Transcript
THERMODYNAMIC
INDEX
Company Working principle Thermodynamic solar panel Compacts units for DHW
Serie E
Serie I
Serie E+I
DHW systems for large volume and heating Installations 2
COMPANY 3
Ubication Development
Recently set up: 7 years developing Design, development and manufacturing of heat pumps and thermodynamic solar systems Laboratory testing; R+D
Products -
Spanish manufacturing
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COMPANY 4
STRENGHTS Saving and energy efficiency.
Certified products.
Quality department, Business Advisory services and Implementation department. R&D department working towards continuous improvement in the products.
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MARKETS 5
National
Commercial network Sales increased by around 15% compared to 2011
International
Recently internationalization
Distribution network: Europe and South America
Sales increased by around 250%
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Thermodynamic 6
The thermodynamic energy involves extracting ambient heat (outdoor or indoor air, floor, etc ...) Thermodynamic Solar system Energy Panel
The thermodynamic solar systems for DHW and heating are based on heat pump systems with solar use, able to capture solar energy to heat water in an efficient and environmentally friendly way with very low consumption compared to conventional systems.
WORKING PRINCIPLE 7
1.The refrigerant fluid at low-temperature (which may be below 0 ° C) circulates through the thermodynamic panel. The fluid absorbs the solar and ambient radiation collected by the panel. The temperature difference caused by external agents such as sun, rain or wind ensures the fluid to gasify. 2. The compressor sucks the hot gas and compresses it, raising its temperature and pressure. 3. The fluid enters the condenser, consisted of the coil which surrounds the reservoir (supply security), where the energy is transmitted from the fluid to the water inside. 4. With high pressure and after living large part of its heat to the condenser, the refrigerant reaches the expansion valve in the liquid phase again. This is a reduction in pressure which causes fluid to be able to enter the panels RENEWABLE ENERGY FROM SOLAR RADIATION
SHW BUFFER TANK RENEWABLE ENERGY FROM AMBIENT
SHW EXPANSION VALVE
ENERGY TRANSFERRED TO THE WATER
CONDENSER
THERMODYNAMIC SOLAR PANEL 1
COMPRESSOR 2
Thermodynamic solar panel 8
•Manufactured in aluminium sheet •From Roll Bond manufacturing •Evaporator function •Reduced weight: aprox. 8 kg •Unfolded dimensions: 2 x 0,995 m •Recommended colour: black •Special design to prevent oil retention. •Vertical or horizontal position. •One smooth side panel
Thermboil: domestic series 9
Series E
Series E+I
Series I
THERMBOIL Charasteristics
Storage tank in inox.
Compact unit, lacquered iron casing.
High efficiency compressor.
Ecological fluid R134a.
Aluminium condenser, external.
Isolation by polyurethane injected 40 kg/m3.
Protection systems to high pressures and operating temperatures.
Thermostatic expansion valve
Electrical auxiliary system.
Optional heat recovery system for rooms with high thermal load. All systems are tested in our factory before delivery.
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MODELS 11
Serie E: thermodynamic evaporator panel.
Increases performance due to solar radiation incident on the panel.
Serie I: internal heat exchanger evaporator.
AEROTHERMAL
Serie E+I: Double evaporation: thermodynamic panel + heat exchanger. Combination of both systems. 11
CHARACTERISTICS
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Thermboil Serie E 13
Expansion valve
Evaporator Compressor
Condenser coil
Thermboil Serie I 14
Expansion valve
Air forced Evaporator
Compressor
Condenser coil
Thermboil Serie E+I 15
Expansion valve
Evaporator
Air forced Evaporator
Condenser coil Compressor
GTC LARGE VOLUMES AND HEATING 16
GTC: SYSTEMS FOR DHW AND HEATING.
GTC HT: THERMODYNAMIC UNITS UP TO 65º
GTP: THERMODYNAMIC UNITS FOR POOLS HEATING
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CHARACTERISTICS GTC 17
Fitted with thermodynamic panels double side inflated Compact unit, fitted with a lacquered steel frame Highly efficient compressor Highly efficient ecological refrigerant, R407c. Integrated heat exchanger AISI316 in stainless steel Electronic expansion valve All the equipments are tested at the factory before sending High performance units Catching of both solar and ambiental heats
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CHARACTERISTICS GTC 18
Model
Units
GTC04
GTC06
GTC08
GTC12
Nominal calorific power*
kW
7
8,5
13,1
15,8
Absorbed intensity
A
7,8
9,1
16,1
19,4
Nominal electric power
kW
1,7
2
3,4
4
Electrical power supply
V/ph/Hz
Number of panels
Ud.
8
12
Number of compressors
Ud.
230 / 1 / 50 4
6 1
Kind of compressor
Piston
Scroll
Water connection (inlet/outlet)
Pulg.
1
Minimum water flow in the condenser
l/s
Panel dimensions (Length/width/depth)
mm
1700 / 800/ 25
Panel weight
kg
6.2
Equipment dimensions (Length/width/depth)
mm
880 / 430 / 630
Catching surface
m2
0,32
10,9
0,40
16,3
0,63
21,8
0,75
32,6
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CHARACTERISTICS GTC II 19
Model
Units
GTC16
GTC24
GTC32
GTC40
Nominal calorific power*
kW
23,4
32,3
46,2
54,3
Absorbed intensity
A
9,93
13,2
18,9
23,86
Nominal electric power
kW
5,8
7,8
11,3
13,8
Electrical power supply
V/ph/Hz
Number of panels
Ud.
32
40
Number of compressors
Ud.
2,2
2,6
380 / 3 / 50 16
24 1
Kind of compressor
Scroll
Water connection (inlet/outlet)
Pulg.
1
Minimum water flow in the condenser
l/s
Panel dimensions (Length/width/depth)
mm
1700/ 800 / 25
Panel weight
kg
6.2
Equipment dimensions (Length/width/depth)
mm
Catching surface
m2
1,18
1,54
1000 / 1000 / 600
880 / 500 / 750 43,5
65,3
87
108,8
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CHARACTERISTICS GTC HT 20
Fitted with thermodynamic panels double side inflated Compact unit, fitted aluminummagnesium framework Highly efficient compressor Highly efficient ecological refrigerant, R134a. Integrated heat exchanger AISI316 in stainless steel Electronic expansion valve All the equipments are tested at the factory before sending High performance units Catching of both solar and ambiental heats 20
CHARACTERISTICS GTC HT I 21
Model
Units
GTC04
GTC06
GTC08
GTC12
Nominal heating capacity *
kW
6.52
8.05
9.36
10.85
Absorbed intensity
A
9.09
11.83
12.21
12.59
Nominal power input of the compressor
kW
2.19
2.91
3.04
3.18
Power input
V/ph/Hz
230 / 1 / 50
Atmospheric temperature range
ºC
-5-45
Panel quantities
Ud.
8
12
Compressors quantity
Ud.
0,45
0,52
4
6 1
Compressor type
Scroll
Water connection (inlet / outlet)
Pulg.
1
Minimun Water flow at the condenser
l/s
Panel dimensions
mm
1700 / 800 / 25
Panel weight
kg
6.2
Unit dimension (height / width / depth)
mm
847/595/ 595
Collection area
m2
0,31
10,9
0,38
16,3
21,8
32,6
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CHARACTERISTICS GTC HT II 22 Model
Units
GTC16
GTC24
GTC32
Nominal heating capacity *
kW
22.9
28.9
35.1
Absorbed intensity
A
13.99
16.01
20.08
Nominal power input of the compressor
kW
7.16
8.95
10.8
Power input
V/ph/Hz
380 / 3 / 50
Atmospheric temperature range
ºC
-5-45
Panel quantities
Ud.
Compressors quantity
Ud.
16
24
32
1
Compressor type
Scroll
Water connection (inlet / outlet)
Pulg.
1
Minimun Water flow at the condenser
l/s
Panel dimensions
mm
1700/ 800 / 25
Panel weight
kg
6.2
Unit dimension (height / width / depth)
mm
847/708/630
Collection area
m2
1,1
43,5
1,38
65,3
1,68
87,1
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GTC PLUS/ GTC PLUS HT 23
Buffer tank 150-250 L in stainless steel Heating back-up with independent control From the GTC16, the thermodynamic unit and buffer tank are supplied in separate blocks for reasons of weight and handling
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CHARACTERISTICS GTP 24
Thermodynamic panels double side inflated
Compact unit in steel lacquered casing
High efficient compressor
Refrigerant gas R407C
Titanium heat exchanger
Electronic expansion valve
Units tested
All the equipments are tested at the factory before sending Catching of both solar and ambiental heats
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CHARACTERISTICS GTP 25 Model
Units
GTP16
GTP24
Model
Units
GTP16
GTP24
Nominal heating capacity *
kW
27,4
38,1
Nominal heating capacity *
kW
27,4
38,1
Absorbed intensity
A
6.7
9.3
Absorbed intensity
A
6.7
9.3
Nominal power input of the compressor
kW
3,7
5,2
Nominal power input of the compressor
kW
3,7
5,2
Power input
V/ph/Hz
Power input
V/ph/Hz
Number of panels
Ud.
Number of panels
Ud.
380 / 3 / 50 16 Scroll
Compressor type
1
Minimal water flow in the condenser
Pulg.
Minimal water flow in the condenser
l/s
6.2
Panel weight
kg
1000 / 600 / 1000
Unit dimensions (height / depth /
Compressor type Minimal water flow in the condenser
Pulg.
Minimal water flow in the condenser
l/s
Panel weight
kg
Unit dimensions (height / depth / width) Collection surface
mm 2
m
24
2,72
3,84
width)
43,5
65,3
Collection surface
380 / 3 / 50 16
24 Scroll
mm 2
m
1 2,72
3,84 6.2
1000 / 600 / 1000 43,5
65,3
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THERMAL-THERMODYNAMIC 26 ADVANTAGES OF THERMODYNAMIC SYSTEM OVER THE SOLAR SYSTEM:
Easy installation. Non maintenance. Non-combustible which will not corrode. Non-toxic. Easy to detect leaks. High heat of evaporation. Chemiquelly stable under different pressures and temperatures. Does not freeze. The safety high switch pressure is opened. Cold fluid circulates inside the panel and therefore unaffected by hard water, lime, rust, etc.. Energy capturing, day and night, on cloudy days, rainy, even snowy, to - 5 ° C.
TRADITIONAL SOLAR PANEL: Classical solar panels have the following inconveniences: Difficulty integration architecture. High weight; around 45/60 kg per panel. Heat captation by one side. Stop operating in the absence of the sun. They need an alternative source of energy when most needed. Continuous maintenance. Fragility. Freezing risk. Risk of overheating in summer. (Important for unusual homes). Possible obstructions in hard water areas (presence of lime in the water).
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Regulation: Technical Code for Building Construction
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Regulation: EN 16147 CETIAT 28
INSTALLATIONS 29
Housing at ITALY THERMBOIL 200 LITRES
INSTALLATIONS 30 Pool heating at Spain 600 m3
INSTALLATIONS 31
HOTEL at Panama
5.000 LITRES GTC40
INSTALLATIONS 32
Car-wash Carrero at Lucena
THERMBOIL 500 E
INSTALLATIONS 33
Pulp plant at CHILE
2.500 LITRES 5 x THERMBOIL 500 E
INSTALLATIONS 34 Warehouse / Offices at BELGIUM GTC12 HEATING AND DHW
INSTALLATIONS 35 Warehouse / Offices at THE NETHERLANDS
GTC12 High Temperature
HEATING AND DHW
INSTALLATIONS 36
DHW at McDonald’s -SPAIN Thermboil 500 Litres
INSTALLATIONS 37
Camping at SPAIN 2.000 LITRES GTC12
THANKS
