Benefit
Enhanced Quality
Application algorithm for general motors
Saving materials
Disturbance-free synchronous transfer technology
Enhanced Quality
Transformer secondary protection technology
Application algorithm for general motors
Based on stator flux-linkage closed-loop control algorithm to achieve high-performance operation while eliminating dependence on motor rotor parameters. With rapid dynamic response, it supports both energy-saving applications in wind turbines and pumps, as well as conveyors and compressors. The closed-loop control algorithm prevents parameters from being affected after long-term operation, ensuring stable operation.
Disturbance-free synchronous transfer technology
Disturbance-free synchronous transfer technology enables seamless bidirectional switching (grid-to-VFD/VFD-to-grid) with cost saving more than 10% and low impact on the grid during grid-to-VFD/VFD-to-grid switchover.
Transformer secondary protection technology
Hiconics Transformer Secondary Protection Technology
As a critical component in the AC drive, transformers now integrate our proprietary secondary-side protection technology to prevent fire accidents and equipment damaged caused by short circuit in the secondary side of the transformer, ensuring property integrity and minimizing the fault range.
As a critical component in the AC drive, transformers now integrate our proprietary secondary-side protection technology to prevent fire accidents and equipment damaged caused by short circuit in the secondary side of the transformer, ensuring property integrity and minimizing the fault range.
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