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This paper deals with the design, analysis, modeling and control of Fuel Cell based Distributed Generation System. This includes the modeling of Proton Electrolyte Membrane Fuel Cell and the Power Conditioning Unit interfacing the Fuel Cell to the Utility Grid with proper power flow control. The output of the Fuel Cell Stack is connected to the DC side of the Voltage Source Inverter for interfacing...
Cascaded multilevel inverters appear as a promising solution in the development of AC power supplies for renewable energy sources, particularly those with DC output. This paper addresses the development of a distributed generation system consisting of a multilevel inverter supplied by fuel cells and controlled by fuzzy logic. The proposed system operates in grid-connected as well as in stand alone...
With the development of the electricity market and the attention paid to energy problem, the mode by which power grid combines with distributed generation is in good graces. In this paper the performance after the connection of fuel cell generation system with traditional substation is simulated and analyzed. On the basis of power generation principle of fuel cell and its detailed mathematical model,...
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