EYWA Energy
EYWA deploys agentic AI that autonomously detects faults, diagnoses root causes, and optimizes HVAC operations in real time — cutting energy and maintenance costs without a human in the loop
About Us
EYWA is an agentic AI platform for the autonomous management of large HVAC and chiller operations. Large HVAC systems drive billions in energy and maintenance costs, yet faults and inefficiencies typically go undetected until damage has already occurred. EYWA’s autonomous agents transform this reactive model into predictive, optimized asset intelligence: they continuously monitor every sensor to catch anomalies as they appear, correlate patterns across systems to pinpoint root causes rather than symptoms, and autonomously adjust setpoints, schedules, and operations in real time, no human in the loop required. The platform reduces energy waste by 10–30%, detects equipment faults weeks before they cause downtime, and scales expert-level HVAC optimization across facilities without hiring specialized engineers at every site
Relevant Challenges
Operational Systems
EYWA’s agentic AI autonomously manages large HVAC and chiller systems, among the most energy-intensive operational systems in any building, continuously tuning them for peak efficiency across every hour, season, and load condition. By cutting 10–30% of energy waste through AI-driven setpoint optimization and load balancing, the platform directly reduces the operational carbon footprint of cooling and ventilation
Optimized Control
EYWA’s autonomous agents detect anomalies, diagnose root causes, and adjust setpoints, schedules, and sequencing in real time — delivering closed-loop energy control and management without a human in the loop. This continuous optimization of indoor climate systems eliminates the inefficient sequencing and poor load management that inflate building energy consumption, scaling expert-level control across entire facility portfolios
