Name: 590W N-Type Bifacial Photovoltaic Panel, OSDA
Brand: Osda
SKU: ODA590-36V-MHD
Price: 99.8 EUR

590W N-Type Bifacial Photovoltaic Panel, OSDA

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Descripción

The OSDA ODA590-36V-MHD photovoltaic panel has a rated power output of 590W and uses 144 N-Type monocrystalline cells. Its module efficiency of 22.84% enables high power generation from the available installation area.

The bifacial construction allows the panel to capture sunlight from both the front and rear sides. When installed above a reflective surface, the rear side can contribute additional energy production.

Under the BNPI bifacial test conditions specified by the manufacturer, with front irradiance of 1000W/m² and rear irradiance of 135W/m², the resulting power output can reach 654W. This value does not represent the panel’s rated STC output, but its performance under the bifacial testing conditions specified in the technical datasheet.

Main Features

Rated power output: 590W
182 × 91mm N-Type monocrystalline cells
144 cells in a 12 × 12 configuration
Module efficiency: 22.84%
Bifaciality rate: 80% ± 5%
2mm tempered front glass with anti-reflective coating
2mm rear glass
Silver anodised aluminium alloy frame
IP68 junction box with three bypass diodes
Pmax temperature coefficient: -0.290%/°C
Maximum system voltage: 1500V
Mechanical resistance to snow and wind loads

Benefits

High Power per Module

The 590W rated output helps reduce the number of panels required to achieve the designed total system capacity.

Bifacial Energy Production

The rear side can use light reflected from the surface underneath the panel when the installation conditions and mounting configuration allow it.

Good Performance at High Temperatures

The Pmax temperature coefficient of -0.290%/°C helps limit power losses as the cell temperature increases.

Dual-Glass Construction

The front and rear glass protect the cells and contribute to the module’s mechanical strength and long-term durability.

Recommended Applications

Residential photovoltaic systems
Commercial and industrial installations
Rooftop-mounted systems
Ground-mounted photovoltaic installations
Photovoltaic carports
Projects where reflected light can be captured by the rear side

Technical Specifications

General Information
Brand	OSDA
Model	ODA590-36V-MHD
Module type	N-Type monocrystalline, bifacial
Electrical Specifications – STC
Rated maximum power Pmax	590W
Maximum power voltage Vmp	44.87V
Maximum power current Imp	13.15A
Open-circuit voltage Voc	52.79V ± 3%
Short-circuit current Isc	13.97A ± 3%
Module efficiency	22.84%
Bifacial Performance – BNPI
Resulting maximum power	654W
Maximum power voltage Vmp	45.01V
Maximum power current Imp	14.53A
Open-circuit voltage Voc	52.95V ± 3%
Short-circuit current Isc	15.44A ± 3%
BNPI values are measured at 1000W/m² front irradiance and 135W/m² rear irradiance.
Mechanical Characteristics
Cell type	182 × 91mm N-Type monocrystalline
Number of cells	144, 12 × 12 configuration
Dimensions	2278 × 1134 × 30mm
Weight	31.50kg
Front glass	2mm tempered glass with anti-reflective coating
Rear glass	2mm glazed glass
Frame	Silver anodised aluminium alloy
Junction box	IP68, 1500VDC, 3 Schottky bypass diodes
Cables	4mm², positive 300mm and negative 300mm
Connector rating	IP68
Bifaciality rate	80% ± 5%
Operating Parameters
Maximum system voltage	1500V
Operating temperature	-40°C to +85°C
Maximum series fuse rating	25A
Nominal module operating temperature	45°C ± 2°C
Maximum snow/wind load	5400Pa / 2400Pa
Safety protection class	Class II
IEC fire rating	Class A
Temperature Coefficients
Pmax temperature coefficient	-0.290%/°C
Voc temperature coefficient	-0.250%/°C
Isc temperature coefficient	+0.045%/°C
Warranty and Packaging
Product warranty stated in the datasheet	15 years
Performance warranty	30 years
Guaranteed output after 30 years	87.4%
Commercial pallet quantity	31 panels

Sales and Delivery Conditions

⚠️ For orders requiring delivery, the panels are sold exclusively as a complete pallet of 31 units.

For orders collected in person from the SolarTech warehouse, the panels can also be purchased individually.

Important Information

The additional energy generated by the rear side depends on the surface underneath the panel, its reflectivity, the mounting height and angle, the distance between rows and the actual irradiance conditions.

String sizing must take into account the panel’s Voc, Vmp, Isc and Imp values, the inverter limits and the minimum and maximum temperatures at the installation location.

Installation, configuration and commissioning must be carried out by qualified personnel in accordance with the manufacturer’s instructions and all applicable regulations.