Empowering the Modern Energy Auditor

Energy auditors are at the forefront of creating more efficient, sustainable, and healthy buildings. Your expertise is critical, but you often face the challenge of working with incomplete data. Assessing complex building performance issues, identifying priorities, and finding the "low-hanging fruit" for impactful improvements requires a clear, comprehensive picture that traditional tools can't always provide.

This is where our integrated ecosystem comes in. We've developed a fleet of essential hardware tools designed to capture precise data from every critical building system. These devices seamlessly integrate with an intelligent suite of software, eliminating data silos and manual entry errors.

The platform is coupled with powerful AI logic that provides precision analysis and diagnostics, transforming raw data into actionable insights. This allows you to move faster, deliver more accurate recommendations, and demonstrate value to your clients with confidence.

Advanced Diagnostic Capabilities

• Advanced Lighting Audits

  Correlate lighting circuit energy using the Flux 12 monitor and daylight availability using the Aura Core sensor to precisely model savings from installing dimming controls or occupancy sensors.

• Calculating HVAC Efficiency (CFM)

  Use the RPM input (Aura Core) to measure fan speed and simultaneously monitor supply and return air temperatures (Aura Core Delta T/Remote Temp) to dynamically calculate actual air volume moved (CFM) and system efficiency under various load conditions.

• Air Infiltration Modeling

  Log sudden changes in barometric pressure (Aura Core) that correlate with door-opening events to refine models for air infiltration specific to high-traffic entryways in commercial buildings.

• Hot Water System Efficiency

  Use the Pulse Counter input (Aura Core) on a pulse-ready hot water meter to track water volume and correlate it with the energy consumed by the water heater (Flux) to determine the system's actual Energy Factor (EF) and recharge ratings.

• Real-Time System Performance (COP/EER)

  Combine Aura TMP (to measure supply and return Delta T across a chiller or heat pump) with Flux 12 (to measure the appliance's electrical input) to calculate the real-time Coefficient of Performance (COP) or Energy Efficiency Ratio (EER). This provides a precise, dynamic performance score, superior to standard modeling.

• Hydronic Distribution Loss Quantification

  Deploy multiple Aura TMP devices—one near the boiler/chiller and others at the furthest distribution points—to precisely quantify thermal energy loss across the piping run. This data validates the need for and potential savings from pipe insulation upgrades.