Thermodynamic Water Heating

Revolutionary heat pump technology for 24/7 hot water

Next-Generation Water Heating

Thermodynamic water heating systems use advanced heat pump technology to extract heat from the ambient air, providing hot water day and night, rain or shine. This cutting-edge technology offers superior efficiency and reliability compared to traditional solar geysers.

24/7 Operation

Works day and night in all weather conditions

Ultra-Efficient

Up to 400% efficiency - 4kW heat from 1kW electricity

All-Weather Performance

Effective from -5°C to +45°C ambient temperature

Significant Savings

Reduce water heating costs by up to 75%

How Thermodynamic Systems Work

Heat Pump Technology

Thermodynamic panels use the same principle as refrigerators, but in reverse:

Heat Absorption: Refrigerant in the panel absorbs heat from ambient air
Compression: Compressor increases refrigerant temperature and pressure
Heat Exchange: Hot refrigerant transfers heat to water in the cylinder
Expansion: Refrigerant cools and returns to the panel to repeat the cycle
Continuous Operation: System works 24/7, even extracting heat from rain and wind

Advantages Over Traditional Solar Geysers

Day & Night Operation

Unlike solar thermal systems, thermodynamic panels extract heat from ambient air temperature, humidity, and even rain - working efficiently 24/7 regardless of sunlight availability.

Weather Independent

Performs consistently in all weather conditions - cloudy, rainy, or even cold days. No need for backup heating elements on overcast days.

Compact Design

Small thermodynamic panel (typically 2m²) can be mounted on roof, wall, or ground. Much more flexible installation than bulky solar tubes.

Self-Cleaning

Rain naturally cleans the panels. No dust buildup issues like evacuated tubes. Minimal maintenance requirements.

System Components

Complete System Includes

Thermodynamic Panel: Aluminum collector panel with refrigerant circuit
Hot Water Cylinder: Insulated storage tank (150L - 300L capacity)
Compressor Unit: High-efficiency hermetic compressor
Control System: Intelligent controller with temperature management
Refrigerant Lines: Pre-charged refrigerant piping
Backup Element: Electric element for extreme conditions (optional)

Performance Specifications

Coefficient of Performance (COP): 3.5 - 4.5
Operating temperature range: -5°C to +45°C
Average power consumption: 0.6 - 1.2 kW
Typical water temperature: 55°C - 60°C
Recovery time: 2-4 hours for full tank
Annual energy savings: 70-75% vs electric geyser

Ideal Applications

Residential Homes

Perfect for families requiring consistent hot water supply

Apartments

Ideal where roof space for solar tubes is limited

Guest Houses

Reliable hot water for hospitality applications

Medical Facilities

Dependable hot water where reliability is critical

Installation Options

Thermodynamic panels offer flexible installation possibilities:

Roof mounting (flat or pitched roofs)
Wall mounting (north, south, east, or west facing)
Ground mounting with support frame
No specific orientation required
Can be installed in shaded areas
Minimal structural requirements

Low Maintenance

Thermodynamic systems require minimal upkeep:

Annual visual inspection
Check pressure gauge readings
Verify temperature settings
Clean panel surface if needed (usually self-cleaning by rain)
Professional service every 2-3 years

Cost Savings Example

Typical 200L System for Family of 4:

Average monthly savings: P500-700 on electricity
Annual savings: P6,000-8,400
Payback period: 4-6 years
System lifespan: 20+ years
Lifetime savings: P100,000-150,000+

Environmental Benefits

Reduces CO₂ emissions by 1.5-2 tons annually
Uses renewable ambient heat energy
No combustion or emissions during operation
Eco-friendly refrigerant options available
Long service life reduces waste

Solar PV Integration

Thermodynamic systems work excellently with solar PV panels. Run your thermodynamic water heater on solar-generated electricity for a completely sustainable, off-grid hot water solution with zero running costs.

Experience Next-Gen Water Heating

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