HZZ00118-G

HZZ00118-G Application Field and Working Principle

HZZ00118-G is a high performance modularized power transfer switch. It plays an important role in the electricity market, combining frequency and load sharing, dynamically allocating power transfer capacities to optimize power transmission, and establishing a stable and reliable loop energy management system.

Application Field

HZZ00118-G is widely used in industrial fields and power grids. It can be used in applications such as renewable energy, micro grids, substations, power engineering, industrial kilns, electric drills, metallurgy, and petrochemicals. In any of these applications, it can perform various operations in order to ensure the safe transfer of power from one source to another. In addition, this switch also can be used for remote monitoring of power sources in order to ensure that they are running efficiently and safely.

Working Principle

HZZ00118-G adopt the most advanced asynchronous frequency conversion technology. It is based on frequency comparison and perfect phase synchronization to realize fast and accurate power transfer. Frequency and power can be adjusted automatically when the load changes, in order to achieve demand-side response and optimized power transfer.

The switch also adopts advanced digital filtering technology. Through the digital filter and corresponding control algorithm, the performance of active power quality optimization can be optimized, while the power transfer process is effectively minimized.What’s more, it also can improve the power transfer efficiency by detecting the current limit based on the voltage and current waveforms.

Conclusion

HZZ00118-G is a high performance modularized power transfer switch that plays an important role in the electricity market. It combines frequency and load sharing, dynamically allocating power transfer capacities to optimize power transmission, and establishing a stable and reliable loop energy management system. It can be widely used in industrial fields and power grids, helping to ensure the safe transfer of power from one source to another, as well as the efficient and safe running of the power sources.