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4.2 System layouts
DAIKIN solar systems are usually built according to one of the fol-
lowing system concepts.
4.2.1 Parallel connection
8
9
Fig. 4-1
Two-way connected solar panel array (recommended)
9
8
Fig. 4-2
Same-side connected solar panel array
(max. 3 solar panels)
4.2.2 Series connection
As an alternative to the parallel circuits of the solar panels de-
scribed in these instructions, a maximum of three rows of solar
panels can also be installed above one another if required. Solar
panels or solar panel arrays installed in this way must be con-
nected in series (fig. 4-3).
6
9
5
Fig. 4-3
Alternative solar panel arrangement
EKSV21P + EKSV26P + EKSH26P
DAIKIN Solar P-SYS
008.1629544_01 – 12/2016
T
K
0-0,5%
T
K
0-0,5%
7
7
2
2b
1
4
10
7
T
K
8
1
Collector connector
2
Mounting rail
2b
Solar panel securing clips
4
Solar panel
5
Solar panel connecting elbow return flow
6
Solar panel connecting elbow inflow
7
Sealing plug
8
Solar return flow pipe
9
Solar inflow pipe
10
Solar panel row connector
11
Solar panel array (2x 2 solar panels)
T
Solar solar panel temperature sensor
K
Tab. 4-1 Legend for fig. 4-1 to fig. 4-3 and fig. 4-5
The EKSV21P, EKSV26P and EKSH26P flat solar pan-
els can be installed on roofs with an incline from 15° to
80° (roof-mounted mounting).
The EKSV21P and EKSV26P flat solar panels can be integrated
in the roof area if it has an incline from 15° to 80° (in-roof
mounting).
The EKSV26P and EKSH26P flat solar panels can be installed
on flat roofs with an incline of less than 5° (flat roof mounting).
For detailed information on the alignment of the solar panel
array and on attaching it onto the roof area or for integration in
the roof covering, refer to the quick instructions that accompany
the respective assembly packages.
11
4
x
Installation
Planning and installation instructions
17
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