High-precision current transformers have been introduced, enhancing the accuracy of power monitoring.

Recently, a certain electrical technology company successfully developed a new high-precision current transformer. This product employs advanced magnetic modulation technology and digital signal processing algorithms, with measurement errors controlled within ±0.1%, representing a threefold improvement in accuracy compared to conventional current transformers.

Recently, an electrical technology company successfully developed a new high-precision current transformer. This product employs advanced magnetic modulation technology and digital signal processing algorithms, enabling measurement errors to be controlled within ±0.1%, representing a threefold improvement in accuracy compared to conventional current transformers. It features wideband frequency response, allowing it to precisely capture harmonic components in power systems and providing reliable data support for the safe and stable operation of the power grid. The product is currently undergoing pilot applications at several smart substations.

Electrical companies join hands with universities to jointly research new energy storage technologies.

Ultra-high-voltage transmission technology has achieved a major breakthrough, facilitating cross-regional energy allocation.

Electrical companies join hands with universities to jointly research new energy storage technologies.

Ultra-high-voltage transmission technology has achieved a major breakthrough, facilitating cross-regional energy allocation.