=-1 color=blue>
« back to results for ""
Below is a cache of http://www.solarcellsales.com/techinfo/docs/BP3.pdf. It's a snapshot of the page taken as our search engine crawled the Web.
The web site itself may have changed. You can check the current page or check for previous versions at the Internet Archive. Yahoo! is not affiliated with the authors of this page or responsible for its content.
SOLAR MODULES
SOLAR MODULES
BP280F & BP275F
SOLAR MODULES
PRODUCT FEATURES
High efficiency monocrystalline
silicon cells.
Designed for maximum
reliability and minimum
maintenance.
Produced using in-house
technology in cell
manufacturing and
encapsulation.
Highly resistant to water,
abrasion, hail impact and other
environmental factors.
Lightweight anodised
aluminium frame or laminate
version only.
All proven products. Only
materials with extensive field
experience used.
Designed and manufactured to
comply with European and
International standards.
European specification ESTI503.
20 year product warranty
APPLICATIONS
Rain-screen Façades
Sun-shade & Balcony
Products
Roofing Products
Domestic/Residential
Roof Products
Multi-Kilowatt and
Megawatt Power
Stations
Generator-type
Power for centralised
locations.
GRID-CONNECT
Microwave Repeaters
and Terminals.
VHF/UHF Radio
Systems and
Repeaters.
Mobile Radio
Systems.
HF/SSB Radio
Transceivers
TV Translators
Radio Telephones &
Telemetry.
Radio Navigational
Aids
Fibre Optic Repeaters
Miscellaneous
Packages DC Loads
TELECOMS
Community/Village
Water Pumping
Community/Village
Water Purification
Community/Village
Refrigeration,
Medical and Domestic
Community/Village
Lighting
Community/Village
Television & Video
Individual House
Power
Community/Village
Power
RURAL
INFRASTRUCTURE
Cathodic Protection
Aircraft Obstruction
Lighting
Lighthouse Lighting
Systems
Racon Systems
Beacon Buoy Lighting
Systems
Fog Warning Systems
SPECIALIST
Module Catalogue Number
BP280
BP275
Nominal Peak Power (Pmax)
80.00W
75.00W
Voltage @ maximum power (V mp)
17.00V
17.00V
Current @ maximum power (I mp)
4.70A
4.45A
Short-circuit current (I sc)
5.0A
4.75A
Open-circuit Voltage (V oc)
21.8V
21.40V
Dimensions
F=Framed L=Laminate
BP275/280F
Length 1188 mm
Width 530 mm
Depth 43.5 mm
Weight 7.5 kg
BP275/280L
Length 1183 mm
Width 525 mm
Depth 4 mm (±1 mm)
Weight 5.5 kg
TECHNICAL SPECIFICATIONS
CELL SPECIFICATIONS
36 series connected, 125 mm
monocrystalline silicon
pseudo square cells.
BP SOLAR HIGH EFFICIENCY BP280F/BP275F MODULES
POWER SPECIFICATIONS
All performance specifications given are as measured at the
standard test conditions.
VOLTAGE/CURRENT CURVE (Nominal)
The graph below details module performance at an
insolation of 1000 W/m
2
, air mass 1.5 D
CEC APPROVAL SPECIFICATION NO.503
BP Solar modules have been tested and qualified to the
Commission of European Communities specification number 503
at the CEC Joint Research Centre in Ispra, Italy. The qualification
tests are designed to demonstrate the modules suitability for
use in field conditions.
200 thermal cycles from -40°C to 85°C.
10 humidity/freeze cycles from 85°C at 85% relative humidity
to -40°C.
Ice ball impact test.
Ultra violet exposure.
Outdoor exposure.
Damp heat.
Hot spot endurance (to simulate partial shading).
Mechanical endurance, to simulate wind loads of up to
225 km/h.
Power specifications are measured at Standard BP Solar Test
Conditions. For further information on module performance
contact BP Solar.
Approved by TÜV Rheinland Group for use as Class II
equipment, Schutzklasse II.
CONSTRUCTION
BP280 & BP275 modules are manufactured using industry-
standard materials and lamination techniques. Stainless steel
fasteners are used throughout. The junction box is bonded
directly to the laminate to facilitate both framed and laminate
only module products.
CURRENT (A)
VOLTAGE (V)
4.0
3.0
2.0
1.0
10
20
75W
80W
Standard Test Conditions
Description
Parameter
Value
Intensity of illumination
Insolation (W/m
2
)
1000
Special Density
Air Mass (AM)
1.5
Operating Temperature
Cell Temperature (°C)
25
Description of performance parameters
P max
Maximum power of a module. The point on
the curve where the IV is at a maximum
V mp
Voltage at the maximum power point
I mp
Current at the maximum power point
I sc
The short circuit current of a PV module
V oc
The open circuit voltage of a PV module
Pmin
Minimum guaranteed power of a module
Tolerance Minimum power, the peak power of all high power modules is normally supplied within minus 5watts actual of the nominal
value, for further details contact BP Solar.
Coefficient of Voltage
-0.0022 V/cell/°C
Coefficient of Current
8.9 mA/cm2/°C
Materials are as follows:
Front Cover:
Toughened glass, 3mm, high
light transmission (c 92%)
Encapsulant:
Ethylene-vinyl-acetate (EVA)
Rear Cover:
Tri-laminate of PVF/Polyester/PVF
Frame:
Extruded Aluminium, Anodised
Frame Sealant:
High strength bonding tape
Junction Box:
Glass filled polycarbonate
Electrical connections to the
module are made via screw
terminals within the junction
box. One cable gland is fitted
and 3 further knockouts
(suitable for glands or
conduit) are provided to
facilitate series and/or
parallel connection.
W A R N I N G
ELECTRICAL HAZARD
THIS UNIT PRODUCES ELECTRICITY
WHEN EXPOSED TO LIGHT. COVER
GLASS BEFORE REMOVING TERMINAL
BOX LID.
MAXIMUM SYSTEM OPERATING VOLTAGE
REFER TO INSTRUCTION LEAFLET
BP SOLAR
MODULE TYPE:
BP275
F
NOMINAL PEAK POWER (P max) :
75.00
PEAK POWER VOLTAGE (Vmp)
:
17.00
PEAK POWER CURRENT (Imp)
:
4.45
SHORT CIRCUIT CURRENT (Isc)
:
4.75
OPEN CIRCUIT VOLTAGE (Voc)
:
21.40
MINIMUM POWER (P min)
:
70.00
Power specifications measured at Standard Test Conditions,
Insolation of 1000W/m
2
, AM 1.5, 25°C cell temperature
Module Certified to CEC Specification 503
by JRC ISPRA.
10 Year Limited Output Guarantee.
V o l t s
5
4
3
2
1
0
A
m
p
e
r
e
s
P max
Isc
Imp
Vmp
Voc
TÜV Rheinland
Group
Rear Module Label
Home
Branches
Catalogue