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In this paper, two control strategies involving "continuous" and "ON/OFF" operation of the diesel generator in the battery-integrated hybrid system are developed, implemented and compared. The main purpose of these modeled controlled strategies is to minimize the diesel generator operation cost in standalone electricity generation processes. The simulations have been performed...
Theobjectiveof this paper is to develop an optimally-sized microgrid system composed of wind turbine, diesel generator and hydrogen-based energy storage system for a remote community. The goal is to meet the instantaneous demand, while minimizing the cost of electricity and adverse impacts of burning fossil fuels on the environment. The wind turbine is the main source of energy. The electrolyser is...
This paper demonstrates that the incorporation of optimally-rated energy storage units and renewable generators into a remote microgrid, in conjunction with an optimal dispatching strategy, can result in substantial reduction in the microgrid lifetime cost and emission. The application of such a microgrid can be in the electrification of off-grid remote communities which, typically, heavily depend...
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