Development of high temperature sensible/thermochemical heat storage system for high efficiency solar thermal power generation

为了从海外购买一些重要的零部件，由于新城疫的流行，出现了一些延误。然而，利用验证后的模型，设计和建造了一个优化的接收器-电抗器。研制了铁锰摩尔比为2：1的铁锰氧化物作为高温热化学蓄热材料。用X射线衍射仪(X射线衍射仪)和热重分析仪(TGA)对样品进行了分析。合成的材料在氮气气氛下进行了热还原，并研究了还原动力学。

In order to buy some essential components from overseas, some delays happened due to COVID pandemic. However, Using the validated model, an optimized receiver-reactor has been designed and constructed. Iron-manganese oxide with the Fe/Mn molar ratio of 2:1 has been developed as a heat storage material for high temperature thermochemical storage. X-ray diffraction (XRD) and thermogravimetric (TGA) analyses were conducted. The synthesized materials have been thermally reduced under a nitrogen atmosphere, and the reduction kinetics have been investigated.