Insulation Diagnostic Analyzer

随着分布式发电加入电网，创造了一个具有成本效益的电力输送系统的竞争工作环境。因此，由于来自互连的可再生能源的电力电子器件的增加，系统组件上的热应力和电应力都发生了变化。此外，电子设备的小型化和电力设备的紧凑化对能量储存、包装和电气绝缘提出了新的要求和挑战。在这方面，功能化纳米材料因其具有较大的比表面积和体积比而逐渐引起人们的关注。因此，在新合成材料投入实际使用之前，诊断其绝缘强度并对其性能进行评估是非常重要的。

With distributed generation added to the grid, a competitive working environment with a cost effective power delivery system has been created. As a result, there are changes in both the thermal and electrical stresses on the system components due to increasingly added power electronic devices from interconnected renewable sources. Furthermore, the miniaturization of electronic devices and the compaction of electrical power equipment have created new requirements and challenges with respect to energy storage, packaging and electrical insulation. In this regard, functionalized nanomaterials have been gradually attracting more attention due to the large specific surface area to volume ratio of nanofillers. Hence, diagnosing the insulation strength of power components and evaluating the performance of newly synthesized materials before their acceptance for practical use are important.