Blog

A CT meter helps solve space constraints in existing switchboards by enabling flexible retrofit metering without major board modifications. Learn how SATEC supports this.

Learn how CT meter accuracy works by understanding ratio, class and burden. See why choosing the right metering solution matters for reliable energy data.

Learn how flux gate current sensors improve DC energy metering accuracy and see how SATEC meters and Expertpower help turn detailed electrical data into practical insight.

Neutral current monitoring helps commercial buildings detect unbalance and harmonics early, reduce overheating risk and improve power quality with data driven decisions.

Current transformer metering makes retrofit energy monitoring possible when switchboards are tight on space and access. Learn how CTs reduce disruption and improve visibility.

Energy measurement in retrofit projects can be tricky when switchboards are cramped. Learn practical ways to add meters, ensure accuracy and future-proof sites.

Hall Effect Sensors enable accurate, isolated DC current measurement for EV charging, batteries and solar. Learn how they work in DC meters and what to consider when choosing a solution.

Learn how energy metering for distribution transformers reduces losses, improves reliability, and enables smarter planning.

Complete guide to IEC 61869 compliant high accuracy current transformers for electrical metering. Learn about accuracy class CTs, LPCT technology and Australian industry compliance requirements.

SATEC’s range of current transformers, referred to as High Accuracy Current Sensors (HACS), are designed for flexibility for new and retrofit applications for energy metering.