Adani NDCR N-Topcon 615 Watt

Name: Adani NDCR N-Topcon 615 Watt
Brand: Gigawatt Energy Private Limited
Price: 9532.0 INR
Availability: InStock

Price 9532.0 INR/ Piece

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MOQ : 50 Pieces

Adani NDCR N-Topcon 615 Watt Specification

Product Type
N-Topcon

Material
Monocrystalline Silicon

Number of Cells
144

Max Voltage
43.66 Volt (V)

Max System Voltage
615 Watt (W)

Panel Efficiency
20.87%

Size
615 Watt

Dimension (L*W*H)
2390*1303*35 Millimeter (mm)

Weight
39.9 Kilograms (kg)

Color
Bifacial

Warranty
30 year

Adani NDCR N-Topcon 615 Watt Trade Information

Minimum Order Quantity
50 Pieces

Delivery Time
5 Days

About Adani NDCR N-Topcon 615 Watt

Likely / Typical Technical Spec Estimates

Since the datasheet for the 615 W NDCR module wasnt fully found, here are likely or approximate specs (based on similar Adani & competitive modules), what to expect:

Parameter	Approx / Expected Value
Rated Power (STC)	615-620 Wp
Cell Type	N-type TopCon, likely half-cut or large cell format (144 or 156 cells)
Voltage at Maximum Power (Vmp)	40-45 V (common in 600-W class modules)
Current at Maximum Power (Imp)	13-16 A, depending on cell format and design
Open-Circuit Voltage (Voc)	48-52 V
Short-Circuit Current (Isc)	14-16 A
Efficiency	Likely 21.5-23% (front side), perhaps more if bifacial gain is counted
Dimensions	Large: likely 2.2-2.6 m length, 1.1-1.25 m width, thickness 30-35 mm (frame + glass)
Weight	Probably in the 30-35 kg range
Temperature Coefficient of Power	Around -0.27 to -0.35%/C (i.e. loss per degree above 25C)
Operating Temp Range	-40C to +85C
System Voltage	Likely up to 1500 V DC capability
Mechanical Load Ratings	High wind and snow loads (often 2400 Pa wind, 5400 Pa snow or equivalent for such modules)
Warranties	Product warranty 10-12 years; Performance warranty 25-30 years (power output degradation limits specified)

Pros / Advantages of This Module

High power per module means fewer modules required savings in structure, mounting, labor & wiring.
TopCon tech gives better efficiency, lower degradation over time, better performance in high temperature and low light.
If bifacial variant, you can get extra yield from rear side reflected light.
Good for large-scale solar farms/utility applications where module efficiency per area and reliability matter.
Non-DCR allows more flexibility in sourcing components / materials (though gives up subsidies requiring DCR).

Things to Verify / Considerations

The exact datasheet: to get accurate numbers for Vmp, Voc, Isc, temperature coefficients, bifacial gain, etc.
Check mechanical specs: how it handles wind/snow/hail loads in your area.
Certs & standards: IEC 61215, IEC 61730, BIS, etc.
Warranty details: how much degradation over first year; whats guaranteed after 25/30 years.
Whether the module is bifacial or monofacial (if bifacial, what is rear-side gain & how much reflection can be arranged in your setup).
Module size, weight & how that fits with your mounting structure / logistics.
Voc at cold temperature and whether string design will avoid overvoltage.