Energy Management Optimizing in Energy HUB with Regard to Pollution and Storage Effects

The paper have discussed about energy hub optimization problem as a super nude in electrical system in the presence of a storage unit. The paper purpose reduce total cost of system and pollution cost simultaneously. Integrated energy systems (HUB) is a multi-generation system where multiple energy carriers input to the hub are converted, stored and distributed in order to satisfy electrical and heat energy demands. As well as, the paper were able to get limit of equipment to unpredictable extra cost not logged to system (discuss affect cost of system). This paper is developed a hybrid approach for integrated energy system, ambient temperature and effects of pollution. Therefore, saw pollution as output cost energy hub. In fact, pollution considered as negative yields. As well as, the paper presented optimal scheduling by use charging and discharging equations mechanism (effect of storage) reduced by both pollution, generation cost and total cost simultaneously as objective function in 24 hours. Numerical results approved through DICOPT of GAMS software.

Energy Storage, Multi Carrier Energy Systems (Hub), Optimizing Energy, Pollution Effects