Calculating ROI of DCIM Monitoring for Distributed IT Sites

Overview

Value is grouped into three buckets: fewer and shorter downtime events, lower staffing and field-service cost for managing power and cooling devices, and avoided security or environmental incidents. Downtime impact is estimated from four variables: device failures, the share of failures causing IT downtime, average time to restore service (MTTR) and the cost of IT downtime. A cited industry study found 80% of data centres without DCIM reported a major outage versus roughly 29% of those with DCIM, and average outage length was 342 minutes without DCIM against 36 minutes with it, about a 90% reduction.

The staffing bucket covers central IT operations, distracted non-IT site staff and truck rolls. A typical US IT operations technician has a base salary of $58k-$89k, with benefits about 30% of compensation, giving about $100k total per full-time person. A truck roll costs around $1,000 per dispatch (TSIA). For security and environmental incidents the cited breach costs are $2.63M for a business of 500-1,000 employees and $4.35M for the global average data breach.

A companion calculator produces a 5-year NPV cash flow under a subscription model. Three scenarios with 100 power and cooling devices give ROIs of 10.2%, 66.3% and 176.1% over 5 years. The figures rest on cited studies and vendor inputs, and the wide spread from about 10% to over 170% shows how sensitive the result is to fleet age, staff share and incident value.

Key points

1. Three value buckets: fewer and shorter downtime events, staffing and field-service cost, avoided security/environmental incidents.
2. 80% of data centres without DCIM reported a major outage versus roughly 29% with DCIM.
3. Average outage length 342 minutes without DCIM, 36 minutes with; about a 90% reduction.
4. Downtime impact: device failures, share causing IT downtime, MTTR, cost of downtime.
5. Typical US IT operations technician: $58k-$89k base, benefits about 30%, about $100k per person.
6. Truck roll about $1,000 per dispatch (TSIA).
7. Cited breach costs: $2.63M for 500-1,000 employee business; $4.35M global average.
8. Three 100-device scenarios give 5-year ROI of 10.2%, 66.3% and 176.1%.

Using it in design

• For multi-site designs add a monitoring-coverage check: every UPS, cooling unit, rack PDU and environmental sensor needs a network management interface, otherwise warn unmonitored device.
• Provide an ROI estimator: failure rate x share to downtime x MTTR x $/min, staff share x $100k default, truck rolls x $1,000 default, with 5-year NPV at a user cost of capital.
• Keep defaults editable and labelled as vendor-cited.
• Include leak sensors in liquid-cooled and chilled-water design checklists, since unnoticed leaks are named as a major incident type.

Who should read it

IT and facilities managers who must justify monitoring spend across a distributed or edge portfolio.

Publication details

Authors

Wendy Torell; Maria A. Torres Arango

Publisher

Schneider Electric

Year

2026

Document number

WP 292

Document language

English

Source type

Manufacturer

Access

Free to read

Licence

Copyright retained; citation only — the publisher’s terms apply to the original document

Citation