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The impact of the GB Feed-in Tariffs and Renewable Heat Incentive to the Economics of Various Microgeneration Technologies at the Street Level

机译:GB饲料关税的影响和可再生热量激励街道水平各种微电偶技术的经济性

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摘要

England, Scotland and Wales planning regulations require zero carbon homes by 2016. This can be expected to accelerate the uptake of microgeneration technologies. To incentivise small low-carbon generators the UK Department of Energy and Climate Change (DECC) proposed two new systems: the Feed-in Tariffs (FIT) and the Renewable Heat Incentive (RHI). This paper investigates the impact of these two systems on the carbon performance and the economics of various microgeneration technologies under two scenarios: (a) at the single dwelling level and (b) a local microgrid at the street level. The economic implications of combining a number of houses to form a local microgrid are assessed and expressed in terms of percentage of capital investment outstanding. The paper concludes that the current structure of the FIT and RHI does not incentivise microgeneration technologies according to their carbon performance and does not favour street-level schemes such as the one investigated in this paper. However it is sufficient to drive the market forward.
机译:英格兰,苏格兰和威尔士的规划法规要求到2016年实现零碳住宅。这有望加速微发电技术的采用。为了激励小型低碳发电机,英国能源与气候变化部(DECC)提出了两个新系统:上网电价(FIT)和可再生热激励(RHI)。本文在以下两种情况下研究了这两种系统对碳性能和各种微发电技术的经济性的影响:(a)单户住宅;(b)街道微电网。评估并结合大量房屋形成当地的微电网对经济的影响,并以未偿资本投资的百分比表示。本文得出的结论是,FIT和RHI的当前结构并未根据微碳技术的碳性能来激励它们,也不赞成像本文研究的那样的街头计划。但是,足以推动市场前进。

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