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3rd Generation Technology

The Future of Hot Water Generation

Whether for your home or business, our Thermodynamic Solar Systems provide a reliable, cost-effective solution. Combining the best of heat pump technology and solar thermal collection, we ensure you have hot water in all weather conditions—sun, rain, wind, or snow.

For Homeowners

Domestic Hot Water Systems

Our system joins two incomplete technologies: the heat pump and the solar thermal collector. While traditional solar thermal panels rely on direct sunlight, our system works day and night.

Key Benefits:

  • Guarantees 100% of your domestic hot water needs.
  • Saves up to 80% on water heating bills.
  • Compact, discreet 8kg solar panel installed in just one day.
  • Hot water up to 55°C available 24/7.
  • Works in rain, wind, and even snow.
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Domestic Hot Water System
For Business

Commercial Hot Water Solutions

Our Thermodynamic Solar Panels can provide large volumes of water for commercial use all year round. Compatible with all conventional heating systems, they can be retrofitted to nearly all existing buildings without major civil works.

Why Switch?

  • Solar hot water up to 60°C available.
  • Up to 3 cycles of hot water replacement capacity per day.
  • Reduced energy consumption due to highly efficient compressor.
  • ROI often within just 2-4 years.
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Commercial Thermodynamic Solar Block

Did You Know?

  • Commercial sector could save up to 25% of energy usage with efficient opportunities.
  • In nursing homes, heating accounts for 65% of total energy costs.
  • For hotels, heating water can account for up to 50% of total energy costs.
  • The hotel industry in Ireland spends €70m - €100m annually on energy.

Sectors We Supply

Nursing Homes
Hotels & B&Bs
Restaurants
Take Aways
Dairy Farms
Schools & Creches
Enquire for your sector

How It Works

Refrigerant Liquid

A cooling liquid covers a closed circuit and enters the solar panel. It has a boiling point of approximately -30°C.

Environmental Heat

The liquid absorbs heat from the sun, rain, wind, and ambient temperature, vaporizing into a gas even on cold days.

Compression

A small compressor compresses the gas, raising its temperature significantly. This heat is transferred to the water via an exchanger.

Continuous Cycle

The liquid cools down, returns to liquid state, and the circuit repeats. No defrost cycle needed.

Get Started Today

Ready to Start Saving?

Join thousands of satisfied customers across Ireland. Whether you need a domestic upgrade or a commercial solution, we have the expertise to deliver.

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