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首页> 外文期刊>Energy Conversion & Management >ECONOMIC-ENVIRONMENTAL CRITERIA FOR SANCTIONING THE SUBSTITUTION OF FOSSIL FUEL-FED ENERGY SYSTEMS BY RENEWABLE ENERGY SYSTEMS
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ECONOMIC-ENVIRONMENTAL CRITERIA FOR SANCTIONING THE SUBSTITUTION OF FOSSIL FUEL-FED ENERGY SYSTEMS BY RENEWABLE ENERGY SYSTEMS

机译:用可再生能源系统替代化石燃料能源系统的经济-环境标准

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摘要

In this paper, a thermoeconomic optimization and a cost-benefit balance to sanction the substitution of fossil fuel-fed energy systems (FFES) by systems directly maintained by renewable sources (RSES) is developed. Inside the thermodynamic frame (η,η_c) (W~max, 0), the multiparameter thermodynamic function φ= W~max(1-μ/η) determines the thermoeconomic optimization. The cost-benefit balance will sanction the substitution of FFES by RSES. To make this possible, the initial investment surplus, [NB_f - NB_r]_(t=0), in favour of RSES must be compensated in a reasonable period of time t with the savings of fuel and environmental damages accumulated during that period, in favour of FFES.
机译:在本文中,开发了一种热经济优化和成本效益平衡,以批准由可再生资源(RSES)直接维护的系统替代化石燃料供能系统(FFES)。在热力学框架(η,η_c)(W〜max,0)内,多参数热力学函数φ= W〜max(1-μ/η)确定了热经济性优化。成本效益平衡将批准用RSES代替FFES。为了使之成为可能,必须在合理的时间段t内,用节省的燃料和环境损害来补偿有利于RSES的初始投资盈余[NB_f-NB_r] _(t = 0)。赞成FFES。

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