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.
5anos

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
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