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Distributed power generation technologies are decentralized energy systems that require a fuel that can lower costs, improve reliability, and reduce emissions. Propane is an efficient, portable, and clean fuel, ideally suited to serve the off-grid heating and power needs of consumers through distributed power generation.
Distributed power generation is a growing technology. High energy prices and power shortages caused by strain on the electrical grid are encouraging consumers to seek cost-effective alternative sources for heat and power. Distributed power generation increasingly serves as the main power source for many residences and commercial applications, which offers the propane industry the opportunity to expand propane's share in energy markets and balance off-season demand.
PERC's distributed power generation research focuses on the development, demonstration, and commercialization of propane technologies including:
- fuel cells
- generator sets
- microturbines
Fuel Cell
Fuel cell research involves the design and demonstration of propane-powered fuel cells for electrical power generation and heat recovery. Research focuses on desulfurization techniques, fuel processing, and other approaches that enable propane to power fuel cells.
Generator Set
Generator set research designs and demonstrates power generation systems comprising a combustion engine that drives an electrical generator. Focuses on technologies, such as combined heat and power (CHP), to serve as backup, prime, and hybrid power systems.
Microturbine
Microturbine research develops and demonstrates very small, propane-fueled turbines that generate electricity and explores fuel issues that affect microturbine performance.
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