Blog

BESS projects succeed or fail on measurement. Use this DC metering checklist to improve accuracy, integration, commissioning and performance reporting with confidence.

Revenue-grade DC metering is vital for BESS, EV charging and High Voltage DC – supporting safer operation, accurate settlement and better control.

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 the key differences between AC and DC power, where each is used and how modern metering helps you manage both in today’s renewable-rich energy systems.

Understand DC shunt AS 62052-11, IEC 62053-41 and AS 62052-31 requirements and how they impact accurate, safe DC energy metering.

Discover how high-precision fluxgate current sensors enable revenue-grade DC metering for Australian solar farms and battery storage systems. Meet standards with accuracy for grid compliance and performance monitoring.

Discover how fluxgate technology enables accuracy in DC electricity metering for solar, storage & EV infrastructure across Australian utility networks.

Discover differences between AC and DC energy meters in circuit design, measurement principles and industry applications across Australian renewable energy, data centres and industrial sectors.

A guide to IEC 62053-41 DC static watt-hour meter accuracy testing protocols, applications in EV charging and compliance requirements for Australian markets.

As Australia emerges as a global leader in renewable energy adoption, the need for precise DC energy meter solutions has become increasingly vital for the optimisation of solar battery storage systems and microgrids.