Mono Solar Panel

335W to 370W Mono Solar Panel

Name: 335W to 370W Mono Solar Panel
Brand: WeBright Solar

1. A-Grad Solar Cell 2. Mono Solar Panel 3. Cost-effective for Off Grid Solar System

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Digital illustration of two solar panels standing upright

Rooftop solar panel installation on a large white building with workers visible on the roof.

A pallet stacked with solar panels, separated by cardboard dividers and wrapped in protective film.

Solar panels resting on wheeled racks inside a brightly lit manufacturing facility.

Product Overview

What This Product Is

A 370W monocrystalline solar panel designed for off-grid solar systems. It features a 19.08% module efficiency, 47.6V open-circuit voltage, and 39.3V maximum power voltage. The panel is built for stable performance in remote or weak-grid areas, with a power tolerance of 0 to +5W. It is available in standard sizes and can be integrated into pre-configured solar kits with matching inverters and battery banks.

Key Benefits

What You Get

370W output with 19.08% efficiency for high energy yield per square meter
Power tolerance of 0 to +5W ensures actual output meets or exceeds rated power
Monocrystalline cell technology with high durability and long-term reliability

Designed for use in off-grid systems where consistent voltage and power are critical

Who It Is For

Buyers and Sites

Solar installers building complete off-grid systems from one delivery
EPC contractors sourcing panels for remote project sites
Electrical wholesalers supplying solar components to unstable-grid markets
End users in off-grid areas who need a reliable and matched solar module
Importers purchasing panels for integration into pre-configured solar kits

Application Scenarios

Where It Is Installed

Remote homes or cabins with no access to the electrical grid
Rural farms and agricultural sites needing reliable off-grid power
Solar water pumping systems requiring stable DC input
Off-grid communication towers and security systems with continuous power needs
Replacement of diesel generators in isolated locations

Problems It Solves

What This Removes From the Job

Mismatched panel voltage and battery system voltage causing system inefficiency
Low-efficiency panels that do not deliver expected output in real-world conditions
Panels with negative power tolerance leading to underperformance
Lack of compatibility between solar modules and charge controllers in off-grid setups
Inconsistent panel output due to poor cell quality or manufacturing variance

Technical Features

How It Is Built

Monocrystalline solar cell with high conversion efficiency
Open-circuit voltage of 47.6V at standard test conditions
Maximum power voltage of 39.3V for optimal charge controller matching
Short-circuit current of 9.91A, suitable for high-current system design

Maximum power current of 9.42A for consistent energy delivery
Power tolerance of 0 to +5W ensures actual output meets or exceeds rating
Standard test conditions: 1000W/m² irradiance, 25℃ ambient temperature, AM 1.5 spectrum

Specifications

Technical Data

Values below are taken from the product documentation. Anything not listed is confirmed against your order.

Model Number	WSM72-370
Maximum Power (Pmax)	370W
Open-circuit Voltage (Voc)	47.6V
Maximum Power Voltage (Vmp)	39.3V
Short-circuit Current (Isc)	9.91A
Maximum Power Current (Imp)	9.42A
Module Efficiency	19.08%
Power Tolerance	0~+5W
Standard Test Environment	Irradiance 1000W/m², Ambient temperature 25℃, Spectrum AM 1.5
Cell Type	Monocrystalline
Number of Cells	72
Frame Material	Anodised aluminium
Glass Type	Tempered glass, 3.2mm thickness
Backsheet	Tedlar/PET/Tedlar composite

Configuration

What Is in the Shipment

The packing list follows this table item by item.

Module Type	WSM72-335	WSM72-340	WSM72-350	WSM72-355
Maximum Power(Pmax)	335W	340W	350W	355W
Open-circuit Voltage (Voc)	46.3V	46.5V	46.9V	47.0V
Maximum Power Voltage(Vmp)	37.9V	38.2V	38.6V	38.8V
Short-circuit Current (Isc)	9.36A	9.45A	9.60A	9.69A
Maximum Power Current (Imp)	8.84A	8.91A	9.07A	9.15A
Module Efficiency (%)	17.28%	17.54%	18.06%	18.31%
Module Type	WSM72-360	WSM72-365	WSM72-370
Maximum Power(Pmax)	360W	365W	370W
Open-circuit Voltage (Voc)	47.2V	47.4V	47.6V
Maximum Power Voltage(Vmp)	38.9V	39.1V	39.3V
Short-circuit Current (Isc)	9.76A	9.82A	9.91A
Maximum Power Current (Imp)	9.26A	9.34A	9.42A
Module Efficiency (%)	18.57%	18.83%	19.08%
Power Tolerance	0~+5W
Standard Test Environment	Irradiance 1000w/m2, Ambient temperature 25℃, Spectrum AM 1.5

Materials

What It Is Made Of

Monocrystalline silicon cells with high purity and low recombination
Anodised aluminium frame for corrosion resistance and structural strength
Tempered glass front cover with anti-reflective coating
Tedlar/PET/Tedlar backsheet for moisture and UV protection

Manufacturing and Preparation

Before It Ships

Cell selection based on power output and efficiency targets
Panel assembly using automated stringing and soldering
Lamination of cells with EVA encapsulant and backsheet
Frame attachment and edge sealing for weatherproofing
Final electrical testing under standard test conditions
Packaging in protective cardboard and corner guards for export

Quality Control

Checked Before Packing

Cell power output verified against the 370W rating before assembly
Voltage and current measurements taken under 1000W/m² irradiance
Visual inspection for microcracks, soldering defects and delamination
Insulation resistance test performed at 1000VDC
Final packaging inspection to prevent transit damage

Customisation

What Can Be Changed at Order Stage

Available in multiple sizes: S, M, L
Can be integrated into pre-configured off-grid solar kits with inverters and batteries
Custom mounting brackets available for roof or ground installation

Optional anti-reflective coating for improved low-light performance
Can be supplied with or without pre-attached mounting hardware

Comparison

How It Compares With the Alternatives

Polycrystalline panel	Higher efficiency and better performance in low-light conditions, but slightly higher cost
Grid-tie panel	Higher Voc suitable for off-grid systems, but not designed for utility interconnection
Lower wattage panel	Higher power output per panel reduces number of panels needed, but requires larger mounting area
Flexible solar panel	Higher rigidity and durability, but not suitable for curved surfaces

Use Guide