Michael O'Connell, Author at DRAC

Remote Mine Site Power Enclosures

Workshop-built, fully tested enclosures designed for heat, dust and long service intervals on a remote mine site.

Standby power upgrade for a telecommunications exchange that has to stay online around the clock.

A compact, low-noise standby generator for a premium office tower on a tight inner-city site.

Backup generation that keeps a water treatment plant pumping and treating through grid outages.

New emergency generators, controls and fuel storage for a regional hospital, staged around live clinical services.

N+1 standby power for a new data centre hall, delivered as one integrated package.

Commissioning is where a standby power system proves it works. Here is what a thorough process should cover, and why it pays off.

Standby generators spend most of their life waiting. Regular maintenance is what makes sure they start and run when called on.

N, N+1 and 2N get used a lot in data centre design. Here is what they mean for standby generators and why they matter.

In a hospital, standby power supports life-critical services. Here is what to consider when planning a system for a healthcare facility.