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Gas boosted solar water heaters : Queensland case studies of installation practices in new homes

机译:燃气太阳能热水器:昆士兰州新房安装实践案例研究

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摘要

Because of the greenhouse gas emissions implications of the market dominating electric hot water systems, governments in Australia have implemented policies and programs to encourage the uptake of solar water heaters (SWHs) in the residential market as part of climate change adaptation and mitigation strategies. The cost-benefit analysis that usually accompanies all government policy and program design could be simplistically reduced to the ratio of expected greenhouse gas reductions of SWH to the cost of a SWH. The national Register of Solar Water Heaters specifies how many renewable energy certificates (RECs) are allocated to complying SWHs according to their expected performance, and hence greenhouse gas reductions, in different climates. Neither REC allocations nor rebates are tied to actual performance of systems.udThis paper examines the performance of instantaneous gas-boosted solar water heaters installed in new residences in a housing estate in south-east Queensland in the period 2007 – 2010. The evidence indicates systemic failures in installation practices, resulting in zero solar performance or dramatic underperformance (estimated average 43% solar contribution). The paper will detail the faults identified, and how these faults were eventually diagnosed and corrected. The impacts of these system failures on end-use consumers are discussed before concluding with a brief overview of areas where further research is required in order to more fully understand whole of supply chain implications.ud
机译:由于市场主导的电热水系统会产生温室气体排放,因此澳大利亚政府已实施政策和计划,以鼓励在住宅市场中采用太阳能热水器(SWH),作为气候变化适应和缓解策略的一部分。通常伴随所有政府政策和计划设计的成本效益分析可以简化为SWH的预期温室气体减排量与SWH成本之比。国家太阳能热水器登记册根据不同气候下的预期性能,从而减少了温室气体的排放,指定了多少可再生能源证书(REC)分配给符合条件的SWH。 REC的分配和折扣都与系统的实际性能无关。 ud本文研究了2007年至2010年期间在昆士兰州东南部某住宅区的新住宅中安装的瞬时气体增压太阳能热水器的性能。证据表明安装实践中的系统性故障,导致太阳能性能为零或性能严重下降(估算的平均太阳能贡献率为43%)。本文将详细介绍已识别的故障,以及如何最终诊断和纠正这些故障。在总结这些系统故障对最终用户的影响之前,先简要概述需要进一步研究的领域,以便更全面地理解整个供应链的含义。 ud

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