Why data centers need a critical power equipment contingency plan

Power equipment failures don't follow procurement timelines.

Every data center has redundancy plans for power systems.

Far fewer have a redundancy plan for the equipment itself.

When a transformer, switchgear lineup, breaker, or protective relay fails unexpectedly, operators often discover a difficult reality:

Replacement equipment may not be available when they need it.

The new risk landscape:

Today's data centers face:

• Extended OEM lead times
• Aging electrical infrastructure
• Increased power density from AI workloads
• Greater pressure to maintain uptime

As a result, the consequences of an equipment failure can be more severe than ever.

What a contingency plan should include

Forward-thinking operators are developing strategies that include:

• Identifying critical single points of failure
• Maintaining access to emergency replacement equipment
• Securing rapid repair and reconditioning options
• Establishing trusted supplier relationships before emergencies occur

Inventory is part of reliability:

Traditionally, reliability discussions focus on maintenance and redundancy.

Today, reliability must also include availability of replacement equipment.

If a critical component fails and the replacement is 12 months away, redundancy only goes so far.

How IPS helps:

IPS helps data center operators reduce contingency risk through:

1. 01In-stock transformers
2. 02In-stock switchgear
3. 03In-stock circuit breakers
4. 04Components and renewal parts
5. 05Repair and reconditioning capabilities
6. 06Asset storage and lifecycle management

Bottom line:

The best time to create a contingency plan is before you need one.

Having a strategy for critical power equipment can mean the difference between a manageable disruption and a major operational event.

Talk to IPS about developing a contingency strategy for your critical power infrastructure.

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