Solar · Solar Hot Water Systems
Not designed for commercial use
15 Year Solar Tubes
10 Year Tank
1
Year Parts and Labour
15 Year Solar Tubes
3 Year Tank
1 Year
Parts and Labour
15 Year Solar Tubes
3 Year Tank
1 Year
Parts and Labour
Utilises free energy from the sun
Reduced monthly electricity bills
Great for climates that receive a lot of
sunshine
Government incentives can help offset part of the
initial investment
Boosting element
Higher up front cost for equipment and
installation
Less efficient in winter
Tubes are more effective when installed on a north
facing roof to maximise the efficiency of the sun
Utilises free energy from the sun
Reduced monthly electricity bills
Great for climates that receive a lot of sunshine
Government incentives can help offset part of the
initial investment
Boosting element
Higher up front cost for equipment and installation
Less efficient in winter
Tubes are more effective when installed on a north
facing roof to maximise the efficiency of the sun
Always use a licensed plumber when installing a hot water system.
Solar · Solar Hot Water Systems
Thermann Evacuated Tube Solar electric boosted hot water systems offer the best of both worlds. While the tubes harness the suns energy to heat your water, you also have the confidence of an affordable electric tank to provide back up if needed. You'll not only have peace of mind, you'll also reduce your running costs.
Step 1
The sunlight strikes the dark absorber coating
inside the evacuated tube.
Step 2
The heat pipe transfers the heat up to the
copper header pipe location in the insulated
manifold box.
Step 3
A circulator moves water from the storage tank
to the copper pipe warming the water. The solar
heated water is then pushed down into the
storage tank for use. Anti-frost is built in to
the Thermann system to ensure solar hot water
can be provided even in cold regions.
When it comes to lowering your power bills, Thermann is the right investment choice for the longer term. When paired with the solar tube components, it provides lower running costs, making it the smarter, more sustainable and affordable alternative to the traditional systems. It's also better for the environment. In times of high sun exposure, the system will use 100% of its energy from the sun, using almost 0 mains electricity.
| Measurements (mm) | 250L BOT | 315L BOT | 315L MID | 400L BOT | 400L MID |
|---|---|---|---|---|---|
| Tank diameter (A) | 617 | 617 | 617 | 705 | 705 |
| Tank height (B) | 1445 | 1765 | 1765 | 1704 | 1704 |
| HW outlet | 1211 | 1531 | 1531 | 1445 | 1445 |
| PTRV port | 1211 | 1531 | 1531 | 1445 | 1445 |
| Top sensor port | 786 | 872 | 872 | 809 | 832 |
| Solar return port | 567 | 566 | 504 | 536 | 554 |
| Bottom sensor | 347 | 355 | 326 | 340 | 357 |
| Solar Flow | 197 | 197 | 197 | 219 | 219 |
| Cold Water Inlet | 197 | 197 | 197 | 219 | 219 |
| Dry Weight (kg) | 71 | 92 | 92 | 116 | 116 |
| Measurements (mm) | ||
|---|---|---|
| Collector | 22 Tubes | 30 tubes |
| Width (A) | 1636 | 2196 |
| Length (B) | 2005 | 2005 |
| W/O Tubes (weight) | 20kg | 24kg |
| W/ Tubes (weight) | 80.7kg | 105.7kg |
| Product code | Number of Tubes | Capacity | Element Position |
|---|---|---|---|
| 1318250 | 44 | 400L | Bottom |
| 1318248 | 22 | 250L | Bottom |
| 1318249 | 30 | 315L | Bottom |
| 1318246 | 30 | 315L | Middle |
| 1318247 | 44 | 400L | Middle |
