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In-Depth Analysis of Useful Waste Heat Recovery and Performance of Level 3/3N Systems

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In-Depth Analysis of Useful Waste Heat Recovery and Performance of Level 3/3N Systems ( in-depth-analysis-useful-waste-heat-recovery-and-performance )

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CPUC Self-Generation Incentive Program – Thermal Analysis Report program in terms of number of applicants as well as capacity, and some of the more common suppliers of the technology. Fuel Cells Typical Configuration and Operating Characteristics Fuel cells hold great promise of delivering high electrical conversion efficiencies with little or no emissions. This is achieved by combining two gases, such as hydrogen and oxygen, which undergo an electrochemical reaction producing electricity, heat, and water. Oxygen is readily available in the atmosphere and hydrogen is typically obtained by reforming natural gas or methane. Heat is typically recovered via a heat exchanger and generally used for process heating at the site where the fuel cell is installed. Table 1-4 is a summary of typical operating characteristics, efficiencies, and capacities of various types of fuel cells. Table 1-4: Typical Fuel Cell Characteristics Source: fuelcellsworks.com Numbers and Installed/Operating Capacities As of the end of 2005, there were 14 active fuel cell applications in the SGIP, two Level 1 fuel cells using renewable fuel, and 12 Level 2 fuel cells using nonrenewable fuel. Table 1-5 provides a breakdown of the status of these applicants. As the table shows, both renewable- fueled projects are completed. Per program guidelines, renewable-fueled projects are not subject to heat recovery requirements and, therefore, are not metered for heat recovery. Introduction 1-5

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In-Depth Analysis of Useful Waste Heat Recovery and Performance of Level 3/3N Systems

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