38
EN
•
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:
140 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 140 l/day for locations and conditions referenced in
standard EN12976:
•
Recommended load range for the system (in litres/day) at the specified tempe
-
rature:
170 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 170 l/day for locations and conditions referenced in
standard EN12976:
•
Recommended load range for the system (in litres/day) at the specified tempe
-
rature:
170 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 170 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 for
the most unfavorable of them all are:
•
The total solar radiation in the plane of the solar collector during the
overheating prevention test was
72,7 MJ/m
2
, reaching an output maximum
temperature from reservoir tank of
91,0°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
72,7 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:
300 l/day
Location
(latitude)
Qd
[MJ]
QL
[MJ]
fsol
[%]
Qpar
[MJ]
Stockholm (59,6ºN)
16745
6712
40,1
---
Würzburg (49,5ºN)
16058
7093
44,2
---
Davos (46,8ºN)
18169
9776
53,8
---
Athens (38,0ºN)
12478
9016
72,3
---
Efficiency indicators for only-solar systems or solar preheating systems based
on annual demand volume of:
140 l/day
Location
(latitude)
Qd
[MJ]
QL
[MJ]
fsol
[%]
Qpar
[MJ]
Stockholm (59,6ºN)
7814
2894
37,0
---
Würzburg (49,5ºN)
7494
3096
41,3
---
Davos (46,8ºN)
8479
4254
50,2
---
Athens (38,0ºN)
5823
4053
69,6
---
Efficiency indicators for only-solar systems or solar preheating systems based
on annual demand volume of:
170 l/day
Location
(latitude)
Qd
[MJ]
QL
[MJ]
fsol
[%]
Qpar
[MJ]
Stockholm (59,6ºN)
9489
3132
33,0
---
Würzburg (49,5ºN)
9099
3364
37,0
---
Davos (46,8ºN)
10295
4550
44,2
---
Athens (38,0ºN)
7071
4551
64,4
---
Efficiency indicators for only-solar systems or solar preheating systems based
on annual demand volume of:
170 l/day
Location
(latitude)
Qd
[MJ]
QL
[MJ]
fsol
[%]
Qpar
[MJ]
Stockholm (59,6ºN)
9489
3682
38,8
---
Würzburg (49,5ºN)
9099
3925
43,1
---
Davos (46,8ºN)
10295
5419
52,6
---
Athens (38,0ºN)
7071
5069
71,7
---
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
5541
33,1
---
Würzburg (49,5ºN)
16058
6218
38,7
---
Davos (46,8ºN)
18169
8466
46,6
---
Athens (38,0ºN)
12478
8242
66,1
---
11.0
Rendimiento
Rendimento
Performance
Rendement
INFORMATION
BAXI STS 300 2.5 LP
BAXI STS 150 2.0 LP
BAXI STS 200 2.0 LP
BAXI STS 200 2.5 LP
BAXI STS 200 2.5 LP MED
BAXI STS 300 2.0 LP
•
Recommended load range for the system (in litres/day) at the specified tempe
-
rature:
170 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 170 l/day for locations and conditions referenced in
standard EN12976:
Efficiency indicators for only-solar systems or solar preheating systems based
on annual demand volume of:
170 l/day
Location
(latitude)
Qd
[MJ]
QL
[MJ]
fsol
[%]
Qpar
[MJ]
Stockholm (59,6ºN)
9489
3912
41,2
---
Würzburg (49,5ºN)
9099
4091
45,0
---
Davos (46,8ºN)
10295
5682
55,2
---
Athens (38,0ºN)
7071
5196
73,5
---
Содержание STS 150 2.0 LP
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