Energy optimization: reduce consumption, protect performance
Technical audits, load metering, power factor correction, harmonics analysis and intelligent control: EOS Électricité identifies energy efficiency levers that stay compatible with the availability of your infrastructure.
Energy efficiency is measured before it is declared
Optimising the electrical consumption of an industrial site, a data center or a commercial building is an engineering discipline that starts with measurement. Without reliable data — load profile per area, harmonics, power factor, peak demand — an optimisation plan remains theoretical. EOS Électricité runs structured technical audits that lead to a quantified, ranked action plan, compatible with the expected availability of your infrastructure and with the power quality your critical loads depend on.
Challenges of energy optimization
Lack of measurement
Without instrumentation, savings opportunities stay invisible and action plans stay unranked.
Power quality
Harmonics and imbalance drive losses and shorten equipment life.
Power factor
A degraded cosφ translates into line losses and higher energy bills.
Coordination
Optimisation must never degrade availability or safety — coordination is essential.
Measure, prioritise, act, verify
Our approach relies on a temporary instrumentation phase — power quality analysers — to objectify the initial situation. We then rank actions by return on investment and impact on availability, and implement them. A post-action verification closes the loop with comparable measurements.
Technical expertise engaged
Load audit
Fine-grained measurement of real consumption per area, mapping of drifts and ranking of savings opportunities.
Power quality
Harmonics analysis (THD), correction and stabilisation as close as possible to sensitive loads.
Power factor
Central or decentralised compensation, sized against the real load regimes.
Control and load-shedding
Equipment sequencing, selective load-shedding and real-time supervision.
Post-action verification
New comparable measurements and indicator tracking to lock in gains over time.
Typical applications
- Energy-intensive industrial sites
- Data centers and IT infrastructure
- Multi-tenant commercial buildings
- Public buildings and local authorities
- Sites subject to energy trajectory obligations
Audit methodology
Scoping
Audit scope, objectives and availability constraints defined with the operator.
Instrumentation
Deployment of power quality analysers on critical points over a representative period.
Analysis
Processing of measurements, identification of drifts, quantification of savings and ranking.
Action plan
Technical actions, budget, schedule and coordination with operations.
Delivery
Roll-out of the retained actions without degrading availability or power quality.
Verification
New post-action measurements and indicator tracking over time.
Benefits of a rigorously run energy audit
Evidence-based decisions
An action plan grounded in measurements, not in generic assumptions.
Sustained gains
A post-action verification to confirm that savings hold over time.
Preserved power quality
No action degrades the availability or quality of the power supplied to critical loads.
Clear ranking
Actions ordered by impact and return on investment.
Documentation
Audit report, raw measurements and action plan delivered to the operator.
Trajectory
A solid basis to enrol your site in a long-term energy efficiency programme.
Frequently asked questions
Objectify the energy performance of your site
Tell us about your installation and your goals. We propose a suitable audit scope and a representative measurement campaign.
Let's scope an energy audit tailored to your site.