copy of Ja Solar monocrystalline photovoltaic panel 420W (black frame)

Monocrystalline bifacial (double-sided) module with a maximum power of 565 W Ja Solar JAM72D30 - 565/GB with silver frame

RELEVANT INFORMATION

A bifacial panel is otherwise known as a double-sided panel, characterised by the fact that the cells can produce electricity from both sides. This type of panel can produce more energy than conventional panels and are becoming a popular solution for pv installations.

The operation of bifacial panels is based on receiving solar radiation directly from the sun as well as from rays reflected from the ground. This solution makes it possible to obtain more power from the same surface area compared to normal panels, which is ideal when installation space is limited.

The presented monocrystalline photovoltaic panel by Ja Solar JAM72D30 - 565/GB, with an output of 565 W, is a type of bifacial panel (double-sided) and is dedicated to any type of photovoltaic installation. It is a highly efficient, innovative and ecological pv solution that translates into real gains in energy. The product presented comes with as much as a 25-year output guarantee!

A photovoltaic panel by Ja Solar, the bifacial Mono consists of 144 (6x24) cells placed on a durable composite substrate. It is equipped with a robust silver-coloured aluminium frame, which, combined with high-quality toughened glass, protects the PV modules from extreme environmental conditions. It is extremely resistant to salt fog, ammonia vapour, sand friction or hail fall. It achieves a wind resistance of 2400 Pa and a snow load of 5400 Pa.

The JAM72D30 - 565/GB Ja Solar 565 W double-sided monocrystalline photovoltaic panel reduces the resistance of the cell series, as well as the stress between the connectors linking the cells, thus improving the reliability of the module and its conversion efficiency. Ja Solar's monocrystalline panel features an increased efficiency of up to 21.9%. It is also characterised by exceptional performance in low-light conditions.

An installation composed of bifacial panels will work best on a white roofing film or on white-painted concrete, as such substrates will guarantee a high reflection coefficient, known as albedo.

CHARACTERISTICS OF THE JA SOLAR MONO 565 W, BIFACIAL

• Improved efficiency in low solar conditions
• Improved current flow to reduce losses due to heated cells
• Higher power output
• Ideal for installation on pitched roofs and in locations with limited installation space
• High durability and resistance
• 5W positive power tolerance
• Innovative PERC half-cell technology
• Bifacial module equipped with double-sided cells
• Immune to PID effect (induced voltage degradation)

SELECTED PARAMETERS OF JA SOLAR MONO 565 W, BIFACIAL

• Rated power Pmax (Wp): 565
• Temperature coefficient Isc (% / K): 0,0450
• Power tolerance: +5 Wp
• Number of cells along: 24
• Temperature coefficient Pmpp (% / K): -0,3500
• Temperature coefficient Uoc (% / K): -0,2750
• Cell type: monocrystalline
• Frame type: standard
• Cell width (mm): 182,000
• Connector type: QC 4.10-351/ MC4-EV02A
• Vertical cable length: 200 mm(+)/300 mm (-); 800 mm(+)/800 mm(-)(skip).
• Horizontal cable length: 1300 mm(+)/1300 mm(-)
• Short-circuit current Isc (A): 14,21
• Open circuit voltage Uoc (V): 50,28
• Rated voltage Umpp (V): 31,80
• Maximum system voltage (V): 1500
  
  
  

Ja SOLAR's dedicated bifacial photovoltaic panel achieves industry-leading levels and comes with excellent warranty terms: 12-year manufacturer's warranty and 25-year linear power output warranty. It is TüV, PID certified to withstand harsh environmental conditions.

Ja Solar - as a leading manufacturer of photovoltaic modules makes sure that the quality of photovoltaic modules is appreciated worldwide, and thanks to its high production volume combined with very good quality, it is now at the top of the Tier 1 ranking.

Detailed product characteristics and the certificate of conformity with European directives TUV, PID are attached in the downloads tab and in the technical data tab.

ADVANTAGES

• Higher module cell strength
• Lower temperature coefficient
• Higher power output
• Resistance to mechanical stress
• High quality and durability of materials (numerous certifications)
• Lower impact of shading