Jinko Solar Panels Tiger Neo N-type 48HL4M-BDV Bifacial Solar Panel 445W 450W 455W 460W 465W 470W All Black Solar Pv Module 1

Jinko Solar Panels Tiger Neo N-type 48HL4M-BDV Bifacial Solar Panel 445W 450W 455W 460W 465W 470W All Black Solar Pv Module 2

Jinko Solar Panels Tiger Neo N-type 48HL4M-BDV Bifacial Solar Panel 445W 450W 455W 460W 465W 470W All Black Solar Pv Module 3

Jinko Solar Panels Tiger Neo N-type 48HL4M-BDV Bifacial Solar Panel 445W 450W 455W 460W 465W 470W All Black Solar Pv Module

The temperature coefficient of the 48HL4M-BDV series components is -0.35%/℃, which means that in high temperature environments, the power attenuation of the components is smaller and higher power generation efficiency can be maintained. This series of components can still maintain high power generation efficiency under low light conditions, especially in low light conditions such as early morning, evening, and cloudy days, which can effectively increase the system's power generation

Modell:

48HL4M-BDV

Leistung:

445W-470W

Material:

monokristallines Silizium

Produktname:

Doppelseitiges Solarpanel vom Typ N

Brand Name:

Jinko Solar

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Anfrage

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Jinko 445-470W-48HL4M-BDV

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Produktname

Jinko Solar 445W-470W Solarpanel

Maximum System Voltage

1500 VDC (IEC)

Connector Type

JK03M / JK03M2 / andere

Packing detail(Two pallets=One stack)

37 PCs/Paletten, 74 PCs/Stack, 962 PCs/40'HQ -Container

Output Cables

4,0 mm2 (+): 400 mm, (-): 200 mm oder individuelle Länge

Batterietyp

Monokristallines N-Typ

Schutzlevel

IP68

Garantie

30 Jahre

Abmessungen (L*B*H)

1792 × 1140 × 1249 mm

Betriebs temperatur

-40°C ~ +70°C

Product Features

The gain of double-sided power generation increases with the increase of backside illumination, significantly reducing LCOE.
N-type components have lower LID/LeTID attenuation and better low light performance.
The N-type components using JinkoSolar HOT 3.0 technology have better reliability and power generation efficiency.
Better light utilization and current collection capability effectively enhance product power output and reliability.

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