W W 1 1 2 1 Tel. / Fax +49 Germany www.viessmann.com [email protected] Direct solar loop / heat exchanger Heat exchanger (0)6452-70-0 Open, vented or closed solar loop Closed Viessmann Werke GmbH & Co. KG Viessmann Postal Code 35107 Allendorf System classification Solar loop, circulation principle Thermosyphon Application(s) Hot water Page 1 Company Brand (optional) Country Website E-mail SOLAR SYSTEM test results 5 Licence Number of 2017-05-17 Annex to Solar KEYMARK Certificate Issued 011-7S2590 A Summary of EN12976-2 Street Viessmannstrasse 1 Store orientation (of main axis) Horizontal Type of auxiliary heating (internal back-up heat) Electric Drain back/down Always filled (no drain) Store location Outdoor Stamp & signature of test lab Comments of test lab Vitosol 100-F SVT 2,51 Solar loop controller Solar loop fluid itocell 100-H CHTB 150 Vitosol 100-F SVT 2,18 Number of collectors in each configuration for each store Solar only / Solar preheat - - 300 602 - - Heat store(s) Collector(s) www.tuv.com/st TÜV Rheinland Energy GmbH Testing Laboratory Date of test report 21228898.001_Report_VITOSOL_111_F_TS1 Solar loop pump - power range 3.0 3.0 °C Freezing point Keymark lic.no. if available - - - Company Name Collector name Company Name Required TYFOROP Chemie GmbH Tyfocor L - If other auxiliary/internal back-up heating, please specifiy: Solar+supplementary OR Solar-only / Solar pre-heat Viessmann Faulquemont S.A.S. - Company Keymark lic.no. if available Viessmann Faulquemont S.A.S. 512 - - 200 512 3.0 011-7S2591 F Company Keymark lic.no. if available Per module Gross Area (AG) Gross length Gross width m² mm Test report id. number Recommended/required 2015-10-14 Website - to itocell 100-H CHTB 200 Store name itocell 100-H CHTB 300 System family overview -10 Total nominal volume Gross width Gross depth Auxiliary heated volume Electrical aux. heating power litres mm mm litres kW Gross height mm mm Collector name 2.18 2066 1056 2380 1056 2.51 Vitosol 100-F SVT 2,18m² Vitosol 100-F SVT 2,51m² 1322 1685 1644 Store name Vitocell 100-H CHTB Vitocell 100-H CHTB Vitocell 100-H CHTB 150 DIN CERTCO ● Alboinstraße 56 ● 12103 Berlin Tel: +49 30 7562-1131 ● Fax: +49 30 7562-1141 ● E-Mail: [email protected] ● www.dincertco.de Stamp & signature of test lab Comments of test lab Comments ... Version 3.6, 2014-06-18
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W W
1 1 2
1
Tel. / Fax +49
Germany
www.viessmann.com
Direct solar loop / heat exchanger Heat exchanger
(0)6452-70-0
Open, vented or closed solar loop Closed
Viessmann Werke GmbH & Co. KG
Viessmann
Postal Code 35107 Allendorf
System classification
Solar loop, circulation principle Thermosyphon
Application(s) Hot water
Page 1
Company
Brand (optional)
Country
Website
SOLAR SYSTEM test results
5
Licence Number
of
2017-05-17Annex to Solar KEYMARK Certificate Issued
011-7S2590 ASummary of EN12976-2
Street Viessmannstrasse 1
Store orientation (of main axis) Horizontal
Type of auxiliary heating (internal back-up heat) Electric
Drain back/down Always filled (no drain)
Store location Outdoor
Stamp & signature of test lab
Comments of test lab
Vitosol 100-F SVT 2,51m²
Solar loop controller Solar loop fluid
Vitocell 100-H CHTB 150L
Vitosol 100-F SVT 2,18m²
Number of collectors in each configuration for each store
Solar only / Solar preheat
- -300 602 - -
Heat store(s)Collector(s)
www.tuv.com/st
TÜV Rheinland Energy GmbHTesting Laboratory
Date of test report
21228898.001_Report_VITOSOL_111_F_TS1
Solar loop pump - power range
3.03.0
°CFreezing point
Keymark lic.no. if available -
-
-
CompanyName
Collector name
CompanyName
Required
TYFOROP Chemie GmbH
Tyfocor L
-
If other auxiliary/internal back-up heating, please specifiy:
Solar+supplementary OR Solar-only / Solar pre-heat
Viessmann Faulquemont S.A.S.
-
Company
Keymark lic.no. if available
Viessmann Faulquemont S.A.S.
512 - -200 512
3.0
011-7S2591 F
Company
Keymark lic.no. if availablePer module
Gro
ss
Are
a (A
G)
Gro
ss
len
gth
Gro
ss
wid
th
m² mm
Test report id. number
Recommended/required
2015-10-14
Website
-to
Vitocell 100-H CHTB 200L
Store name
Vitocell 100-H CHTB 300L
System family overview
-10
Tota
l no
min
al
volu
me
Gro
ss
wid
th
Gro
ss
de
pth
Au
xilia
ry
he
ate
d v
olu
me
Ele
ctri
cal a
ux.
he
atin
g p
ow
er
litres mm mm litres kW
Gro
ss
he
igh
t
mmmm
Collector name
2.18 2066 10562380 10562.51
Vitosol 100-F SVT 2,18m²Vitosol 100-F SVT 2,51m²
132216851644
Store name
Vitocell 100-H CHTB Vitocell 100-H CHTB Vitocell 100-H CHTB
150
DIN CERTCO ● Alboinstraße 56 ● 12103 Berlin
Tel: +49 30 7562-1131 ● Fax: +49 30 7562-1141 ● E-Mail: [email protected] ● www.dincertco.de
Stamp & signature of test lab
Comments of test lab
Comments ...
Version 3.6, 2014-06-18
1 1 2
1
Daily drawoff l Daily drawoff l Daily drawoff l
Viessmann Werke GmbH & Co. KG Country Germany
Brand (optional) Viessmann Website www.viessmann.com
Certification No. 011-7S2590 A
Annex to Solar KEYMARK Certificate Issued 2017-05-17
Vitosol 100-F SVT 2,51m²
System family overview
Collector name
For each storage and collector size, give number of collectors
Vitocell 100-H CHTB 150LVitocell 100-H CHTB 200LVitocell 100-H CHTB 300L
Tc,ave °C Annual average mains cold water temp.
ΔTc K Seasonal variation of Tc
ISO 9459-5 (DST)
Testing Laboratory
Test method
Website
Test report id. number
Date of test report
Comments of test lab
Stamp & signature of test lab
Th 45 °C Desired hot water temperature (mixing valve temperature).
Max. operating press. - collector side 300 kPa Max. operating press. - tank side 1 000
TÜV Rheinland Energy GmbH
www.tuv.com/st
21228898.001_Report_VITOSOL_111_F_TS1
2015-10-14
kPa
G kWh/m² Annual irradiation South, 45°
Ta,ave °C Annual average outdoor air temperature
3.2 18.5
± ΔTc 6.4 3.0 0.8 7.4
Tc,ave 8.5 10.0 5.4 17.8
fsol=QL/Qd - Solar fraction
Ref. conditions
Stockholm SE Würzburg DE Davos CH Athens GR
G 1 157 1 230 1 684 1 736
Ta,ave 7.5 9.0
Qd,sh MJ/y Not relevant for solar domestic hot water system
Qpar MJ/y Annual parasitic energy: (electricity for pumps/controllers)
Qd MJ/y Annual heat demand for domestic hot water
QL MJ/y Annual heat energy delivered by the solar system
Name of system configuration Vitosol 111-F Typ TS1
Collector name No. Collectors Vitosol 100-F SVT 2,18m² Vitocell 100-H CHTB 150LStorage name1
of 5
Summary of EN12976-2
Vitosol 100-F SVT 2,18m²
test results
Street Viessmannstrasse 1
Postal Code 35107 Allendorf
E-mail [email protected]
Tel. / Fax +49 (0)6452-70-0
Page 2
Company
Perf. indicators for the table above
Calculated annual results for "solar-only / preheat system"
LocationQd,sh
110 140 170
Qd,hw QL Qpar fsol Qd,hw QL Qpar fsol Qd,hw QL Qpar fsol
MJ/y MJ/y MJ/y MJ/y % MJ/y MJ/y %
Stockholm SE 6150 3185 - 52 7821 3627 - 47 9492 3942 - 42
-
MJ/y MJ/y % MJ/y MJ/y
50 9114 4163 - 46
Davos CH 6654 4730 - 71 8483 5361 - 63 10281 5771 - 56
WürzburgDE 5897 3248 - 55 7506 3753
Athens GR 4573 3879 - 85 5834 4667 - 80 7064 5267 - 75
All values are subject to some uncertainty; e.g. the uncertainty on system output is typically in the range of ± 5 % to ± 15 % Version 3.6, 2014-06-18
Comments of test lab
Stamp & signature of test lab
No comments
DIN CERTCO ● Alboinstraße 56 ● 12103 Berlin
Tel: +49 30 7562-1131 ● Fax: +49 30 7562-1141 ● E-Mail: [email protected] ● www.dincertco.de
1 1 2
1
Daily drawoff l Daily drawoff l Daily drawoff l
Date of test report 2015-10-14
Test method ISO 9459-5 (DST)
Comments of test lab
Stamp & signature of test lab
Testing Laboratory TÜV Rheinland Energy GmbH
Website www.tuv.com/st
Test report id. number 21228898.001_Report_VITOSOL_111_F_TS1
Th 45 °C Desired hot water temperature (mixing valve temperature).
Max. operating press. - collector side 300 kPa Max. operating press. - tank side 1 000 kPa
Tc,ave °C Annual average mains cold water temp.
ΔTc K Seasonal variation of Tc
G kWh/m² Annual irradiation South, 45°
Ta,ave °C Annual average outdoor air temperature
1 736
± ΔTc 6.4 3.0 0.8 7.4
Tc,ave 8.5 10.0 5.4 17.8
Ref. conditions
Stockholm SE Würzburg DE Davos CH Athens GR
Ta,ave 7.5 9.0 3.2 18.5
G 1 157 1 230 1 684
Qpar MJ/y Annual parasitic energy: (electricity for pumps/controllers)fsol=QL/Qd - Solar fraction
Qd MJ/y Annual heat demand for domestic hot water
QL MJ/y Annual heat energy delivered by the solar system
Perf. indicators for the table above
Qd,sh MJ/y Not relevant for solar domestic hot water system
Athens GR 5834 4667 -
Davos CH 8483 5330 - 63
5330 - 75 5866 - 7080 7064
- 46 10691 4510 - 42
- 5110281 5803 - 56 12110 6118
8326
- 38
WürzburgDE 7506 3753 - 50 9114 4194
9492 3974 - 42 11164 4226Stockholm SE 7821 3627 - 46
Qd,hw QL Qpar fsol Qd,hw QL Qpar fsol Qd,hw
Calculated annual results for "solar-only / preheat system"
LocationQd,sh
140 170 200
QL Qpar fsol
MJ/y %MJ/y MJ/y MJ/y % MJ/y MJ/y MJ/y % MJ/y MJ/y MJ/y
Name of system configuration Vitosol 111-F Typ TS1
Collector name Vitosol 100-F SVT 2,18m² No. Collectors 1 Storage name Vitocell 100-H CHTB 200L
Vitosol 100-F SVT 2,18m²
Vitosol 100-F SVT 2,51m²
System family overview
Collector name
For each storage and collector size, give number of collectors
Vitocell 100-H CHTB 150LVitocell 100-H CHTB 200LVitocell 100-H CHTB 300L
Postal Code 35107 Allendorf Tel. / Fax +49 (0)6452-70-0
Brand (optional) Viessmann Website www.viessmann.com
Street Viessmannstrasse 1 E-mail [email protected]
Company Viessmann Werke GmbH & Co. KG Country Germany
Summary of EN12976-2 test results Certification No. 011-7S2590 A
Page 3 of 5
Annex to Solar KEYMARK Certificate Issued 2017-05-17
All values are subject to some uncertainty; e.g. the uncertainty on system output is typically in the range of ± 5 % to ± 15 % Version 3.6, 2014-06-18
DIN CERTCO ● Alboinstraße 56 ● 12103 Berlin
Tel: +49 30 7562-1131 ● Fax: +49 30 7562-1141 ● E-Mail: [email protected] ● www.dincertco.de
Comments of test lab
Stamp & signature of test lab
No comments
1 1 2
1
Daily drawoff l Daily drawoff l Daily drawoff l
Date of test report 2015-10-14
Test method ISO 9459-5 (DST)
Comments of test lab
Stamp & signature of test lab
Testing Laboratory TÜV Rheinland Energy GmbH
Website www.tuv.com/st
Test report id. number 21228898.001_Report_VITOSOL_111_F_TS1
Th 45 °C Desired hot water temperature (mixing valve temperature).
Max. operating press. - collector side 300 kPa Max. operating press. - tank side 1 000 kPa
Tc,ave °C Annual average mains cold water temp.
ΔTc K Seasonal variation of Tc
G kWh/m² Annual irradiation South, 45°
Ta,ave °C Annual average outdoor air temperature
1 736
± ΔTc 6.4 3.0 0.8 7.4
Tc,ave 8.5 10.0 5.4 17.8
Ref. conditions
Stockholm SE Würzburg DE Davos CH Athens GR
Ta,ave 7.5 9.0 3.2 18.5
G 1 157 1 230 1 684
Qpar MJ/y Annual parasitic energy: (electricity for pumps/controllers)fsol=QL/Qd - Solar fraction
Qd MJ/y Annual heat demand for domestic hot water
QL MJ/y Annual heat energy delivered by the solar system
Perf. indicators for the table above
Qd,sh MJ/y Not relevant for solar domestic hot water system
Athens GR 5834 4857 -
Davos CH 8483 5771 - 68
5582 - 79 6213 - 7583 7064
- 50 10691 4888 - 46
- 5610281 6370 - 62 12110 6780
8326
- 42
WürzburgDE 7506 4005 - 53 9114 4510
9492 4320 - 46 11164 4636Stockholm SE 7821 3879 - 50
Qd,hw QL Qpar fsol Qd,hw QL Qpar fsol Qd,hw
Calculated annual results for "solar-only / preheat system"
LocationQd,sh
140 170 200
QL Qpar fsol
MJ/y %MJ/y MJ/y MJ/y % MJ/y MJ/y MJ/y % MJ/y MJ/y MJ/y
Name of system configuration Vitosol 111-F Typ TS1
Collector name Vitosol 100-F SVT 2,51m² No. Collectors 1 Storage name Vitocell 100-H CHTB 200L
Vitosol 100-F SVT 2,18m²
Vitosol 100-F SVT 2,51m²
System family overview
Collector name
For each storage and collector size, give number of collectors
Vitocell 100-H CHTB 150LVitocell 100-H CHTB 200LVitocell 100-H CHTB 300L
Postal Code 35107 Allendorf Tel. / Fax +49 (0)6452-70-0
Brand (optional) Viessmann Website www.viessmann.com
Street Viessmannstrasse 1 E-mail [email protected]
Company Viessmann Werke GmbH & Co. KG Country Germany
Summary of EN12976-2 test results Certification No. 011-7S2590 A
Page 4 of 5
Annex to Solar KEYMARK Certificate Issued 2017-05-17
All values are subject to some uncertainty; e.g. the uncertainty on system output is typically in the range of ± 5 % to ± 15 % Version 3.6, 2014-06-18
DIN CERTCO ● Alboinstraße 56 ● 12103 Berlin
Tel: +49 30 7562-1131 ● Fax: +49 30 7562-1141 ● E-Mail: [email protected] ● www.dincertco.de
Comments of test lab
Stamp & signature of test lab
No comments
1 1 2
1
Daily drawoff l Daily drawoff l Daily drawoff l
Date of test report 2015-10-14
Test method ISO 9459-5 (DST)
Comments of test lab
Stamp & signature of test lab
Testing Laboratory TÜV Rheinland Energy GmbH
Website www.tuv.com/st
Test report id. number 21228898.001_Report_VITOSOL_111_F_TS1
Th 45 °C Desired hot water temperature (mixing valve temperature).
Max. operating press. - collector side 300 kPa Max. operating press. - tank side 1 000 kPa
Tc,ave °C Annual average mains cold water temp.
ΔTc K Seasonal variation of Tc
G kWh/m² Annual irradiation South, 45°
Ta,ave °C Annual average outdoor air temperature
1 736
± ΔTc 6.4 3.0 0.8 7.4
Tc,ave 8.5 10.0 5.4 17.8
Ref. conditions
Stockholm SE Würzburg DE Davos CH Athens GR
Ta,ave 7.5 9.0 3.2 18.5
G 1 157 1 230 1 684
Qpar MJ/y Annual parasitic energy: (electricity for pumps/controllers)fsol=QL/Qd - Solar fraction
Qd MJ/y Annual heat demand for domestic hot water
QL MJ/y Annual heat energy delivered by the solar system
Perf. indicators for the table above
Qd,sh MJ/y Not relevant for solar domestic hot water system
Athens GR 8326 7379
Davos CH 12110 9303 77
8767 84 9965 8089 10407
55 16052 8105 50
6315137 10596 70 18165 11511
12488
46
WürzburgDE 10691 6307 59 13371 7316
13939 7159 51 16746 7789Stockholm SE 11164 6213 56
Qd,hw QL Qpar fsol Qd,hw QL Qpar fsol Qd,hw
Calculated annual results for "solar-only / preheat system"
LocationQd,sh
200 250 300
QL Qpar fsol
MJ/y %MJ/y MJ/y MJ/y % MJ/y MJ/y MJ/y % MJ/y MJ/y MJ/y
Name of system configuration Vitosol 111-F Typ TS1
Collector name Vitosol 100-F SVT 2,18m² No. Collectors 2 Storage name Vitocell 100-H CHTB 300L
Vitosol 100-F SVT 2,18m²
Vitosol 100-F SVT 2,51m²
System family overview
Collector name
For each storage and collector size, give number of collectors
Vitocell 100-H CHTB 150LVitocell 100-H CHTB 200LVitocell 100-H CHTB 300L
Postal Code 35107 Allendorf Tel. / Fax +49 (0)6452-70-0
Brand (optional) Viessmann Website www.viessmann.com
Street Viessmannstrasse 1 E-mail [email protected]
Company Viessmann Werke GmbH & Co. KG Country Germany
Summary of EN12976-2 test results Certification No. 011-7S2590 A
Page 5 of 5
Annex to Solar KEYMARK Certificate Issued 2017-05-17
All values are subject to some uncertainty; e.g. the uncertainty on system output is typically in the range of ± 5 % to ± 15 % Version 3.6, 2014-06-18
DIN CERTCO ● Alboinstraße 56 ● 12103 Berlin
Tel: +49 30 7562-1131 ● Fax: +49 30 7562-1141 ● E-Mail: [email protected] ● www.dincertco.de
Comments of test lab
Stamp & signature of test lab
No comments
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