Our Certified Energy Managers deploy circuit-level monitoring for weeks to months — replacing utility-bill guesswork with continuous, measured energy data that reveals what a single-day walkthrough can't.
The Difference
A traditional energy audit captures a single point in time. Our approach captures every hour of every day — giving you the data resolution to make high-confidence investment decisions.
Traditional audits rely on utility bills and a single-day walkthrough. Our monitoring-based audits deploy circuit-level sensors for weeks to months, capturing real operating patterns — not assumptions.
We separate energy use during production hours from nights, weekends, and holidays. This reveals hidden baseloads — equipment running when nobody is there — which often account for 20–40% of total consumption.
By correlating energy data with production schedules, we isolate what it costs to keep the lights on versus what it costs to make product. This clarity drives smarter capital decisions.
Weeks of granular data let us spot drift, staging issues, and seasonal inefficiencies that a one-day visit would miss. Every recommendation is backed by measured baselines, not estimates.
A five-step continuous audit methodology that replaces guesswork with measured reality — from sensor deployment through verified savings.
We install wireless, self-powered sensors at the circuit level across your facility — electricity, compressed air, HVAC, process loads, and more. No downtime, no wiring.
Sensors stream real-time energy data to our cloud analytics platform for 4–12 weeks, building a complete picture of how your facility actually operates across shifts, weekends, and seasons.
Our Certified Energy Managers (CEM) analyze occupied vs. non-occupied loads, production vs. down-day profiles, peak demand contributors, and equipment-level efficiency — all from measured data.
You receive a prioritized list of Energy Conservation Measures (ECMs) and Facility Improvement Measures (FIMs), each with measured baselines, projected savings, ROI timelines, and applicable utility incentives.
We support turnkey implementation and use the same monitoring platform for post-project measurement and verification (M&V), proving savings against the original baseline.
Every capability below is informed by continuous monitoring data — not estimates
Circuit-level monitoring of electricity, cooling & heating BTUs, steam, water, gas, and fuel oil for continuous operational visibility.
Identifying oversized systems through load profiling. Proper sequencing and VSD implementation based on measured demand variability.
Data-driven assessment of recoverable energy from manufacturing processes with feasibility analysis based on measured BTU availability.
Evaluation of mechanical system integration and sequencing using real operating data to reduce simultaneous heating/cooling and other inefficiencies.
Load profiling of compressor stations to right-size equipment, implement smart sequencing, and eliminate artificial demand — validated by continuous monitoring.
Metered segregation of process energy from building energy to understand true cost of goods sold and allocate overhead accurately.
Measured load profiles drive VSD recommendations that balance supply and demand across motor-driven systems for verified efficiency gains.
Before-and-after circuit-level measurement to quantify lighting retrofit savings and support utility rebate applications with verified data.
Deploy monitoring, measure real performance, and get audit recommendations backed by weeks of verified energy data — not assumptions.
Schedule a Monitoring-Based Assessment