Thermal Control transforms traditional air-conditioning control into an intelligent, comfort-driven optimization engine.

Using AI Sustainability principles and real-time environmental inputs, the system calculates the optimal comfort temperature for each zone using:

• Humidity levels

• Air velocity

• Occupancy patterns

• Complaint feedback history

• Bangkok-specific PMV calibration (local clothing & comfort preferences)

Rather than locking buildings into fixed setpoints, Thermal Control continuously fine-tunes cooling levels to maintain thermal comfort while preventing energy waste from overcooling.

Intelligent Zone-Based Optimization

Each zone can operate at a different comfort level. The system learns complaint patterns by location and adapts setpoints accordingly—ideal for hotels, offices, retail spaces, and factories looking to reduce cooling costs.

Rapid Complaint Response

When a complaint is received:

• Immediate zone adjustment within minutes

• Gradual return to energy-optimal setpoint over 2–4 hours

• Comfort maintained without long-term energy penalty

Measurable Impact

• 5–7% cooling energy reduction

• Improved comfort index stability

• Reduced AC-related complaints

• Lower operating costs

Thermal Control integrates seamlessly into IoT for energy management environments and complements Chiller Optimization strategies to further reduce chiller costs in buildings.

For building owners asking:

• How to reduce hotel electricity bills

• Save factory AC costs

• Improve ESG reporting performance

Thermal Control provides a scalable AI-driven answer.