Future Development of AC Load Bank

AC Load Bank
 

First is intelligence and digitalization. Relying on the Internet of Things and cloud computing technologies, the new generation of AC load bank can realize remote parameter regulation, multi-device coordinated operation and accurate load curve simulation. Meanwhile, they can complete equipment health status early warning through big data analysis, greatly improving detection efficiency and operation and maintenance levels. Second is high efficiency and energy conservation. Traditional resistive load bank have high energy consumption. In the future, energy feedback loads with power electronic devices as the core will become mainstream, which can convert the electric energy consumed during testing into grid-available electric energy to realize energy recycling. Third is modularization and customization. Faced with diverse application scenarios such as distributed power generation and microgrids, AC load bank will adopt modular design to support flexible power expansion. At the same time, they can customize load types according to the testing needs of different equipment, with stronger adaptability.

In addition, driven by the "dual carbon" goals, AC load bank will also evolve towards high power density and wide voltage adaptation range, providing more reliable technical support for the construction of new energy industry and smart grids.