Combined Solar Thermal Heating and Domestic Hot Water
CombiSolar
Combined solar thermal systems
Hydro storage volume from 1,000 to 1,500 liters
Collector surface area 10 to 15 m2
Heating only or Heating and DHW production
Ideal for coupling with existing or new boilers.
- TVA 5,5%
Contents
OptiSolar 2.5 2P : the high-performance solar collector that protects the environment
A foolproof installation
OptiSolar 2.5 2P : the high-performance solar collector that protects the environment
Collector area : 2,5 m2
Input area : 2,41 m2
Efficiency : 78 %
A foolproof installation
Installation of collectors parallel to the roof or on a frame
The collectors are supplied with profiled crosspieces that allow them to be installed in 2 ways:
- parallel to the roof
- ground-mounted on a frame with adjustable 45° angle of inclination
Thanks to its harp-shaped absorber and male/female connections, up to 6 sensors can be connected in series without additional fittings.
Maximum comfort
With total hydro storage volumes with stratification ranging from 1,000 to 1,500 liters, CombiSolar offers high quality solutions in terms of storage volume and response to heating and domestic hot water needs, as well as solar energy autonomy.
More safety
CombiSolar solar thermal combisystems, in their heating and domestic hot water version, are supplied with a thermostatic mixing valve to regulate the hot water distribution temperature independently of its storage temperature.
Models and accessories
Numerous possibilities for succession
CombiSolar offers several back-up solutions for those times of year when solar energy may be insufficient. For this purpose, the hydro-accumulation tanks are factory-equipped to offer 2 alternatives: a possible electric resistance or the connection of the existing boiler.
In all cases, solar energy remains the priority, and the heating system is only activated when needed.
Thanks to the high-performance hydraulic design of its boilers, PERGE offers highly competitive solutions for coupling solar energy with other energies such as wood, fuel oil or pellets. Here are just a few examples:
CombiSolar with PERGE MC wood-fired boiler backup
Radiator heating
Solar and wood-fired domestic hot water production
CombiSolar with PERGE Optiherm oil boiler backup
Underfloor heating
No hot water production
CombiSolar with PERGE Silvatherm pellet boiler backup
Radiator heating
No hot water production
| Designation |
Total area m2 |
Input area m2 |
Productivity W/m2 |
Efficiency n0 % |
Height M |
Width M |
Weight kg |
| OptiSolar 2.5 2P | 2,50 | 2,41 | 615 | 78 | 2,2 | 1,1 | 49 |
| Designation |
Number of sensors and input area (m2) |
Sensor mounting type |
Solar vessel volume L |
Heat transfer fluid volume L |
Total tank capacity L |
Tank capacity |
| Heating only |
||||||
| CombiSolar 1000 C-T | 4 / 9,6 | Parallel to the roof | 50 | 40 | 887 | / |
| CombiSolar 1000 C-S | 4 / 9,6 | Frame-mounted | 50 | 40 | 887 | / |
| CombiSolar 1250 C-T | 5 / 12,0 | Parallel to the roof | 50 | 40 | 1266 | / |
| CombiSolar 1250 C-S | 5 / 12,0 | Frame-mounted | 50 | 40 | 1266 | / |
| CombiSolar 1500 C-T | 6 / 14,4 | Parallel to the roof | 80 | 60 | 1500 | / |
| CombiSolar 1500 C-S | 6 / 14,4 | Frame-mounted | 80 | 60 | 1500 | / |
| Heating and DHW production |
||||||
| CombiSolar 1000 B-T | 4 / 9,6 | Parallel to the roof | 50 | 40 | 887 | 204 |
| CombiSolar 1000 B-S | 4 / 9,6 | Frame-mounted | 50 | 40 | 887 | 204 |
| CombiSolar 1500 B-T | 6 / 14,4 | Parallel to the roof | 80 | 60 | 1500 | 247 |
| CombiSolar 1500 B-S | 6 / 14, 4 | Frame-mounted | 80 | 60 | 1500 | 247 |
Price examples
CombiSolar 1000 C-T
Combined solar thermal energy for heating
1,000-liter stratified storage tank
4 OptiSolar 2.5 2P collectors with a total surface area of 10 m2
Profiled cross-members for roof-parallel installation
Solar transfer unit with circulator, safety valve and degassing
Solar expansion vessel
Ready-to-use heat transfer fluid
Solar controller for 1 or 2 collector zones and backup energy
Why choose solar energy ?
Free energy that covers a large part of our needs
L'énergie solaire est une énergie totalement gratuite. Pourquoi s'en priver ? De plus, elle couvre une large part de nos besoins de chauffage et de production d'eau chaude sanitaire. Suivant les latitudes, on estime que 50% des besoins de chauffage et 85% des besoins en eau chaude sanitaire d'une habitation peuvent être satisfait par l'énergie solaire thermique.
An energy that contributes to our energy independence
The use of solar thermal energy reduces our energy bills and, by the same token, contributes to our energy independence.
An energy that helps to combat global warming
The use of solar energy generates no CO2 (greenhouse gas) emissions. It's clean energy par excellence.