ENERGIE is a leading company in production of thermodynamic solar panels. ENERGIE products are sold in more than 29 countries on four continents. The strategy of this brand is based on customers´ satisfaction and it is a synomym for reliability, quality, innovation and effectivity. It follows strict standards, which are aimed at saving, convenience and welfare of customers.
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Thermodynamic solar systems Prices beginning from €8.000, including VAT
POOL HEATED DURING THE WHOLE YEAR WITH THE LOWEST PRICE OF HEATING ON THE MARKET
OPTION TO CONNECT ALL HOUSE HEATING DEVICES INTO ONE SOLUTION
OPTION OF CHANGING BETWEEN ENVIRONMENT HEATING IN COLDER SEASONS AND HEATING OF POOLS IN HOTTER SEASONS
HIGHLY RESISTANT TITANIUM EXCHANGER
HIGHLY EFFICIENT SPIRAL COMPRESSOR
WITHOUT DE-ICING
INDOOR UNIT IN SMALL SIZE
ELECTRONIC EXPANSION VALVE
Perfect solution for those, who want to enjoy their pool during all year round and at the same time stay economical and ecological. Despite high level of reliability and efficiency, thermodynamic solar systems are not limited by disadvantages of traditional systems. Complete system was designed to operate without maintenance what reduces operation costs. Thermodynamic solar system uses a closed circuit, which does not require regular adding of coolant. Furthermore, the system uses heat exchanger made from titanium with very high resistance towards pool chlorine. Also smaller number of solar panels is enough for this system in contrast to traditional systems, and this way is more economical and efficient.
SolarBlock
number of solar panels
absorbing surface
panel weight
Heat output
energy consumpion
power supply
el. protection
panel mass
dimensions (HxWxD)
noise
Solarblok 6 P
6 pc
9,6m2
8kg
4,9 – 9,7 kW
1,2 – 2,2 kW
380 – 420 V/ 3~/50 Hz
6 A
48 kg
940x555x550
50-65 dB
Solarblok 12 P
12 pc
19,2m2
8kg
9,2 – 16,7 kW
1,9 – 3,1 kW
380 – 420 V/ 3~/50 Hz
10 A
96 kg
940x555x550
50-65 dB
Solarblok 16 P
16 pc
25,6m2
8kg
14,2 – 24,2 kW
3,2 – 5,2 kW
380 – 420 V/ 3~/50 Hz
16 A
128 kg
940x555x550
50-65 dB
Solarblok 28 P
28 pc
44,8m2
8kg
24,0 – 42,6 kW
5,7 – 8,3 kW
380 – 420 V/ 3~/50 Hz
20 A
210 kg
915x654x634,5
50-65 dB
Solarblok 40 P
40 pc
64,0m2
8kg
32,5 – 53,1 kW
7,1 – 10,1 kW
380 – 420 V/ 3~/50 Hz
25 A
320 kg
940x655x640
50-65 dB
HIGHLY EFFICIENT HEATING AT LOW TEMPERATURES
OPTION TO CONNECT ALL HOUSE HEATING DEVICES INTO ONE SOLUTION
OPTION OF CHANGING BETWEEN HOUSE HEATING IN COLDER SEASONS AND
HEATING OF POOLS IN HOTTER SEASONS
HIGHLY EFFICIENT SPIRAL COMPRESSOR
HIGH QUALITY PLATE EXCHANGER MADE FROM STAINLESS STEEL
WITHOUT DE-ICING CYCLE
INDOOR UNIT IN SMALL SIZE
CENTRAL HEATING WITHOUT CHIMNEYS AND FLUE GAS, PERFECTLY ENVIRONMENTALLY FRIENDLY
IT IS EFFICIENT IN CONNECTION WITH UNDERFLOOR HEATING, CONVECTORS OR WITH FANCOIL DEVICES
ELECTRONIC EXPANSION VALVE
This unit of the Thermodynamic Solar System includes following components: a compressor with low consumption, which controls liquid circulating in the whole system, a heat exchanger, which dissipates heat into the water for consumption (DHW) or closed heating circuit (Central heating and Pool heating) and an expansion component, which reduces the boiling point app. from -30°C, so it can go back into the thermodynamic solar panels and capture heat again.
Solar panel
Captures heat regardless of climate
Primary circuit does not need to dissipate excess heat on hotter days
Simple integration with architecture, versatile, no visual impact
Device
Without fans
Without de-icing cycles, which consume energy
Highly efficient compressor with low energy consumption
Without need to install supplementary device
Thermodynamic Solar System joins two incomplete technologies, the heat pump and the solar thermal collector. Heat pumps are very efficient devices, but they cannot extract energy from the sun shine. Solar thermal collectors are the most suitable source of heat on warm and sunny days, but they are absolutely unuseful, when the sun doesn´t shine. Thermodynamic solar technology can overcome limits of both the heat pump and the solar collector technologies. Through the cooling liquid (R134a or R407c) circulating in the closed circuit, the liquid runs into the solar panel and takes the energy from sun, rain, wind and surrounding environment. During this process, the liquid gains heat in more effective way than the heat pump. After this step, the heat is delivered into the heat exchanger via small compressor, which warms water. Since the liquid has boiling point around -26°C, the system operates also when the sun is not shining. It provides hot water during the day, in the night, rain and wind unlike the common solar thermal system. In the system, there are no fans, which help in the process of evaporation or de-icing, what means unnecessary energy consumption.
Since the liquid has boiling point around -30°C, the system operates also when the sun is not shining and even in the night, it provides 55°C hot water, during day and in the night, storms, rain, wind, unlike the common solar thermal system. Energy consumption of the system is basically the same as in the cooling compressor inducing liquid circulating. In the system, there are no fans, which help in the process of evaporation or de-icing, what means unnecessary energy consumption, unlike what happens with heat pumps.
Thermodynamic solar systems present high level of savings and convenience in heating your home. Technology used allows to have high performance as well high efficiency. Thanks to the latest technology of thermodynamic systems, it is possible to use a range of renewable energy resources such as sun, wind and rain. Thermodynamic solar system introduces the best solution for reducing the energy consumption and without producing emissions of greenhouse gases also for the environment. One system may effectively and efficiently serve for heating house as well as for water heating. Moreover, you can use the system as central heating during colder season and then during summer you can switch to pool heating, what will maximalize your investments.
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HIGHLY EFFICIENT HEATING AT LOW TEMPERATURES
This unit of the Thermodynamic Solar System includes following components: a compressor with low consumption, which controls liquid circulating in the whole system, a heat exchanger, which dissipates heat into the water for consumption (DHW) or closed heating circuit (Central heating and Pool heating) and an expansion component, which reduces the boiling point app. from -30°C, so it can go back into the thermodynamic solar panels and capture heat again.
