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Bifacial N-Type Solar Module 550W-580W

PMH Series Bifacial N-Type Solar Module | Capacity: 550W-580W | Solar Cells Number: 144Pcs

Classify：

Solar Module

keywords：

Solar Module

PERC Solar Module

Mono Solar Module

Mono PERC Solar Module

Bi-Facial Mono PERC Solar Module

File Download：

PMH Series Bifacial N-Type Solar Module (550W-580W).pdf

Consulting Hotline：

+86-757-81285488

Product Description
Technical Specification
Applied Range
Product Catalogue

- Brand: Prostar
- Commodity name: Bifacial N-Type Solar Module 550W-580W
PMH Series Bifacial N-Type Solar Module | Capacity: 550W-580W | Solar Cells Number: 144Pcs
Prostar PMH Series Bi-Facial Mono PERC Solar Module is a cutting-edge solar technology designed for optimal energy generation. These modules are constructed with PERC cells, which are known for their high power output and superior temperature-dependent performance. The configuration minimizes shading effects on energy generation and reduces the risk of hot spots, ensuring a reliable energy yield. Moreover, the N-Type Technology with TOPCon further enhances the module's efficiency and low light performance, promising lower degradation rates and a robust resistance to LID/LETID, as supported by IEC 62804 standards.

The PMH Series also boasts a high power density, thanks to its lower series resistance and improved light harvesting capabilities, which translates to more power output per square meter. This feature, combined with the module's PID resistance, ensures the longevity and security of the investment. The dual-sided power generation is another standout feature, where the backside exposure to light significantly amplifies energy output, contributing to a reduced Levelized Cost of Electricity (LCOE).

Features Introduction
- Efficient and Flexible - Ultra-efficient and customizable design to meet diverse application requirements.
- Economic and Cost-effective - Leveraging intelligent manufacturing processes to achieve optimal cost-effectiveness, ensuring high value for investment.
- High Reliability - Durable and reliable performance, with excellent low-light response capabilities, ensuring stable power generation under various conditions.
- Environmental Resilience - Selectively using high-quality materials to ensure robust performance in harsh environments, enhancing the system's adaptability.
- Superior Quality - Backed by authoritative certifications and comprehensive quality assurance systems, ensuring product reliability and consistency.
- System Integration - Advanced technology integration to seamlessly meet complex system requirements, providing comprehensive solutions.
Key words:
- Solar Module
- PERC Solar Module
- Half-cut Cell Mono PERC Solar Module
- Half-cut Cell Mono Solar Modulen
- Mono Solar Module

MODEL	PMH550W-144M		PMH580W-144M
	STC	BNP1	STC	BNP1
Maximum Power (Pmax/W)	550	414	580	436
Open Circuit Voltage (Voc/V)	49.95	46.63	51.40	48.95
Short Circuit Current (Isc/A)	14.05	11.17	14.35	11.57
Maximum Power Voltage (Vmp/V)	41.97	39.31	42.87	40.44
Maximum Power Current (Imp/A)	13.11	10.53	13.53	10.82
Module Efficiency (%)	21.30		22.45
Temp. Coefficient of Voc	-0.275%/°C
Temp. Coefficient of Isc	+0.046%/°C
Temp. Coefficient of Pmax	-0.350%/°C
Modules/Pallet	36 Pieces
Modules/40°Container	720 Pieces
Packing Description	20 Pallets, Total=(36+36)x10=720 Pieces
Output Tolerance	0~+5W
Operating Temperature	-40°C~+85°C
Wind Load/Snow Load	2400pa/5400pa
Fuse Current	20A

Notes: STC: Standard Test Conditions (Irradiance 1000W/m², Cell Temperature 25°C, AM 1.5)

BNPI: Backside Nominal Power Index (Front 1000W/m², Rear 135W/m²)

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Bifacial N-Type Solar Module 550W-580W

Features Introduction

Efficient and Flexible - Ultra-efficient and customizable design to meet diverse application requirements.

Economic and Cost-effective - Leveraging intelligent manufacturing processes to achieve optimal cost-effectiveness, ensuring high value for investment.

High Reliability - Durable and reliable performance, with excellent low-light response capabilities, ensuring stable power generation under various conditions.

Environmental Resilience - Selectively using high-quality materials to ensure robust performance in harsh environments, enhancing the system's adaptability.

Superior Quality - Backed by authoritative certifications and comprehensive quality assurance systems, ensuring product reliability and consistency.

System Integration - Advanced technology integration to seamlessly meet complex system requirements, providing comprehensive solutions.