EnergyCAP SmartAnalytics helped one of the busiest airports in Europe achieve its target to cut energy use by a third by 2020. EnergyCAP SmartAnalytics’ one-meter solution was deployed on June 2012 to monitor in real-time the 13 air handling units of the Departure Hall.
A 3-phase electricity meter was wired to the main incomer of the distribution board, powering up the 13 AHU components. Rogowski coils allowed the metering solution to be deployed within 30 minutes and facilitated clamping on the double-fed power supply. The sampling frequency was set to trigger meter readings every 10 seconds and immediately forwarded to EnergyCAP SmartAnalytics Cloud servers via 3G for real-time AHU breakdown. A one-hour profiling phase concluded the installation in less than 2 hours.
Fine-tuning of variable speed drives through EnergyCAP SmartAnalytics system produced overall 30% reduction in power consumption and over $5000 in savings within 2 months.
The University of New Mexico implemented EnergyCAP to centralize energy data management for its campuses, improving data access, streamlining processes, and supporting energy conservation efforts, resulting in significant cost savings.
UC San Diego transformed its manual, month-long utility billing and recharge process by enabling automation, error detection, and significant time savings with EnergyCAP. The software helped the university catch a $1 million billing error, reduce labor and billing inaccuracies by over 95%, and foster a data-driven, energy-conscious campus culture.
Royal Mail, one of the UK's most iconic delivery service providers, manages over 1,400 buildings and serves 32 million addresses. Faced with the dual pressures of reducing carbon emissions and controlling energy costs, Royal Mail turned to EnergyCAP to unify data, uncover waste, and empower site-level action—all in support of its Net Zero 2040 ambitions.