-based Therefore, presents model consumption production processes aluminum cement units. presented was then used day-ahead containing Since studied subject has many limitations, it would be difficult solve using mathematical methods. To resolve this issue then, introduces newly developed algorithm inspired bee colonies. proposed method seeks significantly improve local global search capabilities. addition confirming validity model, results indicate implementation load-response programs cooperation units ancillary services market can increase profits as well correct demand curve. According obtained first second test cases, total unit $188,103 $237,805, respectively. Similarly, $104,350 $233,195.3, From results, observed final increased 61%.