S-Class Integration - S-Class Integration Deluxe - Installation

Installation Guide
S-Class Integration Deluxe
S-Class Integration
Installation Guide
S 190P50 Integration
S 195P50 Integration
S 190M50 Integration Deluxe
S 195M50 Integration Deluxe
S 190P50 Integration Deluxe
S 195P50 Integration Deluxe
Installation guide
Contents
1 Notesonthisguide
2
2 SystemS-ClassIntegration(Deluxe)
2
2.1 Description
2
2.2 Tightness
2
2.3 Sub-roof
2
2.4 Dimensionaldataanddimensions
3
3 Scopeofsupply
4
3.1 Materialandtools
4
3.2 Listofmaterial
5
4 Moduleconnection-circuitryproposals
8
5 Safeinstallation
9
5.1 Preliminaryremarks
9
5.2 Installationofthemodules
12
5.3 Installationoftheroofingframes
20
6 Specialcase:Installationinsteps
27
7 Commissioningofthesystem
29
8 Maintenanceandcleaning
29
9 Warrantyandguarantee
30
10 Disclaimer
30
11 Electricalparametersanddesignfeatures
31
1
Installation guide
1 Notesonthisguide
Thank you for choosing Centrosolar S-Class Integration/SClass Integration Deluxe modules. If you have any questions regarding the system components please contact
our technical support: +49 (0) 5251 500 500.
The maintenance and operation of a PV system require
a sound technical knowledge. Therefore, any work on the
system may only be carried out by qualified and authorized
personnel. Make sure to read these assembly instructions
carefully before installing, commissioning or servicing the
system, and store these instructions in a well accessible
location. This guide is part of the product. It is applicable
only to S-Class Integration/S-Class Integration Deluxe solar modules by Centrosolar AG. Please pay special attention to the notes on the safe use of the system. Centrosolar is not liable for any damage resulting from disregarding
this guide.
2 SystemS-ClassIntegration(Deluxe)
2.1 Description
The S-Class Integration (Deluxe) mounting system replaces the conventional roofing of pitched roofs and is used for
a roof inclination of more than 10 degrees. It is laid onto
the existing roof lathing and is suitable for old and new
buildings alike.
Due to the arrangement of the system lathing, the S-Class
Integration (Deluxe) mounting system provides for a backside ventilation in order to cool the modules from the back.
For the electrical connection, HUBER+SUHNER prefabricated connectors are used.
2.2 Tightness
Targetgroups
The target group of this guide, especially chapter 5 (Safe
installation) are skilled craftsmen. All relevant information for the operator can be found in section 8 (Maintenance and cleaning).
Information regarding your safety
and the protection of the device is
highlighted.
The S-Class Integration (Deluxe) mounting system offers
a rain resistance which is comparable to a standard pantiled roof. It does not mean that a roof is water tight! Under
certain climatic conditions, snow flakes, driving rain oder
water may penetrate under the modules from the eaves.
For a proper drainage of ingressed water or condensate,
an intact sub-roof is required. If not available, such a roof
must be erected/retrofitted prior to installation of the modules.
Pleasenote:
2.3 Sub-roof
Disregarding the instructions of this installation guide may
void any warranties, guaranties and product liabilities.
The general rules, which are valid for roofers, shall apply to the design and the backside ventilation of the subroof. In order to extend the lifetime of the substructure, the
backside ventilation should be enhanced by means of the
module lathing and ventilation orifices at the eaves and
ridge. In addition, backside-ventilated crystalline modules
will offer a higher yield.
A structural stability of the roof and/or the roof substructure
with regard to wind and snow load, which allows the resulting loads and forces to be absorbed and transfered by
the roof substructure – the rafters, lathing and connecting
elements – is a basic requirement for the installation of a
photovoltaic system .
2
Installation guide
2.4 Dimensionaldataanddimensions
∆Wi
Horiz. installation tolerance
Moduletype
∆Hi
Vert. installation tolerance
Wo
Generator width without roofing frame:
Ho
Generator height without roofing frame:
Wm
Generator width with roofing frame:
Hm
Generator height with roofing frame:
S
Number of modules side by side
R
Number of modules on top of the other
n
Number of module laths
L
Length of module laths
S-ClassIntegration
S-ClassIntegrationDeluxe
Module dimensions
W x H in mm
1682 x 864
Installation dimensions
Wi x Hi in mm
1663 x 833
Horiz. installation
tolerance
∆Wi in mm
± 2.0
Vert. installation tolerance
∆Hi in mm
± 1.0
Alldimensionsareinmillimeter[mm]!
The calculation of the generator field dimensions should
be used as a planning aid. The total PV system dimensions serve to determine the footprint of the PV generator
in the roof. The calculated and the actual dimensions may
differ, as the installation tolerances were not taken into
consideration here.
Totalgeneratordimensionswithoutroofingframe:
Width
=
+ 19
Wo in mm
S x Wi
where S = number of modules side by side
Height
Ho in mm
=
R x Hi
+ 90
where R = number of modules on top of the other
Totalgeneratordimensionswith roofingframe:
Width in mm
Wm = Wo + 300
Height in mm
Hm = Ho + 670
NumbernandlengthLofmodulelathing(38x58mm):
n=(2xS)+1
[items]
L = Ho - 20
[mm]
Abbreviations:
W
Module width
H
Module height
Wi
Module installation width
Hi
Module installation height
3
Installation guide
3 Scopeofsupply
3.1 Materialandtools
Scopeofsupply-material:
PP
SOLRIF - fixing bracket "Frame", "Field" and "Top"
PP
4.5 x 35 Spax VA screws for fixing bracket,
PP
roofing frame sets: Basic set, top, right and left, aluminum plastics sealing sheet
Materialtobeprovidedonsite:
PP
PP
PP
Module / support lathing (roofing laths / KVH 38 x 58
mm (quantities see dimensional information),
original roofing laths* fastening screws for module /
support lathing according to DIN 1052 (woodworking
screws)
ventilation tiles for pantiled roofs (if required).
Listoftools:
PP
Cordless screw driver and bits (PZ2)
PP
Tape measure and chalkline
PP
Laser angle and/or distance measuring instrument
* Additional roofing laths (support for aluminum plastics
sealing sheet or top roofing frame) must have the same
thickness as the existing roof lathing.
4
Installation guide
3.2 Listofmaterial
14
14
14
14
14
14
14
14
13
14
13
11
10
9
14
8
14
14
5
13
5
5
5
5
13
14
14
12
7
3
14
4
3
4
3
14
13
13
14
2
2
2
2
12
7
3
14
14
2
4
6
3
4
6
6
3
6
14
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
Aluminum plastics sealing sheet
Module laths 38 x 58
Fixing bracket "Frame"
Fixing bracket "Field"
Fixing bracket "Top"
Eaves ventilation comb
Roofing frame right
Roofing frame corner right
Roofing frame top
Roofing frame top "End piece"
Roofing frame corner left
Roofing frame left
Valley sealing strip
Metal retainers
5
Installation guide
a - Fixing bracket "Field" (4)
b - Fixing bracket "Frame" (3)
c - Fixing bracket "Top" (5)
d - Spacer block
Screws = Spax VA 4.5 x 35
c
b
a
d
a - Fixing bracket left (12)
b - Fixing bracket right (7)
a
b
a - Fixing bracket corner left (11)
b - Fixing bracket corner right (8)
b
a
6
Installation guide
Roofing frame top (9)
(left hand side feather edge to the top)
Roofing frame top left (10)
(left hand side feather edge to the bottom)
a - Eaves ventilation comb (6)
b - Valley sealing strip (13)
c - Metal retainer (14)
with 4.5 x 25 Spax screw
a
b
c
7
Installation guide
4 Moduleconnection-circuitryproposals
8
Installation guide
5 Safeinstallation
Direct-currentconnection(DC)
Since the module and string cabling will be inaccessible
after the installation of the PV in-roof system, the opencircuit voltage of each string must be checked after it has
been laid and wired.
GroundingofthePVgenerator
A grounding of the PV generator is not mandatory. However, atmospheric influences and reactions of the inverters may lead to a charging of the metallic frames of the
generator field to earth potential. The resulting contact
voltages are not hazardous, as the leakage currents will
be monitored by the inverter. Nevertheless, these contact
voltages can lead to startle reactions and therefore result
in "secondary damage".
Whenever persons may come into contact with the PV
field during operation of the PV system, the metallic parts
of the generator field must be grounded.
Overvoltageprotection
The overvoltage protection generally serves to protect the
inverter and the systems against indirect lightning strikes.
This subject will not be dealt with in detail here.
Pleasenote:
It is strictly forbidden to direct artificially concentrated sunlight onto the module or panel, as this will damage the
module.
5.1 Preliminaryremarks
PP
PP
PP
PP
PP
PP
PP
PP
PP
The PV generator, or the generator area respectively,
must be integrated rectangularly into the roof (see "34-5 rule"). Therefore, it must be parallel to eaves and
verge.
For non-rectangular roofs (e.g. old buildings), the PV
generator should be parallel to the verge for optical
reasons.
Any unevenness of the roof structure must be leveled
to an extend that allows a level mounting of the module lathing.
The roof structure must be fitted or retrofitted (if required) with an intact trussed sheet.
The screwed connections must be pre-drilled in order
to avoid splitting or breaking of the wood. Hole diameter = 0.7 x screw diameter in mm.
The module lathing must be screw fastened on the
roof lathing. Therefore, always check whether it is fastened rigidly on the rafter! Please note that regular
nails (wire nails) are not allowed as fasteners. Always
use ribbed nails or screws according to DIN 1052.
For the module lathing, 38 mm x 58 mm roof laths
must be used.
Prior to module installation, the DC main lines must
be laid according to the module connection diagram
prepared for the respective site.
The module connection cables must not be subjected
to tensile stresses.
9
Installation guide
Rectangular integration of the PV generator
The 3-4-5 rule is a good way to determine the right angle.
Divide a cord by knots or marks into sections with a proportion of 3 to 4 to 5 (e.g. 3 meters, 4 meters, 5 meters).
Stretch the cord on the roof as shown in the figure. The
knots must be placed in the corners. The angle between
the sides 3 and 4 is a right angle.
10
Installation guide
Preparationwork
Preparation of the left hand side roofing frame
30mm
Preparation of the 38 x 58 mm module laths and
screw fastening of the fixing brackets using 4.5
x 35 Spax screws
a - Module lath "Frame" left
b - Module lath "Frame"
a
c - Module lath "Field"
b
d - Module lath "Frame" right
c
d
Roof area with roof tiles removed
Always check the fastening of the roof laths on
the rafters! Attention: Regular nails such as wire
nails must not be used! If required, the fastening can be reinforced by ribbed nails or screws
according to DIN 1052.
11
Installation guide
5.2 Installationofthemodules
Figure 1
In order to screw fasten the roof lath (a) for the
lower roof connection, a lath thickness corresponding to the existing roof lathing must be
used. The distance between the upper edge of
the roof tile and the lower edge of the roof lath
should be 180-200 mm. The roof lath end must
be located outside the PV generator and placed
on rafters.
180-200 mm
a
Figure 2
To fasten the roof connection, use 4.5 x 35 Spax
screws. The right hand and the left hand edge
should overlap the PV generator field by approx. 250 mm. The overlapping onto the roof
tiles should be approx. 80-100 mm (overlapping
joints of roof connection approx. 100 mm for
new rolls).
250 mm
80-100 mm
Figure 3
Measure the location of the first module lath
with the frame bracket on the right exterior side.
Vertical position: 20 mm overlapping on additional roof lath (see above).
Use 5 x 10 Spax screws (not supplied) for fastening.
20 mm
12
Installation guide
Figure 4
When installing with a horizontal orientation,
make sure that the "right hand" roofing sheets
sufficiently reach under the neighboring roof
tiles. According to type, the left hand hanging
cams of the roof tiles must be cut off, or the
neighboring roof tiles must be trimmed. In this
example, a half roof tile is used.
Figure 5
a
b
In order to install the supporting structure, place
the module laths "Field" and "Frame" (prepared
with brackets) onto the roof and position them
horizontally at a distance which roughly corresponds to the module width of the first module
lath and vertically approx. 100 mm below the
final position.
Module lath "Frame":
Module lath "Field":
Figure 6
Insert the first module into the fixing brackets of
the first module lath. Align the right hand side of
the module in parallel with the first module lath,
and ensure the module will stay in place.
13
Installation guide
Figure 7
Move the module lath "Frame" horizontally so
that that the fixing bracket rests in the groove of
the left hand module frame (a). Then push up
the module lath to the lower edge of the module
(b).
a
b
Figure 8
Check the position of the module again for parallelism with the first module lath. Then align
the module lath "Frame" in parallel with the left
hand module side and fasten with 5 x 70 Spax
screws.
Figure 9
Center the module lath "Field" and push it up
until the lower edge of the module rests in the
fixing bracket. Screw fasten the module lath
above the module.
14
Installation guide
Figure 10
Take out the module again and finish the screw
fastening of the module laths. Make sure that
the module laths are straight. Fold the upper
edge of the aluminum plastics sealing sheet at
an angle of 45 degrees by approx. 1.5 cm to the
front, pointing to the roof eaves.
Figure 11
Seating and fastening of the eaves ventilation
combs using 4.5 x 35 Spax screws.
Position of the screws: approx. 50 mm from the
lower edge of the module lath.
approx. 50 mm
Figure 12
Pleasenote:
a
b
Before inserting, the modules must be connected according to the electrical module connection diagram.
Placing and positioning of the module laths for
the next module must be done as described on
page 13 (starting with figure 5).
a - Module lath "Frame"
b - Module lath "Field"
15
Installation guide
Figure 13
Pull down the module so that the lateral module
frame slides into the fixing bracket (see figure
13b).
a
b
Figure 14
Profile view with correct installation
Thetwomodulelathsarepositionedandscrewfastenedinthesamemannerasforthefirstmodule.
Anyfurthermodulesofthelowerrowmustbeinstalledinthesamemanner.
16
Installation guide
Figure 15
If the module laths extend over the existing roof
lathing by more than 150 mm, an additional roof
lath (a) must be provided for support.
a
Figure 16
a
Placing the distance template (a) onto the outer
edge of the upper module frame and positioning and screw fastening of the fixing bracket
"Frame".
Make sure that the module lath and the distance
template are flush (see also Figure 17).
Figure 17
Position the brackets in the center of the module
lath.
17
Installation guide
Figure 18
Using the distance template, screw fasten the
fixing bracket "Field" (a) to the center of the
module lath.
a
Figure 19
Inserting the first module of the second row.
Figure 20
Inserting the subsequent modules of the second
row.
The subsequent module rows are installed in the same manner as the second module row.
After inserting the modules of the last module row, please follow the instructions on the following pages!
18
Installation guide
Figure 21
Installation of the upper fixing bracket.
Position the bracket flush with the rubber lip.
19
Installation guide
5.3 Installation of the roofing frames
Installationoftherightroofingframes
Figure 22
Sliding the lower right roofing frame under the
module frame.
Figure 23
Sliding the subsequent roofing frame under the
module frame while overlapping the sheet below
accordingly. Slightly bend up the seaboard (a) of
the lower sheet and fold it back later.
a
Figure 24
Fastening of the right roofing frame with metal
retainers (a) and 4.5 x 25 Spax screws on the
roof lathing
a
20
Installation guide
Installationoftheleftroofingframes
Figure 25
Inserting and pushing up of the lower left roofing
frame under the fixing bracket above.
Figure 26
Sliding back the roofing frame under the lower
fixing bracket.
Figure 27
Inserting the subsequent roofing frame under
the fixing bracket above and pushing back the
roofing frame under the lower fixing bracket.
Bend up the seaboard of the lower sheet slightly
and fold it back later.
21
Installation guide
Figure 28
Fasten the left hand roofing frame on the roof
lathing using metal retainers.
Righthandcornerandupperroofingframes
Figure 29
Inserting the top right hand corner of the roofing
frame. The lower edge of the sheet is aligned
with the chamfer of the module frame (a).
Bend up the seaboard of the lower sheet slightly
and fold it back later.
Lateral screw fastening of the corner sheet to
the module lathing (4.8 x 19 mm with gasket).
20 mm
a
Figure 30
Sliding in the top right hand roofing frame into
the corner sheet. The lower edge of the sheet
(b) should be at the same level as the chamfer
of the module frame (a).
b
a
22
Installation guide
Figure 30a
Detailed view of top right hand roofing frame
Figure 31
Screw fastening of the pre-drilled cover plate
through the upper free groove of the module
frame using 4.8 x 9 self-tapping screws with
gasket.
Figure 32
Fastening of the top right hand roofing frame using metal retainers to the roof lathing or added
auxiliary lathing respectively (a). The lath thickness should correspond to the thickness of the
roof lathing.
a
23
Installation guide
Figure 33
All subsequent upper cover plates must be slid
into each other and fastened in the same manner and in the same order as above (cf. Figures
31 and 32).
Lefthandcornerandupperroofingframes
Figure 34
Sliding the left hand corner sheet into the top
left hand roofing frame (end plate; both folded
down).
Figure 34a
Detailed view of top left hand roofing frame
24
Installation guide
Figure 35
Lowering both plates. Bend up the seaboard of
the lower sheet slightly and fold it back later.
Figure 36
Screw fastening of the cover plate as shown in
Figures 31 and 32.
Figure 37
Screw fasten the corner sheet to the module
lathing (4.8 x 19 mm self-tapping screw (a) with
gasket) and replace the metal retainers.
a
25
Installation guide
Figure 38
Gap-less, circumferential bonding of the eaves
sealing strips.
Figure 39
Final roofing with tiles.
Figure 40
Fully installed system
26
Installation guide
6 Specialcase:Installationinsteps
If the modules must be installed in steps (due to interruptions such as windows, chimneys, roof geometries such as
hipped roofs or roof valleys, for example) special inner corners are available as roofing sheets.
Figure a1
a - Roofing sheet inner corner "left"
b - Roofing sheet inner corner "right"
b
a
Figure a2
120 mm
50 mm
Trimming the roofing frame "top" to a distance
of 50 mm from the module (see drawing) and
fastening using self-tapping screws and metal
retainers.
Apply an adhesive bead of MS polymer adhesive HB 45 at a distance of 120 mm form the
module frame to the roofing frame "top" as
shown in the figure.
Figure a3
b
Install the inner corner "left" (b) as shown in figures 25 and 26, then press it on from the side,
place it on the roofing frame "top" and fasten it
using metal retainers.
a - Roofing sheet "top"
b - Roofing sheet "left"
a
27
Installation guide
Figure a4
Fasten the roofing frame "left" at a distance of
40 mm from the sheet edge using self-tapping
screws as shown in the figure. After installation
of all lateral roofing frames "left", apply eaves
sealing strips.
40 mm
Figure a5
Carry out the following tasks as shown in figure a2.
120 mm
a
Trimming the roofing frame "top" to a distance
of 50 mm from the module. Fasten the roofing
frame using self-tapping screws and metal retainers.
Apply an adhesive bead of MS polymer adhesive HB 45 at a distance of 120 mm form the
module frame to the roofing frame "top" as
shown in the figure.
b
a - Roofing sheet inner corner "right"
b - Roofing sheet "top"
Figure a6
Fasten the roofing frame "right" at a distance of
40 mm from the sheet edge using self-tapping
screws.
After installation of all lateral roofing frames
"left", apply eaves sealing strips.
40 mm
28
Installation guide
7 Commissioningofthesystem
8 Maintenanceandcleaning
The commissioning of a photovoltaic system is part of the
proper and professional implementation and installation. It
must only be performed following a careful visual examination and a professional electrical inspection. Furthermore,
a report of the commissioning must be prepared.
This photovoltaic system requires extremely little maintenance and servicing.
Follow the below checklist during commissioning of the
system.
However,doinspectthesystemregularlyandperform
acheckevery6monthsfollowingthisscheme:
PP
PP
Visualexamination:
PP
PP
PP
Anchoring of the components to the roof structure
Cable installation on modules, generator connection
boxes, DC-sectioning points and inverters
Potential equalization (if applicable)
PP
PP
PP
Checking of the solar modules for scratches, optical
changes or contamination
Checking of the module fastening, if accessible
Checking of the wiring, if accessible (connection lead,
fastenings, mechanical damage)
Checking of the electrical functions of all components
Monitoring of the operational safety of the electrical
components
This list is only for your information. It does not raise a
claim on completeness.
Electricalinspection
PP
String open circuit voltages
PP
String open circuit currents (use load break switch)
PP
PV generator open circuit voltage
PP
Voltage drop at fuses (on PV systems with phase
fuses)
PP
Insulation resistance of the PV generator
PP
Insulation resistance of the DC main lead
PP
Insulation resistance of the AC lead
PP
Loop resistance of the AC circuit
Report:
Attention!
Nohighpressurecleaning!
Usually, the modules are automatically cleaned by rain.
With an inclination of more than 15° the modules generally
need no additional cleaning. In case the module surface
is contaminated by leaves, bird feces, pollen etc. we recommend cleaning with sufficient water without detergents.
The modules are best cleaned using a water hose and soft,
gentle cleaning equipment, e.g. a sponge or a car cleaning brush. To avoid micro-scratches, which may affect the
yield of the system or could lead to module damage in the
long run, the dirt must never be rubbed or scraped off the
surface in a dry state.
PP
Name of the system operator
PP
Location of the system
Pleasenote:
PP
Specifications of the photovoltaic system
PP
Results of the visual examination
Stepping onto the modules for cleaning purposes is not
allowed.
PP
Results of the electrical inspection
PP
Module switching diagram
PP
Module connection diagram
PP
Confirmation of completion by signature of the installer
Pleasenote:
This list is only for your information. It does not raise a
claim on completeness.
29
Installation guide
9 Warrantyandguarantee
Warranties and guarantees can only be claimed if the installation and commissioning of the photovoltaic system
was done by professional personnel, as can be proved.
Warranty and guarantee claims are not covered in case of
PP
PP
PP
PP
PP
PP
PP
unprofessional installation of the PV system
improper use or inadmissible changes of delivered
components
improper use of individual components in a system
use of structurally untested and therefore unsuitable
substructure for the module installation
deviations of the installation from the installation guide
disregard of structural requirements concerning snow
and wind loads
installation of defective components
For more information about warranty and guarantee see
the warranty statement of CENTROSOLAR AG under
www.centrosolar.com.
10Disclaimer
Photovoltaic systems consists of electrical and mechanical components, which are assembled to a complete system on site. CENTROSOLAR AG is not in a position to
monitor the adherence to the information and instructions
of this installation guide. Therefore CENTROSOLAR AG is
not responsible or liable for any damage due to unprofessional installation, improper operation, operation in dirty
environments (e. g. on a stable) or improper use of the
photovoltaic system resp. its individual components.
We explicitly point out that disregarding the instructions in this installation guide, even for individual
components,willresultinanexclusionofallwarranty,
guaranteeandproductliabilityclaimswithregardto
thecompletesystem.
30
Installation guide
11Electricalparametersanddesignfeatures
ElectricalParameters
S-ClassIntegrationDeluxemonocrystalline
Module type
S190M50IntegrationDeluxe
S195M50IntegrationDeluxe
Power (PMPP)
190
195
Voltage (UOC)
24.15
24.20
V
Current (IMPP)
7.87
8.06
A
Open Circuit Voltage (UOC)
30.50
30.60
V
Short Circuit Current (ISC)
8.33
8.51
A
Coefficient of Performance (∆PMMP)
-0.43
-0.43
%/K
Coefficient of Voltage (∆UOC)
-0.36
-0.36
%/K
Coefficient of Current (∆ISC)
0.028
0.028
%/K
Wp
S-ClassIntegration/S-ClassIntegrationDeluxepolycrystalline
S190P50IntegrationDeluxe
S190P50Integration
Module type
S195P50IntegrationDeluxe
S195P50Integration
Power (PMPP)
190
195
Voltage (UOC)
24.15
24.20
V
Current (IMPP)
Wp
7.87
8.06
A
Open Circuit Voltage (UOC)
30.75
30.85
V
Short Circuit Current (ISC)
8.27
8.45
A
Coefficient of Performance (∆PMMP)
-0.45
-0.45
%/K
Coefficient of Voltage (∆UOC)
-0.36
-0.36
%/K
Coefficient of Current (∆ISC)
0.028
0.028
%/K
*under standard test conditions STC (1000 W/m², spectrum AM 1.5, cell temperature 25 °C)
Designfeatures
Cells
50 poly- or monocrystalline cells, 6 inches plus
Construction
Glas-EVA-TEDLAR®
Front side
Highly transparent solar safety glass with anti-reflective surface
Rear side
TEDLAR® foil in white or black
Frame
SOLRIF XL, Aluminum, anodized or black powder coated
Junction box
Protection rating IP65, three integrated bypass diodes
Connecting lead
2 x 1.2 m, with connector system
Weight
17.5 kg
31
Installation guide
32
Centrosolar AG General Terms and Conditions and Technical Preliminary Remarks apply. They can be accessed at www.centrosolar.com.
Errors and omissions excepted. Subject to change without notice.
GERMANY
INTERNATIONAL
CENTROSOLAR AG
Behringstraße 16
22765 Hamburg
GERMANY
Tel.: +49 40 391065-0
[email protected]
CENTROSOLAR AMERICA INC.
8350 E. Evans Road, Suite E-1
Scottsdale, AZ 85260
USA
Tel.: +1 480 3482555
[email protected]
CENTROSOLAR FOTOVOLTAICO
ESPAÑA S.L.
Moll de Barcelona s/n
Edifici Nord, 7a planta
08039 Barcelona
SPAIN
Tel.: +34 93 3435048
[email protected]
CENTROSOLAR HELLAS MEPE
Ag. Alexandrou 57-59
17561 Paleo Faliro
GREECE
Tel.: +30 210 6228791
[email protected]
CENTROSOLAR BENELUX B.V.
De Prinsenhof 1.05
4004 LN Tiel
Tel.: +31 344 767002
THE NETHERLANDS
[email protected]
CENTROSOLAR FRANCE SARL
Espace Européen
15, chemin du Saquin
Batiment G
69130 Ecully
FRANCE
Tel.: +33 4 69848210
[email protected]
CENTROSOLAR ITALIA S.R.L.
V.le del Lavoro 33
37036 S. Martino B.A. Verona
ITALY
Tel.: +39 045 8781225
[email protected]
SOLARSQUARE AG
Austria & Switzerland
Thunstrasse 162
3074 Muri b. Bern
SWITZERLAND
Tel.: +41 31 9526066
[email protected]
903210001 - MA S-Class Integration/Integration Deluxe EN - v1.0S ME 03/2010
Sunshine is our business.