英国可再生能源的发展:生物质未实现的潜力

D. Borrie, G. Reid, C. S. Ozveren
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摘要

人们谨慎地认为,气候变化正在发生,其中一个原因可能是化石燃料燃烧释放的温室气体。化石燃料发电造成了这些排放,大多数西方政府现在认识到,它们的减排是实现国际排放目标的最大希望。这将不可避免地导致发电厂关闭,造成发电能力不足,除非开发替代能源。可再生能源通常被认为是部分解决方案,既环保又没有与核能相关的安全问题。利用生物质发电和供热是一种积极的环境选择,在大多数情况下可以被认为是有效的碳中和。这项技术是成熟的,并且没有其他可再生能源所特有的间歇性问题。然而,其在英国(UK)的成功发展仍然面临相当大的挑战。它们存在于三个主要领域;燃料供应、市场和市场激励以及监管。北欧国家已经克服了这些问题,生物质能至少部分解决英国预计的能力差距也不是不合理的。本文考虑了迄今为止可再生能源的发展,特别是生物质在其与发展中的电力交易市场、激励机制和相关的物理电力系统相互作用的背景下。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Development of Renewables within the United Kingdom: Biomass Unrealised Potential
There exists guarded agreement that climate change is happening and that one cause may be the generation of greenhouse gasses released by the burning fossil fuels. Fossil-fuel fired electricity generation contributes to these emissions, and most western governments now recognise that their reduction offers the best hope of meeting international emission targets. Inevitably this will lead to closure of generating plant leaving a capacity shortfall unless alternative energy sources are developed. Renewables are commonly proposed as a partial solution, being both environmentally neutral and free from the safety concerns relating associated with nuclear energy. Electrical and thermal generation using biomass represents a positive environmental choice that can in most cases be considered effectively carbon neutral. This technology is mature, and does not suffer from problems of intermittency that characterise other renewables. However, considerable challenges remain for its successful development in the United Kingdom (UK). These exist in three principal domains; fuel supply, markets and market incentivisation, and regulation. These issues have already been overcome in the Nordic states, and it is not unreasonable that biomass could at least partially address the projected capacity gap in the UK. This paper considers the development of renewables to date, and in particular biomass in the context of its interaction with the developing electricity trading markets, incentivisation mechanisms and associated physical electrical system.
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