This directory is generated for informational purposes only and does not necessarily reflect the views of the Government of Canada nor constitute an endorsement of any commercial product or person. Neither Canada nor its ministers, officers, employees or agents makes any warranty in respect of this directory or assumes any liability arising out of this directory.
This directory provides potential buyers with independent data on the thermal performance of solar domestic hot water systems that are designed for residential use. The thermal performance is an important factor in the purchase decision since the water heating capacity can vary between systems. However, actual thermal energy output will vary depending on hot water usage, geographical location, and several system installation and operating parameters. Energy output is not the only criteria for selecting a solar domestic hot water system. The cost, expected service life (and warranty), quality of installation, availability of parts and quality of service are also important factors.
All systems listed in this directory have either completed CSA-I certification, or are in the process thereof. The ratings in this directory have been determined using the standard day as specified by CSA Standard F379 "Solar Domestic Hot Water Systems" for the 300 litres/day hot water load. Where system performance testing is not yet completed and for system configurations that were not part of the original system performance test, detailed computer models for each system were developed and the standard day was simulated using TRNSYS software. System changes during the certification process may result in changes to the annual performance rating.
Table 1 Certified Solar Domestic Hot Water Systems (modified 2010-04-27)
|
Make |
Model |
Annual Performance Rating |
Collectors Number & Size |
Collector Type |
System Type / Tank Volume |
Heat Exchanger Type |
|
Atis Group |
Solensis ST-0100* |
5.27 GJ/y1 |
1 x 2.874 m2 |
Flat Plate Solensis- TL-ST-01 |
Solar Preheat |
Single Wall |
|
Solensis ST-0200* |
8.69 GJ/y |
2 x 2.874 m2 |
Flat Plate Solensis- TL-ST-01 |
Solar Preheat |
Single Wall |
|
|
Copperhill Alternate Energy Inc. |
CETT-32-08-CP-06 |
3.09 GJ/y1 |
1 x 3.43 m2 |
ETC |
Solar Preheat |
Single Wall |
|
CETT-32-08-CP-06 |
6.35 GJ/y |
2 x 3.43 m2 |
ETC |
Solar Preheat |
Single Wall |
|
|
Enerworks Inc. |
EWRA 1* |
5.27 GJ/y1 |
1 x 2.874 m2 |
Flat Plate |
Solar Preheat |
Single Wall |
|
EWRA 2* |
8.69 GJ/y |
2 x 2.874 m2 |
Flat Plate |
Solar Preheat |
Single Wall |
|
|
EWRA2-DWHX* |
8.33 GJ/y1 |
2 x 2.874 m2 |
Flat Plate |
Solar Preheat |
Double Wall |
|
|
Globe Solar Energy Inc. |
IP-195** |
3.34 GJ/y |
1 x 2.55 m2 |
ICS ETC |
Solar Preheat |
Single Wall |
|
Thermodynamics Ltd. |
SB32-9PV* |
6.00 GJ/y1 |
1 x 2.98 m2 |
Flat Plate |
Solar Preheat |
Single Wall |
|
SB64-9PV* |
9.94 GJ/y |
2 x 2.98 m2 |
Flat Plate |
Solar Preheat |
Single Wall |
|
|
Viessmann Manufacturing Company Inc. |
1-200F-200V |
5.07 GJ/y1 |
1 x 2.53 m2 |
Flat Plate |
Solar Preheat |
Single Wall |
|
2-200F-300V |
8.51 GJ/y |
2 x 2.53 m2 |
Flat Plate |
Solar Preheat |
Single Wall |
* Must be used with CSA approved water tank for solar heat storage.
** For use above -10 C (seasonal operation)
1 Simulated
|
Make |
Model |
Annual Performance Rating |
Collectors Number & Size |
Collector Type |
System Type / Tank Volume |
Heat Exchanger Type |
|
CAREarth Inc. |
NJ-1800-25R-227 |
5.32 GJ/y1 |
1 x 4.10 m2 |
ETC |
Solar Preheat |
Single Wall |
|
NJ-1800-30R-227 |
6.25 GJ/y1 |
1 x 4.90 m2 |
ETC |
Solar Preheat |
Single Wall |
|
|
NJ-1800-30R-300 |
6.36 GJ/y |
1 x 4.90 m2 |
ETC |
Solar Preheat |
Single Wall |
|
|
Heliodyne Inc. |
HPAK 016 1 406 G 60 |
4.25 GJ/y1 |
1 x 2.50 m2 |
Flat Plate |
Solar Preheat |
Double Wall |
|
HPAK 016 2 406 G 80 |
7.70 GJ/y1 |
2 x 2.50 m2 |
Flat Plate |
Solar Preheat |
Double Wall |
|
|
Trimline Design Centre Inc. |
TL-DB250-1 |
4.27 GJ/y1 |
1 x 2.98 m2 |
Flat Plate |
Solar Preheat |
Single Wall |
|
TL-DB250-2 |
6.63 GJ/y |
2 x 2.98 m2 |
Flat Plate |
Solar Preheat |
Single Wall |
|
|
Thermodynamics Ltd. |
SB96-9PV* |
11.99 GJ/y1 |
3 x 2.98 m2 |
Flat Plate |
Solar Preheat |
Single Wall |
|
SB96-9PV* |
11.44 GJ/y1 |
3 x 2.98 m2 |
Flat Plate |
Solar Preheat |
Single Wall |
|
|
Solcan |
DBTT 64-60 |
8.80 GJ/y1 |
2 x 2.88 m2 |
Flat Plate |
Solar Preheat |
Single Wall |
|
Thermomax |
Thermomax Mazdon HP200/250 |
6.54 GJ/y1 |
1 x 4.47 m2 |
ETC |
Solar Preheat |
Double Wall |
|
Marathon International |
Solar System C |
6.50 GJ/y1 |
3 x 1.92 m2 |
Flat plate |
Solar Plus Supplemental |
Single Wall |
|
Solar System D |
6.76 GJ/y1 |
3 x 1.92 m2 |
Flat plate |
Solar Plus Supplemental |
Single Wall |
|
|
T. H. Solar Wind Energy Ltd. |
SolarMAX6000-30 |
5.62 GJ/y1 |
2 x 2.29 m2 |
ETC |
Solar Preheat |
Single Wall |
|
Northern Lights Solar Solutions |
SDHW-1 |
5.32 GJ/y1 |
1 x 4.90 m2 |
ETC |
Solar Plus Supplemental |
Single Wall |
|
Schuco Canada Inc. |
CTE 215 Line II-75E |
3.24 GJ/y1 |
2 x 2.05 m2 |
Flat Plate |
Solar Plus Supplemental |
Double Wall |
|
CTE 215 Line III-75E |
4.92 GJ/y1 |
3 x 2.05 m2 |
Flat Plate |
Solar Plus Supplemental |
Double Wall |
|
|
CTE 215 Line III-115E |
5.00 GJ/y1 |
3 x 2.05 m2 |
Flat Plate |
Solar Plus Supplemental |
Double Wall |
|
|
CTE 215 Line IV-75E |
6.36 GJ/y1 |
4 x 2.05 m2 |
Flat Plate |
Solar Plus Supplemental |
Double Wall |
|
|
CTE 215 Line IV-115E |
6.45 GJ/y1 |
4 x 2.05 m2 |
Flat Plate |
Solar Plus Supplemental |
Double Wall |
|
|
CTE 215 Line V-115E |
7.76 GJ/y1 |
5 x 2.05 m2 |
Flat Plate |
Solar Plus Supplemental |
Double Wall |
|
|
CTE 215 Line II-70GPN |
0.21 GJ/y1 |
2 x 2.05 m2 |
Flat Plate |
Solar Plus Supplemental |
Double Wall |
|
|
CTE 215 Line III-70GPN |
1.59 GJ/y1 |
3 x 2.05 m2 |
Flat Plate |
Solar Plus Supplemental |
Double Wall |
|
|
CTE 215 Line IV-70GPN |
2.77 GJ/y1 |
4 x 2.05 m2 |
Flat Plate |
Solar Plus Supplemental |
Double Wall |
* Must be used with CSA approved water tank for solar heat storage
** Plus 45 L drainback section
1 Simulated
Table 1 – System certified to CSA Standard F379.
Table 2 – Confirmation from CSA and Exova of the corresponding active certification project and submission to the Directory Coordinator of a completed system description form to allow detailed standard day system simulation.

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