Solar collector set for hot water preparation SOLARIFY Smart , with a hot water tank (with 2 heat exchangers), 200-500L
SOLARIFY solar collectors are designed to use solar energy for hot water production as well as to support heating. The solar collectors will work efficiently during the summer as well as during the shoulder seasons (depending on the weather conditions, it will be able to work even in winter).
They are able to heat the hot water in the tank to boiling point.
Solarify Smart solar collector kits are designed to include everything you need for hot water. With this in mind, several collector options are offered, depending on the tank capacity and the potential location of the solar collectors:
- System with one 20-pipe collector and 200L tank (S1=1.1m2, S2=0.7m2, 20L heat transfer medium);
- System with one 30-pipe collector and 300L tank (S1=1,5m2, S2=0,8m2, 30L heat transfer medium);
- System with two 30-pipe collectors and 500L tank (S1=2,25m2, S2=1,04m2, 40L heat transfer medium).
In addition to these kits, we also offer kits for systems where the solar collectors would not be installed on the south side or where they would be permanently shaded:
- System with one 30-pipe collector and 200L tank (S1=1,1m2, S2=0,7m2, 20L heat transfer medium);
- System with two 20-pipe collectors and a 300L tank (S1=1.5m2, S2=0.8m2, 30L heat transfer medium).
These kits are not recommended for locations where the collectors can operate efficiently, there is a high chance of the water in the tank being heated to boiling point.
The piping and pipe connections required for the kits must be purchased separately based on the dimensions you require. Please contact us for costs and availability, or place an order by selecting the required pipework here.
Solar collector set SOLARIFY SMART
Vacuum tube system with a hot water tank for solar systems, 200 - 500L (with 2 heat exchangers)
Working principle of a vacuum solar collector
Vacuum glass flasks, due to their shape, are able to absorb more energy compared to a flat plate solar collector system (more than 93% of the sun's energy is absorbed, while the efficiency of the solar collector remains at ~83.2%). This energy is further converted into heat and, thanks to the vacuum, the heat is retained inside the glass flask.
This energy is used to concentrate the heat produced in the copper heating tubes, which are located inside the flask. These are heated up to 200°C, heating the liquid in the flask to a vapour state. This heat then travels upwards to a copper heat exchanger in the manifold. There it is transferred to the non-freezing heat exchanger, the liquid in the copper tube is cooled and drained down. The process repeats.
The non-freezing heat transfer fluid is circulated from the solar collector to your boiler or multi-purpose tank via a circulation pump. The operation of the circulation pump depends on a solar control unit to which two temperature sensors are connected, one in the tank and one in the solar collector. As soon as the tank detects a temperature below that which the solar collector can produce, the pump switches on and starts circulating the non-freezing heat transfer medium. The moment the temperature in the tank exceeds the temperature produced, the circulation pump switches off.
Solar collectors can be mounted on the roof, on the ground, or on a flat roof or building facade. The most efficient operation is achieved when mounted facing south, at a 45° angle. But, as already mentioned, thanks to the wide absorption angle compared to flat collectors, they will maintain their operational efficiency even in sub-optimal mounting locations.
Solar collector SR-20 technical data:
Parametre |
Value |
| Efficiency, % | 84.20 |
| Power output, W | 1359 |
| Condenser | φ24 |
| Pipe dimensions, DxL | 58x1800 |
| Collector dimensions, WxHxL | 1980x1564x125 |
| Collector weight (without frame), kg | 60 |
Solar collector SR-30 technical data:
Parametre |
Value |
| Efficiency, % | 84.20 |
| Power output, W | 2037 |
| Condenser | φ24 |
| Pipe dimensions, DxL | 58x1800 |
| Collector dimensions, WxHxL | 1980x2314x125 |
| Collector weight (without frame), kg | 90 |
Karstā ūdens tvertnes (200-500L) tehniskie dati:
Parametre |
Value (200L) |
Value (300L) |
Value (500L) |
| Diametre, mm | 595 | 695 | 755 |
| Height, mm | 1610 | 1615 | 1660 |
| Solar heat exchanger volume, m2 | 0.75 | 0.8 | 0.9 |
| Heating system heat exchanger volume, m2 | 1.1 | 1.5 | 1.7 |
Includes:
- Hot water boiler with two heat exchangers (200 - 500l);
- Vacuum solar collector SR20 or SR-30,
- Solar pump station,
- Heat transfer medium for solar collectors TYFOCOR® LS® ROT -28°C,
- Compact universal controller,
- PT1000 sensor -40 / +180 °C - 2pcs.,
- Expansion vessel for solar collectors.
Additional equipment is selected and supplied separately for each system:
- Stainless steel double insulated piping (10m, 15m, 25m), cable for temperature sensor.
- Roof fasteners (depending on roof covering and angle).
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