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Series FLOWSARThe product is in research, production line testing or technology development. We accept enquiries, and for larger quantities it can be added to the production queue on individually agreed terms.

FLOWSAR-32 HJT PV Module

285–295 W

Dual-glass HJT module from 285 to 295 W with 90 % bifaciality for greenhouse roofs.

  • HJT
  • Bifacial
  • Dual glass
  • 32 cells
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FLOWSAR-32 HJT PV Module, 285–295 W

Advantages

  • Light-transmitting design

    Strips between the cells let light through to the crops.

  • −0.24 %/°C temperature coefficient

    Less power loss in a warm climate.

  • 90 ± 5 % bifaciality

    The rear side uses reflected light.

  • 15-year warranty

    30-year linear warranty, 88 % power after 30 years.

Key figures

  • 285–295 WPower
  • 14.8 %Efficiency up to
  • 1762 × 1134 × 30 mmDimensions
  • 3264 half-cellsCells
  • 21.5 kgWeight
  • 30 yearsLinear power warranty
  • 15 yearsProduct warranty

Warranty

  • 15 yearsProduct warranty
  • 30 yearsLinear power warranty

15-year product warranty and 30-year linear power warranty.

Guaranteed power output over time808590951000102030YearsPower output (%)
  • FLOWSAR-32
Guaranteed power output over time
YearsFLOWSAR-32 · Power output (%)
0100
199
1095.6
2590
3088

Applications

Characteristic curves

I-V curves at different irradiance

I-V curves at different irradiance051015200102030Voltage (V)Current (A)
  • 1000 W/m²
  • 800 W/m²
  • 600 W/m²
  • 400 W/m²
  • 200 W/m²
I-V curves at different irradiance
Voltage (V)1000 W/m² · Current (A)800 W/m² · Current (A)600 W/m² · Current (A)400 W/m² · Current (A)200 W/m² · Current (A)
015.1612.139.16.063.03
2.3815.1612.139.16.063.03
4.2615.1612.139.16.063.03
6.4515.1612.139.16.063.03
8.4415.1612.139.16.063.03
10.5615.1612.139.16.063.03
12.5515.1612.139.16.063.03
14.5915.1612.139.16.063.03
16.6915.1512.119.096.063.03
18.7715.0312.029.0162.98
20.8614.0111.28.385.472.55
23.17.695.663.591.35–

Certificates and marks

  • CE markingDeclarationEN IEC 61730-1/-2The module meets the EU requirements for electrical safety (Directive 2014/35/EU, EN IEC 61730).
  • REACHComplianceThe materials comply with Regulation (EC) No 1907/2006 (REACH) on chemicals.
  • ISO 9001, ISO 14001, ISO 45001InformationISO 9001, ISO 14001, ISO 45001The modules are made under quality, environmental and occupational safety management systems certified to ISO 9001, ISO 14001 and ISO 45001.
  • Recycling (WEEE)Information2012/19/EUPV modules are electrical equipment under Directive 2012/19/EU (WEEE); at the end of their life they go to recycling, not to household waste.

Technical specifications

Mechanical characteristics

Cell typeHJT (heterojunction), N-type
Cell arrangement64 half-cells (4 × 16)
Dimensions (L × W × H)1762 × 1134 × 30 mm
Weight21.5 kg
GlassDual glass, 1.6 mm
FrameAnodised aluminium alloy
Junction boxIP68
Cable cross-section4.0 mm²
Cable length+350 / −450 mm or custom, UV resistant
ConnectorPV-H1 / MC4-Evo 2 / others
Maximum static test load5400 Pa front / 2400 Pa rear

Temperature characteristics

Temperature coefficient of Pmax-0.24 %/°C
Temperature coefficient of Voc-0.22 %/°C
Temperature coefficient of Isc+0.04 %/°C
Nominal operating cell temperature (NOCT)44 ± 2 °C

Operating conditions

Operating temperature−40 … +70 °C
Maximum system voltage1500 V DC (IEC)
Maximum series fuse rating30 A
Power tolerance0 … +3 %
Power sorting0 … +5 W
Bifaciality90 ± 5 %
Safety classClass II

Packaging and logistics

Modules per pallet36 pcs
Pallets per container26
Modules per 40' HQ container936 pcs

Frame

Aluminium frame 30 mm

Anodised aluminium frame shared by all framed VESS modules. Grounding holes 4 × Ø4 mm.

ModelAluminium frame 30 mm – profile
Strength240MPa
Density2.7g/cm³
Durabilityup to 50years
  • Material: Anodised aluminium alloy
  • Load: 5400 Pa front / 2400 Pa rear

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