Underfloor Heating - Solar House

Underfloor Heating via Condensing Boiler A1

• Condensing boiler Α1 with integrated oil or gas burner and fully equipped with hydraulic assembly.
• "Theta 23R" fully-electronic digital control system board with operation programmes and temperature compensation in relation to outside air temperature.
  
• Hot water storage (energy storage) tank Sanicube Solaris for hygienic hot water without bacteria and sediments of sludge or other deposits.
• Highly efficient Rotex Solaris solar panels (mean absorbed energy 600 - 800 kWh/m²/year).
• "Smart" controller RPS3 : assembly ready for direct connection and operation of Rotex hot water storage (energy storage) tanks with the solar panels (works with temperature and flow rate sensors for maximum energy saving).

• Integrated gas condensing unit Gas Solar Unit. Condensing boiler with gas burner and hot water storage (energy storage) tank all in one unit.
• "Theta 23R" fully-electronic digital control system board with operation programmes and temperature compensation in relation to outside air temperature.
• Highly efficient Rotex Solaris solar panels (mean absorbed energy 650 - 800 kWh/m²/year).
• "Smart" controller RPS3: assembly ready for direct connection and operation of Rotex hot water storage tanks with the solar panels (works with temperature and flow rate sensors for maximum energy saving).
  

• Utilisation of the solar energy via the solar panels, the hot water storage (energy storage) tank & the "smart" controller RPS3. 
  
• Condensing technology: perfect combustion, minimum flue gas emissions and excellent utilisation of flue gas heat.
  
• Sanicube Solaris hot water storage (energy storage) tank for hygienic hot water without bacteria and sediments of sludge or other deposits.
• Excellent stratification (temperature layering) in the storage tank ensures the complete utilisation of the solar energy for the underfloor heating system.
• 45% - 55% energy-saving of the underfloor heating system and the hot water system.