Autonomous HVAC Optimization & Predictive Failure Analytics
Exertia Systems analyzes duct pressure, vibration diagnostics, and occupancy dynamics to reduce commercial energy consumption by 20% and predict equipment failures 14 days before they occur.
Live Energy Consumption
LIVEHVAC Systems Are Costing You Millions
Commercial HVAC systems consume massive power, operate on rigid schedules, and fail without warning.
HVAC accounts for up to 50% of total commercial energy spend, costing large facilities hundreds of thousands of dollars annually in wasted power.
Emergency compressor failures lead to expensive repairs, tenant SLA breaches, and data center thermal shutdowns with no advance notice.
Traditional systems rely on static schedules that cannot adapt to real-time occupancy, weather changes, or dynamic energy tariffs.
Predictive AI Eliminates Guesswork
Exertia AI continuously calculates dynamic thermal decay, weather forecasts, dynamic energy tariffs, and ambient room occupancy to automatically tune airflow without human intervention.
Built on Advanced AI Models
Our multi-model AI stack processes real-time telemetry to optimize energy consumption and predict mechanical failures with precision.
Multi-Variable Time-Series Transformers
Processes thousands of concurrent sensor streams - compressor power draw, refrigerant pressure, duct velocity - to detect anomalies and optimize HVAC performance in real time.
Reinforcement Learning Agents
RL agents continuously learn optimal setpoint adjustments based on occupancy patterns, weather forecasts, and energy pricing to minimize consumption while maintaining comfort.
FFT Vibration Spectral Analysis
Fast Fourier Transform analysis of motor vibration signatures provides early detection of bearing wear, misalignment, and mechanical degradation 14 days before failure.
Data In, Intelligence Out
Data Ingested
- Real-time BACnet/Modbus telemetry
- Compressor power draw & refrigerant pressure
- Duct velocity & room micro-occupancy sensors
- Weather API feeds & spot energy pricing
- Vibration spectral data from motor sensors
AI Outputs
- Real-time airflow adjustment commands
- 14-day anomaly score predictions
- Automated carbon reduction reports
- Dynamic setpoint overrides
- Predictive maintenance schedules
Your Command Center
Real-time monitoring, predictive analytics, and autonomous control in one platform.
Facility Command Center
Live 3D/2D digital twin dashboard displaying thermal heatmaps across floors, active airflow states, and live energy consumption curves.
Predictive Health Scorecard
Mechanical component health monitoring displaying probabilistic decay curves - Compressor #2 Bearing Wear: 88% Failure Risk within 11 Days.
Automated BACnet Controller
Interactive view showing real-time AI setpoint overrides versus baseline factory schedules with full audit trail.
Anomaly Detection
Multi-variable pattern recognition that detects irregular sensor behavior, pressure drops, and thermal anomalies across your entire facility.
Carbon Reduction Reports
Automated compliance reporting for LEED, Energy Star, and local carbon output regulations - 75% less audit work.
Multi-Property Dashboard
Portfolio-wide view across multiple buildings with comparative analytics and centralized alert management.
Results You Can Quantify
Energy Reduction
Cut total commercial HVAC power usage through dynamic load matching.
Failure Warning
Catch mechanical degradation long before physical breakdown occurs.
Lifespan Extension
Reduce compressor and blower motor wear by avoiding harsh power spikes.
Lower Audit Work
Instant automated compliance reporting for LEED, Energy Star, and regulations.
Ready to Optimize Your HVAC?
Join 12 commercial towers already saving energy with Exertia Systems. Start your 30-day audit today.