34
10.0
Rendimiento
Rendimento
Performance
Rendement
EN
INFORMATION
• Recommended load range for the system (in litres/day) at the specified tempe
-
rature:
150 l/day at 45°C
.
• Thermal efficiency and solar fraction of the system in the recommended load ran
-
ge. Data about long-term thermal efficiency and solar fraction determined from
the test for load volumes of 150 l/day for locations and conditions referenced in
standard EN12976:
• Recommended load range for the system (in litres/day) at the specified tempe
-
rature:
200 l/day at 45°C
.
• Thermal efficiency and solar fraction of the system in the recommended load ran
-
ge. Data about long-term thermal efficiency and solar fraction determined from
the test for load volumes of 200 l/day for locations and conditions referenced in
standard EN12976:
• Recommended load range for the system (in litres/day) at the specified tempe
-
rature:
300 l/day at 45°C
.
• Thermal efficiency and solar fraction of the system in the recommended load ran
-
ge. Data about long-term thermal efficiency and solar fraction determined from
the test for load volumes of 300 l/day for locations and conditions referenced in
standard EN12976:
• Recommended load range for the system (in litres/day) at the specified tempe
-
rature:
200 l/day at 45°C
.
• Thermal efficiency and solar fraction of the system in the recommended load ran
-
ge. Data about long-term thermal efficiency and solar fraction determined from
the test for load volumes of 200 l/day for locations and conditions referenced in
standard EN12976:
• Recommended load range for the system (in litres/day) at the specified tempe
-
rature:
300 l/day at 45°C
.
• Thermal efficiency and solar fraction of the system in the recommended load ran
-
ge. Data about long-term thermal efficiency and solar fraction determined from
the test for load volumes of 300 l/day for locations and conditions referenced in
standard EN12976:
Overheating tests have been performed at thermosyphon systems. The results are
the following:
•
The total solar radiation in the plane of the solar collector during the
overheating prevention test was
105,8 MJ/m
2
, reaching an output maximum
temperature from reservoir tank of
84,8°C
.
•
When the system is in operation for several days without water removal and
the accumulated solar radiation in the plane of the solar collector is greater
than
105,8 MJ/m
2
, the system can be overheated. To prevent this, draw water
from the reservoir tank to a volume of approximately 3 times its content.
Efficiency indicators for only-solar systems or solar preheating systems based
on annual demand volume of:
150 l/day
Location
(latitude)
Qd
[MJ]
QL
[MJ]
fsol
[%]
Qpar
[MJ]
Stockholm (59,6ºN)
8372
3057
36,5
--
Würzburg (49,5ºN)
8029
3300
41,1
--
Davos (46,8ºN)
9084
4551
50,1
--
Athens (38,0ºN)
6239
4348
69,7
--
Efficiency indicators for only-solar systems or solar preheating systems based
on annual demand volume of:
200 l/day
Location
(latitude)
Qd
[MJ]
QL
[MJ]
fsol
[%]
Qpar
[MJ]
Stockholm (59,6ºN)
11163
4040
36,2
--
Würzburg (49,5ºN)
10705
4367
40,8
--
Davos (46,8ºN)
12112
6015
49,7
--
Athens (38,0ºN)
8319
5763
69,3
--
Efficiency indicators for only-solar systems or solar preheating systems based
on annual demand volume of:
300 l/day
Location
(latitude)
Qd
[MJ]
QL
[MJ]
fsol
[%]
Qpar
[MJ]
Stockholm (59,6ºN)
16745
7284
43,5
--
Würzburg (49,5ºN)
16058
7810
48,6
--
Davos (46,8ºN)
18169
11123
61,2
--
Athens (38,0ºN)
12478
9732
78,0
--
Efficiency indicators for only-solar systems or solar preheating systems based
on annual demand volume of:
200 l/day
Location
(latitude)
Qd
[MJ]
QL
[MJ]
fsol
[%]
Qpar
[MJ]
Stockholm (59,6ºN)
11163
3392
30,4
--
Würzburg (49,5ºN)
10705
3689
34,5
--
Davos (46,8ºN)
12112
4984
41,2
--
Athens (38,0ºN)
8319
5107
61,4
--
Efficiency indicators for only-solar systems or solar preheating systems based
on annual demand volume of:
300 l/day
Location
(latitude)
Qd
[MJ]
QL
[MJ]
fsol
[%]
Qpar
[MJ]
Stockholm (59,6ºN)
16745
5897
35,2
--
Würzburg (49,5ºN)
16058
6363
39,6
--
Davos (46,8ºN)
18169
8742
48,1
--
Athens (38,0ºN)
12478
8451
67,7
--
BAXI STS 150-2.0 SL
BAXI STS 200-2.5 SL
BAXI STS 300-2.5 SL
BAXI STS 200-2.0 SL
BAXI STS 300-2.0 SL
Summary of Contents for STS 150-2.0 SL
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