Reliable heat storage
We offer you solar storage tanks with capacities ranging from 150 to 750 litres. These are Type S water storage tanks equipped with two heat exchangers, which are used in solar heating systems for supplying domestic hot water.
In order to use the solar heat for space heating as well as providing hot water, so-called combination tanks (type K) are often used in private homes. These have an external buffer storage tank that contains a second, inner storage tank.
Optimum corrosion protection
The storage tanks have a double coating of enamel on the inside for optimum corrosion protection and in addition have a magnesium anode whose performance can be regularly controlled using a push-to-test button.
High solar yields through good layering
The high, slim form facilitates the layering of the heat in the storage tank, leading to higher solar yields. The flow-controlled cold and hot water connections are very effective in preventing turbulent mixing of the layers in the tank.
Low losses through high insulation
To ensure that the heat gained remains in the storage tanks, these are covered with a 100 mm-thick insulation jacket. The covers even have an insulation thickness of 150 to 180 mm (depending on the type of storage). In addition the tanks are equipped with 50 mm-thick floor insulation.
The ROTEX GasSolarUnit uses the free force of the sun not only
for domestic hot water heating, but
also supports effectively the heating
system.
If you are undecided about the use
of solar and may wish to consider it
at a later date, no problem, the solar
support of the ROTEX GasSolarUnit
can be retrofitted .
Highest quality and top performance - this is what the Vitola 200 offers. With its biferral heat exchanger surface, the Vitola 200 sets a new standard, which has written heating history. The heat exchanger surface has a decisive advantage compared to conventional heating surfaces.
Highest quality and top performance - this is what the Vitola 200 offers. With its biferral heat exchanger surface, the Vitola 200 sets a new standard, which has written heating history. The heat exchanger surface has a decisive advantage compared to conventional heating surfaces.
