Solar Panel

260W to 300W Poly Solar Panel

Name: 260W to 300W Poly Solar Panel
Brand: WeBright Solar

A-grade Solar Cell Poly Solar Panel 25-year warranty

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A grid of dark blue solar panels mounted on a metal frame atop a light-colored corrugated roof.

Solar panels installed on a red tiled roof

3D rendering of two blue photovoltaic solar panels with silver frames standing upright

Product Overview

What This Product Is

A 260W to 300W polycrystalline solar panel designed for residential and small commercial off-grid and hybrid solar systems. Available in 60-cell and 72-cell configurations with power outputs from 260W to 295W. The panels are built with A-grade solar cells and carry a 25-year performance warranty. They are suitable for integration into matched system kits where voltage and current compatibility with inverters and controllers are pre-verified.

Key Benefits

What You Get

A-grade solar cells ensure consistent performance across the panel batch
60-cell and 72-cell versions available to match different system voltage requirements
Maximum power voltage between 30.6V and 32.1V allows for stable MPPT tracking

Standard test conditions: 1000W/m2 irradiance, 25℃ ambient, AM 1.5 spectrum
Packed on pallets with 30 units per pallet for 60-cell, 27 for 72-cell, ready for container shipment

Who It Is For

Buyers and Sites

Solar installers sourcing panels for complete system kits
EPC contractors building off-grid or hybrid systems in unstable-grid regions
Electrical wholesalers stocking panels for regional distribution
Residential end users buying a matched kit rather than individual components
Importers purchasing panels in bulk for regional markets with limited grid access

Application Scenarios

Where It Is Installed

Residential rooftop systems in areas with moderate to high solar insolation
Small off-grid cabins or farm buildings with no access to the utility grid
Hybrid systems where solar supplements a diesel generator or weak grid
Commercial sheds or storage facilities needing low-maintenance power generation
Replacement of older panels in existing systems where voltage compatibility is critical

Problems It Solves

What This Removes From the Job

Mismatched panel voltage in a string leading to underperformance or controller shutdown
Lack of consistent power output across a batch due to low-grade cells
Uncertainty in panel compatibility with existing inverters or charge controllers
Difficulty in sourcing panels with known performance data and long-term warranty
Inconsistent packing and shipping logistics when panels come from multiple suppliers

Technical Features

How It Is Built

Polycrystalline silicon cell technology with A-grade solar cells
60-cell or 72-cell configuration available for different system voltages
Open-circuit voltage from 38.1V to 39.2V depending on model
Maximum power voltage from 30.6V to 32.1V for efficient MPPT operation

Maximum power current from 8.50A to 9.19A, compatible with standard inverter inputs
Module efficiency between 15.90% and 18.04% depending on model
Power tolerance of 0 to +5W, ensuring actual output meets or exceeds rated value

Specifications

Technical Data

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

Power Output	260W to 295W
Cell Type	Polycrystalline
Configuration	60-cell or 72-cell
Open-circuit Voltage (Voc)	38.1V to 39.2V
Maximum Power Voltage (Vmp)	30.6V to 32.1V
Short-circuit Current (Isc)	9.01A to 9.77A
Maximum Power Current (Imp)	8.50A to 9.19A
Module Efficiency	15.90% to 18.04%
Power Tolerance	0 to +5W
Test Conditions	1000W/m², 25℃, AM 1.5
Pcs per Pallet	30 (60-cell), 27 (72-cell)
Pallets per Container	14 (20GP), 28 (40GP), 28 (40HC)
Pcs per Container	400 (20GP), 840 (40GP), 924 (40HC) for 60-cell; 270 (20GP), 648 (40GP), 696 (40HC) for 72-cell

Configuration

What Is in the Shipment

The packing list follows this table item by item.

Module Type	WSP60 260W	WSP60 265W	WSP60 270W	WSP60 275W	WSP60 280W	WSP60 285W	WSP60 290W	WSP60 295W
Open-circuit Voltage (Voc)	38.1V	38.3V	38.4V	38.5V	38.7V	38.8V	39.0V	39.2V
Maximum Power Voltage (Vmp)	30.6V	30.8V	30.9V	31.1V	31.4V	31.6V	31.8V	32.1V
Short-circuit Current (Isc)	9.01A	9.10A	9.22A	9.25A	9.34A	9.48A	9.63A	9.77A
Maximum Power Current (Imp)	8.50A	8.61A	8.73V	8.84A	8.92A	9.02A	9.12A	9.19A
Module Efficiency (%)	15.90%	16.21%	16.51%	16.82%	17.12%	17.43%	17.74%	18.04%
Power Tolerance	0~+5W
Standard Test Environment	Irradiance 1000w/m2, Ambient temperature 25℃, Spectrum AM 1.5
(60 cells )Container	20GP	40GP	40HC
Pcs/Pallet	30	30	30
Pallets/Container	14	28	28
Pcs/Container	400	840	924
(72 cells )Container	20GP	40GP	40HC
Pcs/Pallet	27	27	27
Pallets/Container	10	24	24
Pcs/Container	270	648	696

Materials

What It Is Made Of

Polycrystalline silicon solar cells, A-grade quality
Tempered glass front sheet with anti-reflective coating
Aluminium frame with corrosion-resistant anodised finish
PVC or EVA encapsulant for cell protection
Backsheet with UV and moisture resistance

Manufacturing and Preparation

Before It Ships

Cell selection and sorting based on power output and visual quality
Panel assembly using automated laminating and framing machines
Electrical testing under standard test conditions before packaging
Final inspection for visual defects, frame alignment, and cable integrity
Packing on pallets with protective corner guards and shrink wrap
Loading into containers according to 20GP, 40GP, and 40HC capacity tables

Quality Control

Checked Before Packing

Each panel tested under 1000W/m² irradiance, 25℃, AM 1.5 spectrum
Power output verified against the rated value with 0 to +5W tolerance
Visual inspection for cracks, delamination, or frame damage
Electrical continuity and insulation resistance checked before packing
Pallet weight and dimensions verified before container loading

Customisation

What Can Be Changed at Order Stage

Choice between 60-cell and 72-cell configurations for different system voltages
Option to specify panel color (blue or black) on request
Custom packaging for bulk orders with branded labels or special markings

Integration into pre-configured system kits with inverters and controllers
Adjustment of string voltage for compatibility with existing charge controllers

Comparison

How It Compares With the Alternatives

Monocrystalline panel	Lower efficiency and higher temperature coefficient, but lower cost and better performance in low-light conditions
Mono PERC panel	Lower power output and efficiency, but more cost-effective for budget systems with less space constraint
Buying panels from multiple suppliers	Consistent performance and warranty across a batch, with no mismatch losses in string
Low-grade polycrystalline panels	A-grade cells ensure higher output and longer lifespan, with no early degradation

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