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Performance of an AIr-Based Solar Thermal System After Twenty Years of Opertion

机译:运行二十年后,基于AIr的太阳能热系统的性能

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Investigations of a 20 year old air-based solar installation were made to quantify the degradation of system components as well as operation of the system as a whole. The current solar fractio nfo the system is extremely low at 13 percent. Experiments show a marked degradation in both the transmittance-absorbance product and the loss coefficient of hte collector array. The pebbel beds were also subject to high losses through the building foundation as well as non-uniform flow caused by an obstruction in the upper plenum. The effects of these degradations would lower the solar fraction from an optimum of 44 to 32 percent. The low value for the current performance is attributed to poor sensor placement and the control strategy.
机译:对20年之久的基于空气的太阳能装置进行了调查,以量化系统组件的退化以及整个系统的运行情况。该系统当前的太阳分光率非常低,仅为13%。实验表明,透射-吸光率乘积和热收集器阵列的损耗系数均明显降低。百宝床还受到建筑物基础的巨大损失,以及由于上气室阻塞而造成的流量不均匀。这些退化的影响将使太阳能分数从最佳的44%降低到32%。当前性能的低值归因于不良的传感器放置和控制策略。

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