How to choose energy management software
Choose energy management software by starting from what you need to see and decide — metering granularity, the assets and utilities to cover, integration with existing meters and systems, and reporting for ISO 50001 — then insist on a pilot that proves it surfaces real, actionable savings.
Start from the decisions you need to make
Don't shop by feature list — start from what you need to see and decide. Do you need to find where energy goes, prove savings for ISO 50001, allocate cost to lines or products, or catch consumption drift in real time? The answer dictates the metering granularity and analytics you actually need, and rules out over- or under-buying.
What to check
- Metering and granularity: can it meter at the area, utility and major-asset level you need?
- Integration: does it connect to your existing meters, SCADA/historian and BMS, rather than needing all-new hardware?
- Normalisation: can it normalise for production, weather and other drivers so savings are provable (specific energy consumption)?
- Targeting and alerts: does it flag drift and quantify opportunities, not just draw graphs?
- Reporting: does it produce the baselines and EnPIs an ISO 50001 system needs?
Evaluate with a pilot
As with any industrial software, judge it on whether it surfaces real, actionable savings on your data — not on the demo. Run it on one area or utility, see whether the opportunities it flags are genuine and worth acting on, and check how much manual effort it takes to keep running. A tool that produces dashboards no one acts on is worse than no tool; one that consistently turns data into funded savings is worth paying for.
Frequently asked questions
How do I choose energy management software?
Start from the decisions you need — find waste, prove ISO 50001 savings, allocate cost, or catch drift — which dictates the metering granularity and analytics you need. Check integration with existing meters and systems, normalisation for production and weather, targeting and alerts, and reporting. Then pilot it on your data.
What should energy management software do?
Meter energy at the granularity you need, integrate with existing meters and systems, normalise for production and weather so savings are provable, flag consumption drift and quantify opportunities, and produce the baselines and performance indicators an ISO 50001 energy management system requires.
Do I need new meters for energy management software?
Not always — good platforms integrate with existing meters, SCADA/historian and building systems, adding sub-metering only where you lack visibility. Check integration before assuming an all-new hardware rollout, which is often the largest and most avoidable cost.
Related guides
ISO 50001 implementation
ISO 50001 is the international standard for energy management. What it requires, how the plan-do-check-act cycle works in practice, and a realistic path to certification that actually cuts energy.
How to reduce industrial energy costs
The fastest cuts to industrial energy cost are no-regrets fixes: tune combustion, fix steam-trap and compressed-air leaks, insulate bare hot surfaces, control motor and fan speed, and recover obvious waste heat — all of which pay back regardless of any longer-term decarbonization path.
Factory decarbonization: a practical roadmap
A sequenced, no-regrets roadmap for cutting industrial emissions — efficiency first, then electrification and fuel switching, then the hard residual.
Software that helps
Schneider EcoStruxure
IoT platform for energy and plant resource management.
AVEVA Predictive Analytics
Early-warning analytics for critical process and power assets.
Seeq
Advanced analytics for time-series process data.