Laboratory vanadium energy storage system Product specifications and features:1. This product is composed of "bolt assembled" single battery, pump pipeline, rich liquid tank (including electrolyte, aluminum alloy base, temperature control element (optional)) and other components. All parts are formed as a whole, the overall movement is convenient, and the electrolyte will not leak.

Containerized energy storage charging stack adopts pre-installed structure, highly integrated high-voltage switch, power supply transformer, distribution switch, reactive power compensation, active filter, multi-channel AC and DC charger, intelligent control system, metering, protection, communication, monitoring, etc. System modules and functions.

The smart solar energy storage system has become a "timely rain" to save the energy crisis. In terms of low-carbon technologies that are key to development, solar power, wind power generation and large-scale renewable energy storage and grid-connected technologies are also included. The implementation of the energy storage policy has greatly promoted the rapid development of the solar storage and charging market.

The energy storage system is a part of the object or space range delineated in order to determine the research object during the analysis of the energy storage process. It includes the input and output of energy and substances, energy conversion and storage equipment. Energy storage systems often involve multiple energies, multiple devices, multiple substances, and multiple processes. They are complex energy systems that change over time and require multiple indicators to describe their performance.

The vanadium battery management system can realize precise control, operation monitoring, abnormal alarm and other functions. The system control panel can perform intelligent touch screen operation to enter the system interface, which can intuitively perform charging and discharging, operate pump valves and observe related parameters, such as pressure, temperature, liquid level, voltage, current and electricity.

Dye-sensitized solar cells are mainly a new type of solar cells developed by imitating the principle of photosynthesis.

The main advantages of thin-film solar cells are: small mass, extremely thin thickness (several microns), bendable, and simple manufacturing process.