Model 145 TP3 SAW - Photovoltaic Module Brochure

Naps Saana 225-235G PBW• Carefully selected polycrystalline silicon solar cells for close tolerance• Solar cells treated for reduced reflection and for efficient conversion of both direct and diffuse light• Electrical circuit laminated between layers of ethylene vinyl acetate (EVA) for electrical isolation, moisture resistance and UV stability• Low iron content, tempered glass for mechanical protection and high light transmission• The textured surface of the prism glass improves standard rated power by up to 3% and increases the current by up to 20% at low sun elevation• Multi-layered polymer backsheet for resistance to abrasion, tears and punctures and dependable electrical insulation• Rugged and lightweight anodised aluminium frame with mounting, grounding and drainage holes• Junction box with pre-fitted cables and quick connectors designed for ease and safety• Wired-in bypass diodes to reduce potential loss of power and damage from partial array shading• Tested for a wide range of operating conditions (-40°C to +85°C)• Tested to withstand the highest wind, hail storm and snow load requirements (5400 N/m2)• Designed to meet or exceed the environmental requirements of IEC61215• Designed to meet the requirements of IEC61730, including Safety Class II to IEC61140Naps Systems’ 30 years of solar power experience in all continents and conditions provide the highest level of quality and power in an attractive and dependable package. High power and efficiencyNaps Saana series of solar modules contain 60 high efficiency dark blue polycrystalline solar cells. The cells are carefully selected to assure a narrow and positive power range, thus minimising mismatch losses in the system.The deeply textured surface of the prism glass improves light transmission to the solar cells. An increase of up to 3% is attained in the rated maximum power under Standard Test Conditions. At low sun elevation, the transmitted light is increased by up to 20%. In a typical grid-connected system in Germany and similar locations, the annual energy production is increased by approximately 5% compared to smooth glass modules of the same power rating.Dependable construction and long lifeFeaturing the highest standards of construction and materials, Naps Saana solar modules are able to withstand the harshest environments and continue to perform efficiently. Properly installed, these modules have a design life well beyond the power warranty. Limited power warranties are given for both 10 and 25 years. The modules are tested to meet or exceed all relevant international standards and the highest requirements for quality and performance. 69º02’37”N Saana 20º51’22”EGlass type: Frame colour: Backsheet colour:PSBW PRISM BLACK WHITEwww.napssystems.comSaana225-235GPBW35405.9811.7405.994321.59861623D7 x 4D4 x 2Specifications may change without notice due to Naps’ policy of continuous product development. Please confirm current specification before purchase. All product rights belong exclusively to Naps Systems Ltd. DS/Saana/EN/2/10_2000 Specifications: Naps Saana 225-235G PBW012345678910Amps25°C CELL TEMPERATURE, VARYING IRRADIANCE (W/m2) (TYPICAL FOR SAANA 230G PBW)10008006004002000 10 20 30 40 50Volts0123456789100 10 20 30 40VoltsAmps203040506070801 kW/m2 IRRADIANCE, VARYING CELL TEMPERATURE (°C) (TYPICAL FOR SAANA 230G PBW)012345678910Amps25°C CELL TEMPERATURE, VARYING IRRADIANCE (W/m2) (TYPICAL FOR SAANA 230G PBW)10008006004002000 10 20 30 40 50Volts0123456789100 10 20 30 40VoltsAmps203040506070801 kW/m2 IRRADIANCE, VARYING CELL TEMPERATURE (°C) (TYPICAL FOR SAANA 230G PBW)Naps Systems Ltd • Pakkalankuja 7, FI-01510 Vantaa, Finland Tel. +358 20 7545 666 • sales@napssystems.com • www.napssystems.comMechanical DetailsOverall length (mm) ........................................................ 1623Overall width (mm) ........................................................... 986Area (m2) ....................................................................... 1.601Thickness at edge (mm) ..................................................... 35Weight (kg) ...................................................................... 21.6ConstructionCell type............................................................polycrystallineCells.................................................................................... 60Cell dimensions (mm) ..............................................156 x 156Cell electrical circuit (series x parallel) ..........................60 x 1Cell layout (horizontal x vertical)....................................6 x 10Glass thickness (mm) ........................................................ 4.0Junction box type.................................................S PV1410-2Bypass diodes factory fitted.................................................. 3Cables (4.0 mm2) .........................................................2 x 1 mConnector type ............................ H+S Radox push-pull 4mmOther connector options available to special orderProtection ClassIEC61730 Application Class A, equivalent to Safety Class IIMaximum System VoltageVoltage (V) ...................................................................... 1000 Overcurrent ProtectionSeries fuse protection rating (A) ......................................... 15Reverse current maximum (A)............................................ 15Mechanical LoadTested to (N/m2 = Pa) ..................................................... 5400According to IEC 61215-2 extended test for heavy snow loadTemperature Coefficients at STC typeOpen circuit voltage (V/K)............................................. -0.133 Short circuit current (A/K) ............................................ 0.0039Maximum power (%/K) ................................................... -0.54Efficiency Reduction from STCReduction (approximately) (%) ............................................. 5Cell temperature (oC) .......................................................... 25Irradiance change (W/m2) ............................ from 1000 to 200Air Mass ............................................................................. 1.5STC = Standard Test ConditionsCell temperature (oC) .......................................................... 25Irradiation (W/m2) ............................................................ 1000Air Mass ............................................................................. 1.5NOCT = Normal Operating Cell TemperatureCell temperature (oC) .......................................................... 46Irradiation (W/m2) .............................................................. 800Ambient temperature (oC) ................................................... 20 Wind speed (m/s) ................................................................. 1Free air access to module rear Voltage / Current Dependence on TemperatureVoltage / Current Dependence on IrradianceModule DimensionsMade in EUPerformance at STC 225G PBW 230G PBW 235G PBWProduct code 13225 13230 13235Maximum power (W/Pmax) 225 230 235Maximum power tolerance (W) +5/-0 +5/-0 +5/-0Current (typical at max power) (A/Ip) 7.80 7.97 8.13Voltage (typical at max power) (V/Vp) 28.9 28.9 28.9Short circuit current (typical) (A/Isc) 8.44 8.59 8.74Open circuit voltage (typical) (V/Voc) 36.9 37.0 37.1 Module efficiency (minimum) (%) 14.1 14.4 14.7Module efficiency (maximum) (%) 14.4 14.7 15.0Performance at NOCT and 800 W/m2 225G PBW 230G PBW 235G PBWMaximum power (W/Pmax) 161.8 165.5 169.2Current (typical at max power) (A/Ip) 6.19 6.33 6.47Voltage (typical at max power) (V/Vp) 26.1 26.1 26.2Short circuit current (typical) (A/Isc) 6.83 6.95 7.07Open circuit voltage (typical) (V/Voc) 33.8 33.9 33.92 mmGlassSolar CellsGlassSolar Cells