Power quality monitoringdeviceAs you can see, it is a rectangular chassis. Although its appearance is ordinary, the internal software and hardware are indeed quite complex. The chassis casing adopts a reinforced aluminum alloy unit with special characteristics, and the material is designed to resist strong vibration and interference. It is particularly suitable for harsh environments and can be installed and operated separately on the cabinet. Aluminum alloy is corrosion-resistant, and the surface of the aluminum alloy after anodizing treatment forms a transparent and hard oxide film.

Aluminum alloy itself is relatively lightweight, and chassis made of aluminum alloy has an advantage in handling and transportation.The power quality monitoring device adopts a whole panel form, which includes a LCD display, signal indicator, and operation keyboard. The left screen is the LCD display, the right button is the operation keyboard, and the signal indicator light is below the LCD display. The data on the panel is not a decoration, it changes based on the data collected by the device during the monitoring process, making it convenient for staff to record.

Online monitoring device for power qualityAdopting a high-speed and high-performance dual core processor, it integrates functions such as harmonic analysis, flicker measurement, power measurement, imbalance measurement and fault recording, event recording, etc., recording steady-state and transient data, and deeply exploring the causes of each event. Quickly collect and accurately analyze various power parameters, monitor and evaluate various indicators of power quality.

It integrates rich communication interfaces, utilizes flexible communication forms, and powerful backend software to form a power quality monitoring and management system.With the development of the energy internet, energy storage as a new industry has become an important part of the new energy field. Developing large-scale energy storage is an urgent need to address the large-scale integration of renewable energy, improve the efficiency and economy of conventional power systems and regional energy supply systems. It is currently the "forefront" of countries' key layout for the upcoming industrial revolution.

At present, electric energy storage technologies are divided into three categories: electrochemical energy storage, physical energy storage, and other energy storage methods. Among them, electrochemical energy storage has become a key area for research and innovation in the energy storage industry in various countries.