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Field Testing of Manufacturable Advanced Low-Cost Receiver for Parabolic Trough Solar Power

机译:可抛物槽式太阳能可制造先进低成本接收器的现场测试

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Current parabolic trough receiver tubes are evacuated and operate at temperatures below 400°C. Manufacturing and maintaining evacuated tube receivers over an expected 30-year lifetime is costly, and complex. In addition, their temperature limitations affect plant cycle efficiency. In this project a novel low cost non-evacuated and thermally insulated receiver tube is field tested for thermal capacitance and optical efficiency. Three measurements of temperature were takine for the thermal capacitance test resulting in a heat loss of 0.6kW at 10oC and 1.2kW at 20°C. Ten optical efficiency tests were performed, and the mean was found to be 78.3% with a standard deviation of 1.37%.
机译:当前的抛物线槽接收管已被抽空并在低于400°C的温度下运行。在预期的30年使用寿命内制造和维护真空管接收器既昂贵又复杂。此外,它们的温度限制会影响工厂的循环效率。在该项目中,对新型低成本,非真空且隔热的接收管进行了热容量和光效率的现场测试。对于热电容测试,三项温度测量为takine,导致10oC时0.6kW的热损失和20°C下1.2kW的热损失。进行了十次光学效率测试,发现平均值为78.3%,标准偏差为1.37%。

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