Electric power generation integrated systems

Verda and Nicolin (2010) consider a biogas-fueled power generation. The system is based on a molten cmbonate fuel cell (MCFC) stack integrated with a micro-gas torbine for electricity generation, coupled with a pressure sawing... 

While waiting for the next generation of superbatteries having both maximum power and energy density [20, 21], the integration of the optimum power and energy systems results in the most efficient, robust and cheapest solution for both hybrid and fully electric powertrains [22]. 

Based on the studies three pilot plants are proposed and analyzed for three oil platforms at Neft Dashlari. All plants are integrated system with three main components (1) a wind generator (8 m diameter wind turbines) to produce primary energy, (2) a standby diesel-electric set, to cover the lack of energy during calm periods, and (3) a storage battery bank to cover daily imbalances between power production and power load during the day. 

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