How It Works

The Working Principle:

Imagine a fridge, which consists of a cold part, a hot part and a small compressor. The cold part is the panel [usually mounted on the roof] and the hot part is the heat exchanger in your cylinder heating your water.

The cycle:

Inside our black panel, there is an environmentally friendly refrigerant (R134A) which has a boiling temperature of -25°C. The panel absorbs the heat from the environment and raises the temperature of the refrigerant.
The refrigerant is then compressed by the compressor which raises the temperature significantly.
Next the refrigerant is circulated through the heat exchanger coil in your water tank which transfers the heat to the water in the tank.

 

 

 

Model	Cap. (L)	No. of Panels	Height (mm)	Diameter (mm)	Min. Power Used (Watts)	Max. Output Power (Watts)	No. of People
Stainless Steel Hot Water Cylinder
Eco 200	200	1	1,270	550	390	1,690	4
Eco 200 ISM	200	2	1,270	550	595	2,800	4/5
Eco 280	280	1	1,630	550	390	1,690	5/6
Eco 300 ISM	280	2	1,630	550	595	2,800	6
Eco 500	500	2	1,650	720	595	2,800	8
Enamelled Hot Water Cylinder
Eco 250	250	1	1,500	584	390	1,690	4/5

 

Water Storage Cylinder Cathodic Protection Magnesium Anode Accessories Safety Valve, Pressure Reducing Valve, Seal Installation Kit 1 = Cold water inlet 2 = Re-circulation 3 = Hot water outlet 4 = Magnesium anode A = 236mm B = Height C = Cylinder Diameter Thermodynamic Solar Panel Length 800mm Width 2000mm Thickness 20mm Weight 8kg