Precision BMS & HVAC Controls

Chiller plant optimization involves coordinating all plant components—chillers, cooling towers, pumps, and control systems—to operate at peak efficiency across all load conditions, minimizing total energy consumption rather than focusing solely on individual equipment. Optimized plants can achieve 20–40% energy savings compared to conventional control methods, with well-managed plants reaching 0.5–0.6 kW/ton versus poorly performing plants exceeding 0.8–1.0 kW/ton.

Monitors temperature, humidity, and CO₂ levels in rooms and provides detailed reports. Ideal for clean room and other critical environment applications that require tight environmental control.

Remote monitoring of chillers, VFDs, energy meters, BTU meters, lifts, VAV units, UPS systems, and battery monitoring, providing centralized visibility, alarms, and trends for critical building systems.

Controls dedicated pressurization fans to keep staircases smoke-free during a fire by maintaining a pressure differential across doors. Ensures safe evacuation routes and provides a protected area for firefighting personnel.

Sequences VRF/VAV units as working and standby for critical rooms such as server rooms and UPS rooms. Controls and monitors VRF/VAV data and provides trend reports for reliable and efficient operation.