Engineering
Thermal System Design for Water Dispensing Systems
From cooling cores to complete dispensing systems — optimized for temperature stability, recovery speed, and energy efficiency.
Architecture
Thermal Architecture
Compressor-based vapor-compression cycle designed for water dispensing applications.
1
CompressorVariable-speed · R290 options2
CondenserHigh-efficiency heat rejection3
Expansion ValveElectronic · PID-controlled4
Evaporator / Ice BankDirect-cool · Stainless steel5
Dispensing Faucet3–10°C stable output15–30 L/hCooling Recovery±1°CTemperature StabilityUp to 35% savingsEnergy Efficiency
Performance
Key Performance Specifications
Validated across product lines and deployment environments.
| Metric | Capability |
|---|---|
| Cooling Capacity | 30–200 L/day |
| Output Temperature | 3–10°C |
| Recovery Speed | 15–30 L/h |
| Temperature Stability | ±1°C |
| Hot Water | 85–95°C |
Integration
Applied Across Product Lines
The same thermal architecture powers multiple dispensing systems. Designed once, deployed everywhere.
Validation
Deployment Cases
Proven thermal performance in real-world conditions across markets.
680 units · CE
Spain Office Water System
Multi-voltage adaptation across 680 units. Stable chilled output validated under EU grid conditions.
Read caseHigh-frequency
US Beverage Chain Deployment
High-frequency dispensing behavior analysis. Cooling stability validated under peak-hour demand.
Read case300 units · High ambient
Hot Water Architecture Deployment
Preheating-based high-flow hot water systems. Stable 5°C chilled output under high ambient temperatures.
Read caseDiscuss Your Cooling Requirements
Tell us your cooling capacity, output temperature, daily demand, and OEM needs. Our engineering team responds within 24 hours.