Background
Cooling load in terminals, transport hubs and mixed-use complexes swings widely with passenger flow and season. Fixed-speed operation wastes energy, and cooling tower and condenser cleanliness depends on manual, loosely managed routines.
How it works
Cooling tower supply temperature, pump frequency, fan speed and concentration ratio are treated as coupled variables for full-condition optimisation, with a smart O&M platform providing trend warnings and fault prediction.
Key capabilities
- Full-condition optimisation — marked energy reduction at part load
- Cleanliness made visible; cleaning scheduled from data
- Fault prediction models detect efficiency decay early
- Integrates with existing BA systems rather than replacing them
Questions and answers
What is the core value of HVAC Cooling for Transit Hubs & Buildings?
Energy saving and maintainability for large central air-conditioning systems
What problem does it solve?
Cooling load in terminals, transport hubs and mixed-use complexes swings widely with passenger flow and season. Fixed-speed operation wastes energy, and cooling tower and condenser cleanliness depends on manual, loosely managed routines.
How does it work?
Cooling tower supply temperature, pump frequency, fan speed and concentration ratio are treated as coupled variables for full-condition optimisation, with a smart O&M platform providing trend warnings and fault prediction.