INSTALLATION - PLANNING
26
Use the following diagram, tables and worked example to determine the minimum required roof area for the
array when designing and installing with HSL60P6-PB-1-250 modules.
HSL60P6-PB-1-250 spacing and dimensions
Worked Example:
Number of rows: 3
Number of modules per row: 14
Total number of modules = 42
Calculating
:
=
௪௦
×
1
636 + 20
− 20
= 3 × 1
656 − 20
= 4
948
Calculating
:
=
ௗ௨௦
/
௪
×
988 + 18
+
2 × 25
− 18
= 14 × 1
006 + 50 − 18
= 14
116
Calculating
ோ
in
ଶ
:
ோ
=
×
ோ
= 4
948 × 14
116
ோ
= 69
845
968
ଶ
Converting
ோ
in
ଶ
to
ଶ
:
ோ
=
69
845
968
1
000
000
= 69.85
ଶ
Calculating
ோ
in
ଶ
:
ோ
=
1000
×
1000
ோ
=
4
948
1
000
×
14
116
1
000
ோ
= 4.948 × 14.116
ோ
= 69.85
ଶ
Notes:
•
Modules installed in portrait as per diagram
•
For tilt leg systems, row spacing must prevent shading of one row by another and needs to be calculated on an
individual site basis, taking into account orientation, roof pitch and module inclination
•
All dimensions are in mm, unless otherwise stated.
Number of modules per row – HSL60P6-PB-1-250
1
2
3
4
5
6
7
8
9
10
-
Number
of row
s
H
1636
1636
1636
1636
1636
1636
1636
1636
1636
1636
1
X
X
X
X
X
X
X
X
X
X
X
W
1038
2044
3050
4056
5062
6068
7074
8080
9086
10092
H
3292
3292
3292
3292
3292
3292
3292
3292
3292
3292
2
X
X
X
X
X
X
X
X
X
X
X
W
1038
2044
3050
4056
5062
6068
7074
8080
9086
10092
Number of modules per row – HSL60P6-PB-1-250
1
2
3
4
5
6
7
8
9
10
-
Number
of row
s
Roof
1
Area
1.70
3.34
4.99
6.64
8.28
9.93
11.57
13.22
14.86
16.51
(m
2
)
Roof
2
Area
3.42
6.73
10.04
13.35
16.66
19.98
23.29
26.60
29.91
33.22
(m
2
)