tailieunhanh - Thermodynamic exergy analysis for small modular reactor in nuclear hybrid energy system

The paper will present background information on exergy theory; identify the core subsystems in an SMR plant coupled with storage systems in support of renewable energy and hydrogen production; perform a thermodynamic exergy analysis; determine the cost allocation among these subsystems; and calculate unit exergetic costs, unit exergoeconomic costs, and first and second law efficiencies. | Thermodynamic exergy analysis for small modular reactor in nuclear hybrid energy system EPJ Nuclear Sci. Technol. 2 23 2016 Nuclear Sciences L. Boldon et al. published by EDP Sciences 2016 amp Technologies DOI epjn 2016011 Available online at http REGULAR ARTICLE Thermodynamic exergy analysis for small modular reactor in nuclear hybrid energy system Lauren Boldon1 Piyush Sabharwall1 2 Cristian Rabiti2 Shannon M. Bragg-Sitton2 and Li Liu1 1 Rensselaer Polytechnic Institute 110 8th Street JEC 5046 Troy NY 12180 USA 2 Idaho National Laboratory PO Box 1625 Idaho Falls ID 8341 USA Received 5 May 2015 Accepted 10 February 2016 Published online 27 April 2016 Abstract. Small modular reactors SMRs provide a unique opportunity for future nuclear development with reduced financial risks allowing the United States to meet growing energy demands through safe reliable clean air electricity generation while reducing greenhouse gas emissions and the reliance on unstable fossil fuel prices. A nuclear power plant is comprised of several complex subsystems which utilize materials from other subsystems and their surroundings. The economic utility of resources or thermoeconomics is extremely difficult to analyze particularly when trying to optimize resources and costs among individual subsystems and determine prices for products. Economics and thermodynamics cannot provide this information individually. Thermoeconomics however provides a method of coupling the quality of energy available based on exergy and the value of this available energy exergetic costs . For an SMR exergy analysis both the physical and economic environments must be considered. The physical environment incorporates the energy raw materials and reference environment where the reference environment refers to natural resources available without limit and without cost such as air input to a boiler. The economic environment includes market influences and prices in addition to installation operation

• Năng lượng
• Background information on exergy theory
• Thermodynamic exergy analysis
• Support of renewable energy
• Renewable energy and hydrogen production
• Unit exergetic costs