TERMICOL SOLAR HYBRID: 200, 280, 500
Description
- The Termicol Hibrid Solar System range is a very efficient solution based on the integration of two technologies, solar thermal and heat pump as support for the production of sanitary hot water
- This new system is capable of capturing solar radiation and thermal energy from the environment, achieving a very high energy performance.
- Termicol Solar Hybrid heats the water up to 90ºC by means of solar thermal guaranteeing up to 55ºC by means of aerothermal energy.
Features
- Large DHW volume: available in capacities of 200, 280 and 500 liters. Guarantees minimal heat losses thanks to reinforced insulation
- The use of solar radiation is maximized to achieve maximum savings
- Solar coil unit incorporated in the tank together with the aerothermal. It is only necessary to link with the solar collector
- Electrical resistance
- Duplex stainless steel tank 2205
- Minimum maintenance: there is no anode to replace
- Unique controller integrating both solar and aerothermal technologies
- Anti-legionella disinfection
- Efficient fan with low acoustic impact
- Alarm indicators
| Model | Collector | Liters | Reference | Energy class | Sound pressure (dB) * |
|---|---|---|---|---|---|
| TSH200 | 1S26 | 200 | 655HP2001S26 | A++ | 40 |
| TSH200 | 1G26 | 200 | 655HP2001G26 | A++ | 40 |
| TSH200 | 2S21 | 200 | 655HP2002S21 | A+++ | 40 |
| TSH200 | 2G21 | 200 | 655HP2002G21 | A+++ | 40 |
| TSH200 | 2S26 | 200 | 655HP2002S26 | A+++ | 40 |
| TSH200 | 2G26 | 200 | 655HP2002G26 | A+++ | 40 |
| TSH280 | 2S21 | 260 | 655HP2002S21 | A+++ | 40 |
| TSH280 | 2S26 | 260 | 655HP2002S26 | A+++ | 40 |
| TSH280 | 2G21 | 260 | 655HP2002G21 | A+++ | 40 |
| TSH280 | 2G26 | 260 | 655HP2002G26 | A+++ | 40 |
| TSH500 | 3S26 | 500 | 655HP2003S26 | A+++ | 41 |
| TSH500 | 3G26 | 500 | 655HP2003G26 | A+++ | 41 |
| TSH500 | 4S26 | 500 | 655HP2004S26 | A+++ | 41 |
| TSH500 | 4G26 | 500 | 655HP2004G26 | A+++ | 41 |
* Sound pressure measured according to EN12102 and EN9614 at 5m distance and directivity
EQUICALENT ENERGY EFFICIENCY = GENERATED THERMAL ENERGY / CONSUMED ELECTRICAL ENERGY
| Model | Seville | Madrid / Rome | Paris / Wurzburg | Bilbao / La Coruña |
|---|---|---|---|---|
| 200L with 1S26 | 7,15 | 5,63 | 3,32 | 4,36 |
| 200L with 2S21 | 11,20 | 7,47 | 3,75 | 5,24 |
| 200L with 2S26 | 13,48 | 9,40 | 4,21 | 6,21 |
| 200L with 1G26 | 9,06 | 6,67 | 3,62 | 4,94 |
| 200L with 2G21 | 13,30 | 9,37 | 4,25 | 6,26 |
| 200L with 2G26 | 16,74 | 11,64 | 4,86 | 7,62 |
| 280L with 2S21 | 8,51 | 6,37 | 3,52 | 4,82 |
| 280L with 2S26 | 11,04 | 7,69 | 3,86 | 5,39 |
| 280L with 2G21 | 10,69 | 7,69 | 3,52 | 5,37 |
| 280L with 2G26 | 15,89 | 9,83 | 3,86 | 6,45 |
| 500L with 3S26 | 10,22 | 7,04 | 3,86 | 4,94 |
| 500L with 3G26 | 13,10 | 8,85 | 3,95 | 5,85 |
| 500L with 4S26 | 12,93 | 8,82 | 3,90 | 5,77 |
| 500L with 4G26 | 16,35 | 11,05 | 4,46 | 7,06 |
COMPONENTS
-
- Solar collectors
- Support structures
- Interaccumulator tank with integrated heat pump
- Membrane expansion vessel
- Valve and connection accessories
- Pumping and regulation system
- Antifreeze fluid for solar
- Refrigerant fluid for heat pump
- Internal coil for solar and external for heat pump
| Connections | TSH200 | TSH280 | TSH500 |
|---|---|---|---|
| Water inlet/outlet (inch) | 3/4 | 3/4 | 1 |
| Air inlet / outlet (mm) | 160 | 160 | 160 |
| Condensate outlet (mm) | 1/2 | 1/2 | 1/2 |
| Solar outlet (mm) | 3/4 | 3/4 | 3/4 |
| Solar inlet (mm) | 3/4 | 3/4 | 3/4 |
HEAT PUMP AND TANK
| Technical features | TSH200 | TSH280 | TSH500 |
|---|---|---|---|
| Nominal capacity (L) | 200 | 280 | 500 |
| Max pressure service (bar) | 6 | 6 | 6 |
| SCOP at 7ºC * | 2,57 | 2,4 | 2,52 |
| SCOP at 14ºC ** | 2,98 | 3,04 | 2,97 |
| Thermal power range (7ºC – 14ºC) | 1.464 – 1.820 | 1.464 – 1.820 | 3.122 – 3.917 |
| Consumed power range (7ºC – 14ºC) | 500 – 545 | 500 – 545 | 1.082 – 1.145 |
| Support system thermal power (W) | 3.320 | 3.320 | 5.407 |
| Consumption max. with support (W) | 3.788 | 3.788 | 6.165 |
| Max temp. heat pump (ºC) | 2.135 | 2.135 | 2.785 |
| Max temp. heat pump (ºC) | 55 | 55 | 55 |
| Max temp. electrical support (ºC) | 65 | 65 | 65 |
| Power supply (V / ph / Hz) | 220-240 / 1 / 500 | 220-240 / 1 / 500 | 220-240 / 1 / 500 |
| Resistance Power (W) | 1.500 | 1.500 | 1.500 |
| Insulation type | Polyurethane foam 42 kg / m3 | Polyurethane foam 42 kg / m3 | Polyurethane foam 42 kg / m3 |
| Average insulation thickness (cm) | 8 | 8 | 8 |
| Fan available pressure (Pa) | 70 | 70 | 70 |
| Equipment air flow range (m3 / h) | 350 – 450 | 350 -450 | 700 |
| Accumulator dimensions | 587 x 1527 x 585 | 587 x 1945 x 585 | 740 x 2066 x 696 |
- * SCOP cold climate zone according to standard UNE-EN16147
- ** SCOP warm climate zone according to standard UNE-EN16147
HYBRID SYSTEM TANK
| Measure | TSH200 | TSH280 | TSH500 |
|---|---|---|---|
| A | 587 | 587 | 740 |
| B | 1527 | 1945 | 2066 |
| W | 585 | 585 | 696 |
| Su | 956 | 1323 | 1455 |
| I | 217 | 217 | 245 |
| F | 160 | 160 | 160 |
| Reference | Description |
|---|---|
| 1 | Electric connection |
| 2 | Condensate outlet |
| 3 | Hot water outlet |
| 4 | Expansion Vessel |
| 5 | Circulation pump |
| 6 | Coil outlet socket |
| 7 | Coil inlet socket |
| 8 | Cold water inlet |
| 9 | Air outlet |
| 10 | Air inlet |
COLLECTORS FEATURES
| Technical features | S21 | S26 | G21 | G26 |
|---|---|---|---|---|
| length (mm) | 2047 | 2047 | 2039 | 2039 |
| width (mm) | 1047 | 1247 | 1039 | 1239 |
| thickness (mm) | 49 | 49 | 81 | 81 |
| Gross Area (m2) | 2,15 | 2,53 | 2,14 | 2,53 |
| Net Area (m2) | 2,03 | 2,44 | 2,00 | 2,41 |
| Empty Weight (kg) | 29 | 34 | 30,3 | 38,2 |
| Fluid capacity (L) | 1,15 | 1,38 | 1,1 | 1,4 |
| Frame | Aluminum | Aluminum | Aluminum | Aluminum |
| Cover | 3.2 solar tempered glass | 3.2 solar tempered glass | 3.2 solar tempered glass | 3.2 solar tempered glass |
| Insulation | Glass wool 15 mm | Glass wool 15 mm | Glass wool 40 mm | Glass wool 40 mm |
SWITCHBOARD
-
- Touch screen controller
- Prepared for connection to photovoltaic installations
- Automatic anti-legionella disinfection
- Automatic defrost when the evaporator is frozen
- Alarms
- System operation according to different sections to cover all market demands:
- In a first section: the heat pump would work up to 40ºC. At a higher temperature, the use of the heat pump would no longer be used, working only the solar thermal
- In a second section: the heat pump allows the water to be heated up to 55ºC, and the solar thermal could be acting simultaneously
- When the minimum water temperature is not reached by solar thermal, or the outside conditions are unfavorable, the logic of the system allows the aerothermal to work according to 3 operating modes:
- Eco: heat pump only operating mode
- Auto: combination of heat pump and electrical resistance when the temperature drops a lot
- Boost: heat pump and electric resistance for faster heating
