Bla. Bla. Bla. Bla. Bla. Bla. Bla. Installation Referenses of TP4-Enersol. Tp4 Tp4. Tp4. Tp4 Tp4. Tp4. Tp4 Tp4

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1 Installation Referenses of TP4-Enersol

2 Ìð100x210 Ç1 Ìïõöá 22x22 Ãùíéáêï ñáêïñ 22x1/2 È ãéá åîáåñéóôéêï Ô1 Ôáðá 22 TKM-TP4 Êïëëåêôåñ enersol SIN-22/ vert-down 12 ôåì enersol TP mm = 6.0 m2 ECO-house 12A A two-store Eco house with heating and cooling floor system, 12 thermopanels, 500 L solar tank, 6 kw heat-pump (A/W), wall embedded fan coils, heated Yacousi. Êïëëåêôåñ enersol SIN-22/ vert-up 2xÖ22Cu 4xÖ15Cu Åíäïäáðåäéï TP4 Eco-house-2h Ã.ÖÏÕÍÔÏÕËÇÓ Âïèùíáò Óáíôïñéíç Ôáñáôóá 2/05/2012 uilding with Energy classification (A+) The Panels must be fixed towards a wall on at least one side, other distributor pipes can be mounted upon foundaments. Panels can preferably be arranged in symmetric arrays. The hot water outlet pipe must higher than the inlet pipe. Panels can be turned around in summertime in order to avoid excessive water heating when not habited.

3 ECO-house 12 T K M -T P 4 ç Èåó ë ïâï öùô enersol TX mm = 6.4 m2 ù ôáéê A two-store Eco house with heating and cooling floor system, 16 thermopanels, 500 L solar tank, 6 kw heat-pump (A/W), wall embedded fan coils, heated Yacousi. í óõ ôùí ëëåê 16 ôåì 2 ôåì êïëëåêôåñ enersol SIN-22/250 vert-d own 40 x.175 x 2.0 = 14 m2 2 ôåì êïëëåêôåñ enersol SIN-22/250 horizo ntal 4xÖ18 Ç1 Ìïõöá 22x22 Ãùíéáêï ñáêïñ 22x1/2 È ãéá åîáåñéóôéêï Ô1 Ôáðá 22 4xÖ15 Åíäïäáðåäéï Eco-house-3 ÖÏÕÔÏÕËÇÓ êôéñéï 3g Óáíôïñéíç Çëéáêï 27/12/2011 uilding with Energy classification (A+) The Panels must be fixed towards a wall on at least one side, Panels can preferably be arranged in symmetric arrays. other distributor pipes can be mounted upon foundaments. The hot water outlet pipe must higher than the inlet pipe. Panels are not affected by strong winds due to its free space The non-pressurized solar water storage tank 500 L is well the angle can easily be adjusted by turning in groups of four. thermoinsulated to keep a mean temperature of C.

4 Ðñïóï ç: Ïëá ôá êñõóôáëëá å ïõí õðïëïãéóôåé íá åéíáé óå ôõðïõ Low-E ìå óõíôåëåóôç Ê =1.4 Watt (Ê õðïëïãéóìïõ = 1.4 Kc) TKM-TP4 Ìð100x220 Ìð100x210 Ðá30x50 Ðá80x100 ECO-house 12C A one-store Eco house with heating and cooling floor system, 16 thermopanels, 500 L solar tank, 4 kw heat-pump (A/W), wall embedded fan coils, heated Yacousi. x Ö15Cu Z1 Ìð100x210 Ðá 30x50 1 Êïëëåêôåñ D Ìð100x210 1 Êïëëåêôåñ Êïëëåêôåñ Ðá40x80 16 óõëëåêôåò TH2.0 = 6.4m2 (ïëéêåò äéáóôáóåéò 2,0 x 4.2m) Ðá25x80 2.0m Æ1 Óõóôïëç 22x18Cu Ðï100x210 Ôáðá 1/2 x Ö15Cu 3.7m 2 x Ö18Cu 4.0m Åíäïäáðåäéï Eco-house-4 ÖÏÕÔÏÕËÇÓ-4h êôéñéï (Ã) Óáíôïñéíç Éóïãåéï 2/05/2012 uilding with Energy classification (A+) The Panels must be fixed towards a wall on at least one side, other distributor pipes can be mounted upon foundaments. Panels can be arranged in non symmetric excentric arrays. Normally the middle double pipe is the hot water outlet. A slight inclination is neccesary for open curcuit systems. On closed pressurised curcuits the installation can be flat.

5 G3 Ðñïóï ç: Ïëá ôá êñõóôáëëá å ïõí õðïëïãéóôåé íá åéíáé óå ôõðïõ Low-E ìå óõíôåëåóôç Ê =1.4 Watt (Ê õðïëïãéóìïõ = 1.4 Kc) Êïëëåêôåñ TKM-TP4 ECO-house 12D A two-store family house with basement. Low temperature radiator heating system. Thermodynamic solar panels TD/(PV) for up to 75% low temperature solar heating. Æ3 Ç1 Ìïõöá 22x22 Ãùíéáêï ñáêïñ 22x1/2 È ãéá åîáåñéóôéêï Ô1 Ôáðá 22 G2 Óôçñéîç óå ðñïöéë Ôáö 3/4 ñáãáò 40x40 mm áðï áêñé óå áêñé. 3.10m Êïëëåêôåñ Ãùíéá 3/4 Ç3 Ôáðá 3/4 Ì 4.2m óõëëåêôåò TH-2 êëéóç 60 = 8.0 m2 ( ïëéêç äéáóôáóç 3.6 x 4.3 m) 4.0m 4.8m 0.8m 0.5m 4.1m Êïëëåêôåñ D G3 Ôáö 3/4 G3 Ãùíéá 3/4 9 óõëëåêôåò TÇ-3 êëéóç 60 c/c=333mm = 5.4 m2 ( (ïëéêç äéáóôáóç 3.0 x 3.2 m ) Êïëëåêôåñ G3 Ãùíéá 3/4 Êïëëåêôåñ Åíäïäáðåäéï Eco-house-1h ÖÏÕÔÏÕËÇÓ êôéñéï (Ä) Óáíôïñéíç Éóïãåéï 2/05/2012 uilding on left hand side, Energy classification (A-) Solar buffer tank 500 L, additional energy source oil burner The backside of solar panels are temporarily covered by an aluminium plate which can be exchanged to PV-modules. All roof areas are covered by solar panels (3.0/2.0 m) with high efficient selective surface (a=95% e=5%) The selfbearing collecting pipes are of stainless steel 304 and the connector couplings are in stainless steel SS 316 The preinsulated distributor pipe is fixed to the wall by ordinary pipe pipe fixtures with rubber surface.

6 ECO T-house 11A Marapas Antiparos A two-store Eco house with A/C heating & cooling system, 32 thermopanels TP3, 300 L solar tank, kw heat-pumps, solar energy floor heating of bathrooms. 300 m2 building with Energy classification (A+) Master bed & bath extended module 5m x 5m The solar panels are equipped with a blue selective highly efficient al. surface (a=95% e=5%) welded on copper pipes. Panels can preferably be arranged in symmetric arrays covering of the whole of the available roof area. The panels does not disturbe the structural arcitecture lines if symmetrically incorporated on to the roof space. The hot water collector pipe must be higher to air vents. Cold water distributor pipe is mounted lower with elbows.

7 ECO X-house 11 Marapas Antiparos A two-store Eco house with A/C heating & cooling system, 32 thermopanels TP3, 300 L solar tank, kw heat-pumps, solar energy floor heating of bathrooms. 300 m2 building with Energy classification (A+) Master bed & bath extended module 5m x 6m The solar panels are equipped with a blue selective highly efficient al. surface (a=95% e=5%) welded on copper pipes. Panels can preferably be arranged in symmetric arrays. The hot water outlet pipe must higher than the inlet pipe. The panels are mounted on collector pipes with c/c 250 mm and are thus not affected at all by any strong winds. The distributor pipe can be fixed towards a wall on one side or be mounted directly on small concrete foundaments.