Power in the continuity plan
Business continuity is about keeping critical operations running through any disruption. Power is foundational — without it, IT, communications, safety systems and production all stop. A continuity plan should identify which loads are critical, how long they must stay up, and how power will be restored, with standby power (UPS and/or generator) sized to meet those targets.
Assess the risk
Start with a risk assessment: how often does your site lose power, for how long, and what does each outage cost? A 30-minute outage in a data centre or call centre can cost thousands; in healthcare it can be life-critical. Map each critical load to a required runtime and redundancy level, then specify standby power to match. Do not forget the less obvious loads — security, lighting, lifts and building management.
Build resilience in layers
A robust design layers protection: a UPS for instant, clean, short-term backup; a generator for extended outages; and redundancy (N+1 or 2N) so a single failure does not bring the system down. Voltage conditioning and monitoring complete the picture. Each layer covers a different failure mode and duration.
Test, don't assume
A continuity plan that is never tested is a hope, not a plan. Regular battery testing, load-bank tests and failover drills prove the system works and catch degradation before it matters. Our maintenance contracts include scheduled testing and guaranteed response to keep your continuity commitments.
Frequently asked questions
What is business continuity planning for power?
It is the process of identifying critical loads, defining how long they must stay up, and specifying standby power (UPS, generator, redundancy) and testing to meet those targets.
Do I need a UPS and a generator?
For extended outages, yes. The UPS covers the instant gap and short outages; the generator sustains the load for hours. They are designed to work together.
How often should I test my standby power?
At least annually with a full load-bank test, plus regular battery testing as part of a maintenance contract.
What is the first step in power continuity planning?
A risk assessment: identify critical loads, outage frequency and duration at your site, and the cost of downtime for each.