Electrification

Electrification is the transition from fossil fuel–based or mechanical energy systems to electrically powered systems, supported by modern electrical infrastructure.

This transition relies on power infrastructure such as transformers, substation and switchgear, which form the backbone of electrified networks by transforming and distributing power at appropriate voltage levels. As electrification increases demand from electric vehicles, industrial processes, and mining equipment, infrastructure must be upgraded or added to handle higher loads and ensure safe, reliable power delivery.

While there is a wide range of electrical infrastructure needed when enabling electrification, some key systems include

• Battery Energy Storage Systems (BESS) that enable electrification by storing energy for peak demand, backup power, and renewable integration. They improve reliability, reduce reliance on diesel generation, and support grid stability for both connected and remote applications.
• Power Conversion Systems (PCS) provide the control and interface between the grid, BESS, and loads, converting AC and DC power while maintaining voltage and power quality.

Together, all of these systems make electrification reliable, scalable, and capable of supporting a low-emissions energy future.