Commercial VRF/VRV central climate controls, VAV damper actuators, and enthalpy economizers engineered to reduce building air conditioning energy consumption by up to 35% with zero comfort compromise.
Algorithmic compressor modulation and demand-controlled ventilation eliminate wasteful over-cooling cycles.
A single Glidell ThermoSync gateway unifies and coordinates up to 128 VRF/VRV indoor units across multi-story buildings.
Capital expenditures typically recovered within 12 to 14 operational months through direct electricity tariff reductions.
Comprehensive energy sub-metering telemetry compatible with LEED, IGBC, and ISO 50001 green building certification.
Universal hardware bridges linking commercial VRF air conditioning networks directly into building management systems.
Commercial facilities and private villas often suffer from fragmented thermostat controls and conflicting user setpoints. Glidell ThermoSync provides unified supervisory logic, automated scheduling, setback algorithms, and remote mobile temperature overrides.
Engineered for commercial office complexes, luxury private villas, and hospitality properties.
| Controller Series | Supported HVAC Systems | Capacity | Protocol Support | Sensor Inputs | Enclosure Class |
|---|---|---|---|---|---|
| ThermoSync 64 | Multi-Zone VRF / VRV | Up to 64 Indoor Units | BACnet IP, Modbus TCP | 8x 0-10V / NTC Thermistors | DIN Rail IP40 |
| ThermoSync 128 Pro | Enterprise Campus VRF | Up to 128 Indoor Units | BACnet IP, Modbus, KNX | 16x Universal I/O | DIN Rail IP40 |
| ChillerSync Master | Central Water-Cooled Chillers | Up to 8 Chillers + Pumps | BACnet, Modbus RTU/TCP | 24x Analog + Pulse Inputs | Wall-Mount IP65 |
Expert insights on energy conservation, BMS coordination, and retrofit compatibility.
Yes. Glidell ThermoSync gateways connect directly into the communication bus terminals of existing VRF outdoor and indoor units without requiring refrigerant pipe modifications, mechanical duct tearing, or system downtime. Most retrofits are commissioned within 48 to 72 hours.
In high-humidity coastal environments, traditional thermostats stop airflow when the temperature setpoint is reached, causing moisture stagnation. Glidell automation incorporates reheat and continuous low-velocity dehumidification cycles, maintaining relative humidity strictly between 45% and 55% to eliminate mold growth and protect architectural woodwork.
We deploy digital Class 0.5 energy sub-meters on all HVAC chiller and compressor feed lines. Using IPMVP (International Performance Measurement and Verification Protocol) standards, we benchmark historical baseline consumption against post-automation data, providing certified monthly kilowatt-hour (kWh) reduction reports.
Book a commercial HVAC thermodynamic audit with a specialized Glidell building automation engineer.