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The potential impacts of climate change on hydropower generation in Mid Wales

机译:气候变化对中威尔士水力发电的潜在影响

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Hydropower is a potential large source of electricity supply in Wales. The Upper River Severn in Mid Wales is a typical stream where a high head hydropower scheme could be developed and the river system at Plynlimon has some of the longest records for weather and flow in Wales. A micro-hydropower potential of 99 kw is demonstrated at Plynlimon and the potential impacts of climate change are simulated to assess the effects on flows and power outputs of such schemes under climate uncertainty. Based on UK Climate Projections 2009 (UKCP09) projections, the impacts of climate change are to significantly decrease both the stream flows and energy production during summer months but to increase flows and power production in the winter, with a net tendency to cancel out over the course of a full year. A methodology for assessing impacts of climate change on hydropower is established, which could be applied more widely to other potential hydropower sites such as lowland rivers or high base flow rivers in other parts of the UK. This will be useful for developers, water companies and environmental agencies to assess hydropower potential, economic viability and environmental impacts of micro-hydropower, under future climate change.
机译:水电是威尔士潜在的大型电力供应来源。威尔士中部的塞弗河上游是一条典型的河流,可以开发高水头水力发电计划,普林利蒙的河流系统在威尔士的天气和流量记录最长。普利尼蒙(Plynlimon)展示了99千瓦的微水电潜力,并模拟了气候变化的潜在影响,以评估在气候不确定性下此类计划对流量和电力输出的影响。根据《 2009年英国气候预测》(UKCP09)的预测,气候变化的影响是,夏季夏季流量和能源生产将显着减少,而冬季则要增加流量和电力生产,在此期间,气候变化的趋势是抵消一年的课程。建立了一种评估气候变化对水电影响的方法,该方法可以更广泛地应用于其他潜在的水力发电站,例如英国其他地区的低地河流或高基流河。这对于开发商,自来水公司和环境机构评估未来气候变化下的水电潜力,经济可行性和微型水电的环境影响将是有用的。

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