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<p>Smart Solar Technologies PS550M6-24/TH 550W Half-Cut MonoPerc Solar Panel
PS550M6-24/TH | Half-Cut MonoPerc M6-10BB-R | 144 Half-Cell | Monofacial | 1500V System Voltage

550W
Max Power Output

21.4%
Module Efficiency

144
Half-Cut MonoPerc Cells

Product Overview
The Smart Solar Technologies PS550M6-24/TH is a high-efficiency 550W solar panel built for strong daily energy production. It uses Half-Cut MonoPerc M6-10BB-R cell technology, which helps improve output and reduce losses under real-world conditions. The 144-cell monofacial design supports reliable system performance in commercial and utility projects. Its low temperature coefficient and anti-PID protection help maintain generation in demanding environments. The panel is designed for long service life, stable operation, and dependable power delivery over time.

Key Benefits

High power output: The module delivers up to 550W for strong energy generation in larger solar arrays.

High efficiency design: MonoPerc construction helps capture more usable energy from available sunlight.

Better shading tolerance: Half-cut cell architecture helps reduce mismatch losses when partial shading occurs.

Improved reliability: Anti-PID protection and low hot-spot effect support safer long-term operation.

Strong warranty support: A 12-year product warranty and 25-year linear performance warranty add confidence.

How It Works
This panel converts sunlight into electricity through monocrystalline cells arranged in a half-cut layout. The half-cut format lowers electrical resistance and improves current handling across the module. That design can also help performance when part of the panel is shaded. MonoPerc cell processing supports better light capture and improved energy yield. The module is engineered to keep operating efficiently under heat, humidity, and long-term field exposure.

Half-cut cell design: Cells are split to reduce internal current flow. This helps limit resistive losses and supports better overall output.

MonoPerc structure: Perc-enhanced monocrystalline cells improve light absorption. This increases generation potential across a wide range of conditions.

Anti-PID protection: The module is designed to resist potential induced degradation. This supports stronger performance retention over time.

Technical Specifications

Model
PS550M6-24/TH / PS550M6H-24/TH

Technology
Half-Cut MonoPerc M6-10BB-R

Cell Count
144 cells

Cell Type
Monocrystalline 182 x 91 mm

Maximum Power
550W

Power Tolerance
0~+5W

Module Efficiency
21.4%

NOCT
45±2°C

Operating Temperature
-40 to +85°C

System Voltage
1000V / 1500V DC

Series Fuse Rating
25A

Front Side Static Load
5400Pa

Rear Side Static Load
2400Pa

Hail Resistance
Up to 25 mm at 80 km/h

Dimensions
2278 x 1134 x 35 mm

Weight
28.0 kg

Front Glass
3.2 mm toughened glass

Frame
Anodized aluminium alloy

Junction Box
IP68 rated

Cable
4mm² IEC, +450mm / -250mm or customized length

Certifications &amp; Compliance

Certifications: IEC 61730, Module Classification II, Fire Rating C, IP68 junction box protection

Inverter Compatibility: Suitable for 1000V and 1500V DC system designs

Environmental: Anti-PID protection, low temperature coefficient, and stable output in wide operating temperatures

Warranty: 12-year product warranty and 25-year linear performance warranty

Documentation

Product Datasheet (PDF)

● Available | Contact us for lead time and pricing
Manufacturer: PES Supply
Model: PS550M6-24
Vendor: Smart Güneş Teknolojileri
Source: Shopify live catalog 2026-09-09; product 7556484792454; variant 43542837952646
Tags: 10, PS550M6-24, Smart, Solar Equipment, Solar Panels</p>

<p>Smart Güneş Teknolojileri PS555M6-24/TH 535–555W Half-Cut MonoPerc M6-10BB-R Solar Panel
PS555M6-24/TH | Half-Cut MonoPerc M6-10BB-R | 144 Half-Cell | Monofacial | 1500V System Voltage






555W
Max Power Output


21.55%
Module Efficiency


144
Half-Cell Monocrystalline





Product Overview
Smart Güneş Teknolojileri PS555M6-24/TH is a high-efficiency solar panel designed for strong daily generation and reliable long-term performance. It uses Half-Cut MonoPerc M6-10BB-R cell technology and a 144-cell layout to improve output stability under real-world operating conditions. The module is built for projects that need dependable power, strong shading tolerance, and lower losses. Its monocrystalline construction supports consistent energy production, while the anti-PID design helps maintain performance over time. The panel is also suited for utility, commercial, and large-scale rooftop applications.





Key Benefits

High Power Range: The module delivers 535W to 555W for flexible system design.



Better Shading Tolerance: Half-cut cell architecture helps reduce performance loss in partial shade.



Anti-PID Protection: Anti-PID design supports better reliability in demanding PV systems.



Low Hot-Spot Effect: Improved current classification helps increase generation safety and stability.



Strong Warranty Support: The panel includes a 12-year product warranty and 25-year linear performance warranty.






How It Works
This solar panel converts sunlight into electricity through high-efficiency monocrystalline cells. The half-cut design splits the current path, which helps reduce resistive losses and improve output under real operating conditions. Its 144-cell structure supports stronger voltage characteristics and smoother power delivery. The M6-10BB-R layout also contributes to better current handling and more reliable production across varied weather conditions. With low temperature coefficients, the panel is designed to perform more consistently during hot periods. That helps preserve energy yield when module temperatures rise. Anti-PID protection further supports long-term system stability. This is especially valuable in large PV installations where reliability matters most.


Half-Cut Cell Operation: Each cell is split to reduce current flow through each circuit. This lowers internal losses and supports better output in partial shading.



Temperature Management: The power temperature coefficient is -0.35%/°C. This means output drops more slowly as module temperature rises.



Durable Energy Delivery: The module uses 10BB cell technology and a robust frame. This supports stable current transfer and dependable daily generation.






Technical Specifications



Model
PS555M6-24/TH


Power Range
535–555W


Technology
Half-Cut MonoPerc M6-10BB-R


Cell Type
Monocrystalline 182 x 91mm


Cell Count
144 Cells


Module Efficiency
Up to 21.55%


Power Tolerance
0~+5W


Max System Voltage
DC 1000V / 1500V


Maximum Series Fuse Rating
25A


Operating Temperature
-40 to +85°C


Power Temperature Coefficient
-0.35%/°C


Voltage Temperature Coefficient
-0.28%/°C


Current Temperature Coefficient
+0.05%/°C


NOCT
45±2°C


Front Glass
3.2mm toughened glass



Manufacturer: PES Supply
MPN: PS555M6H-24/TH
Model: PS555M6H-24
Vendor: Smart Güneş Teknolojileri
Source: Shopify live catalog 2026-09-09; product 7556484857990; variant 43542841131142
Tags: 10, PS555M6-24, Smart, Solar Equipment, Solar Panels</p>

<p>Luxco Service Temporarily Unavailable 300–310W Solar Panel
Model Unavailable | Unknown Technology | Standard Cell Format | Mono | Not Provided System Voltage

310 Wp
Max Power Output

17.41%
Module Efficiency

Unknown
Cell Configuration

Product Overview
This Luxco solar panel is designed for dependable everyday power generation within a 300 to 310 Wp range. It offers a practical balance between output and efficiency for residential or light commercial use. The module efficiency reaches up to 17.41 percent, which supports solid energy capture in limited roof space. Its compact power class makes it suitable for systems that need consistent performance without excessive installation complexity. With a panel weight of 20.5 kg, handling and mounting remain manageable for standard rooftop projects. The product details suggest a straightforward solution for buyers seeking a reliable solar module with clear performance expectations.

Key Benefits

Reliable power range: The 300 to 310 Wp output supports stable daily generation for smaller solar arrays.

Solid efficiency: An efficiency rating up to 17.41 percent helps convert sunlight into usable electricity effectively.

Practical weight: At 20.5 kg, the panel remains suitable for common rooftop mounting systems and routine handling.

Space-conscious choice: Its performance level can suit projects where roof area must be used efficiently.

Simple product positioning: The clear electrical range makes it easier to match with compatible system designs.

How It Works
This solar panel works by converting sunlight into direct current electricity through photovoltaic cells. When sunlight reaches the module surface, the cells absorb energy and begin producing electrical power. That power level varies with sunlight intensity, temperature, and installation conditions. The listed 300 to 310 Wp range shows the expected output under standard testing. The efficiency figure indicates how effectively the panel uses available sunlight. In real-world operation, the system output depends on orientation, shading, and inverter matching. Because the panel weight is moderate, it can be integrated into many standard mounting layouts. The result is a straightforward solar generation component for stable energy production.

Sunlight conversion: Photovoltaic cells absorb sunlight and generate direct current electricity. This process begins immediately when the panel is exposed to light.

Power production: The module is rated between 300 and 310 Wp. That range represents the panel's expected output under standard conditions.

System integration: The generated electricity is sent to the rest of the solar system for conversion and use. Proper inverter and mounting selection help maintain performance.

Technical Specifications

Power Range
300 ~ 310 Wp

Module Efficiency
16.85 ~ 17.41 %

Weight
20.5 kg

Seller Name
nill

Country
nill

Product Status
No specification table found

Certifications &amp; Compliance

Certifications: Not provided

Inverter Compatibility: Suitable for standard grid-tied solar system design, subject to final electrical matching

Environmental: No environmental compliance details supplied in the source data

Warranty: Warranty information not provided

Documentation
No PDF documentation provided for this product.

● Available | Contact us for lead time and pricing
Manufacturer: PES Supply
Vendor: Luxco
Source: Shopify live catalog 2026-09-09; product 7556531191942; variant 43543122641030
Tags: Category:nill, Status:active</p>

<p>Pulsar CO Sentry Series — 5,250/4,250-Watt Dual-Fuel Portable Generator (PG5250BCO)
The Pulsar PG5250BCO provides dependable dual-fuel power (gasoline or propane) with CO Sentry automatic carbon-monoxide shutdown. A rugged 224cc OHV engine, 120/240V output, and RV-ready outlets make it a versatile choice for home backup, RVs, and jobsites.

Outlets &amp; Controls

• (2) 120V 20A GFCI (NEMA 5-20R) duplex
• (1) 120V 30A RV (TT-30R)
• (1) 120/240V 30A twist-lock (L14-30R)
•
Digital meter (voltage, frequency, run time, total hours), main breaker, fuel selector (Switch &amp; Go), CO Sentry status lights

Technical Specifications — from the OEM product page &amp; manual

Model
PG5250BCO

Fuel
Gasoline &amp; Propane (dual-fuel; Switch &amp; Go)

Peak / Running (Gasoline)
5,250 W / 4,250 W

Peak / Running (Propane)
4,750 W / 3,850 W

Rated Voltage / Frequency
120/240 V, 60 Hz

Rated Amperage
35.4 A @ 120 V / 17.7 A @ 240 V

Engine
224 cc, 4-stroke OHV, air-cooled

Start Type
Recoil

Fuel Tank Capacity
4.0 gal (steel)

Run Time @ 50% Load
≈ 10 hours (gasoline)

Oil Capacity / Type
~20 oz; SAE 10W-30

Noise Level
~73.5 dB

Outlets
2× 120V 20A GFCI (5-20R); 1× 120V 30A RV (TT-30R); 1× 120/240V 30A (L14-30R)

Voltage Regulation
Automatic Voltage Regulator (AVR)

Meters
Digital hour/volt/frequency/run-time display

CO Safety
CO Sentry automatic shutdown &amp; indicators

Dimensions (L × W × H)
23.3″ × 17.5″ × 18.5″

Weight
109 lb

Certifications
CARB &amp; EPA

Warranty
3-year limited

What’s in the Box

• PG5250BCO generator (recoil start)
• Propane hose/regulator
• Wheel/handle kit, spark plug wrench, documentation
MPN: PG5250BCO
Vendor: Pulsar
Source: Shopify live catalog 2026-09-09; product 7472836345990; variant 42500726554758
Tags: 416, Free-Shipping, Pulsar CO Sentry Series With Carbon Monoxide Sensor</p>

<p>Pulsar CO Sentry Series — 6,580/5,300-Watt Dual-Fuel Portable Generator (PG6580BCO)
The Pulsar PG6580BCO delivers dependable dual-fuel power (gasoline or propane) with CO Sentry automatic carbon-monoxide shutdown. A rugged 274cc OHV engine, 120/240V output, and RV-ready outlets make it a versatile choice for home backup and jobsites.

Outlets &amp; Controls

• (2) 120V 20A GFCI (NEMA 5-20R) duplex
• (1) 120V 30A RV (TT-30R)
• (1) 120/240V 30A twist-lock (L14-30R)
•
Digital meter (voltage/frequency/run time/total hours), main breaker, fuel selector (Switch &amp; Go), CO Sentry status lights

Technical Specifications — from the Operator’s Manual

AC Output

Rated Wattage
5,300 W (5.3 kW)

Rated Voltage / Frequency
120 V / 240 V, 60 Hz

Rated Amperage
39.6 A @ 120 V / 19.8 A @ 240 V

Peak Output
6.58 kVA

Engine

Type
4-stroke OHV, air-cooled

Displacement
274 cc

Engine Oil
SAE 10W-30, 23 oz (0.7 L)

Fuel &amp; Capacity

Fuel Types
Gasoline or LPG (propane)

Fuel Tank (gasoline)
5.2 gal (20 L)

Receptacles

120V 20A GFCI (5-20R)
Two

120V 30A (TT-30R)
One

120/240V 30A (L14-30R)
One

Specs reproduced from the official PG6580BCO Operator’s Manual. :contentReference[oaicite:10]{index=10}

Key Features

•
Dual-fuel: run on gasoline or propane; Switch &amp; Go lets you change fuels while running
•
Runtime: up to ~10 hours at 50% load (5.3-gal tank; OEM page)
•
CO Sentry: automatic carbon-monoxide shutdown with indicator lights
•
Monitoring: digital meter, AVR, low-oil shutdown
•
Mobility: fold-down handles &amp; 12″ never-flat wheels
MPN: PG6580BCO
Vendor: Pulsar
Source: Shopify live catalog 2026-09-09; product 7472836378758; variant 42500726587526
Tags: 324, Free-Shipping, Pulsar CO Sentry Series With Carbon Monoxide Sensor</p>

<p>ACS Enerji LXR-MHC-144C-550W Monocrystalline PERC Solar Panel
Model LXR-MHC-144C-550W | PERC | 144 Half-Cell Monocrystalline | Monocrystalline | 1500V System Voltage

550 Wp
Max Power Output

21.28%
Module Efficiency

144
Half-Cell Monocrystalline

Product Overview
The ACS Enerji LXR-MHC-144C-550W is a high-efficiency monocrystalline solar panel built for reliable energy production. It uses PERC technology and 144 half-cut cells to deliver strong output in a compact format. This 550W module is designed for demanding residential and commercial projects. Its positive power tolerance supports dependable performance. With a module efficiency of up to 21.28%, it helps maximize energy yield where roof or ground space is limited. The panel is manufactured in Turkey and offered by Lexron under the ACS Enerji brand. It is suited to modern solar systems that need stable electrical performance and long-term durability.

Key Benefits

High Power Output: Delivers 550Wp for strong energy generation in compact installations.

Excellent Efficiency: Reaches 21.28% efficiency, helping capture more usable energy from available sunlight.

PERC Cell Technology: Improves light absorption and supports better output in low-light conditions.

Durable Construction: Built with tempered glass, anodized aluminium, and IP68 junction box protection.

Positive Power Tolerance: Supplied with 0 to +5W tolerance for reliable real-world performance.

Wide Application Range: Suitable for commercial, residential, and utility-style solar installations.

How It Works
This solar panel converts sunlight into direct current electricity through monocrystalline cells. The 144 half-cut cell layout reduces internal resistance and improves current flow across the module. PERC technology adds a rear reflective layer that captures more light and increases energy conversion. As a result, the panel performs efficiently during early mornings, late afternoons, and cloudy weather. The module is built to handle high system voltage and demanding outdoor conditions. Its durable frame, glass, and junction box help support long-term operation in modern solar systems.

Sunlight Conversion: Monocrystalline cells absorb solar radiation and convert it into electrical power. This process supports stable DC generation for inverter systems.

Half-Cell Architecture: The 144 half-cut arrangement lowers electrical losses and improves shading tolerance. It also supports better performance under partial shading conditions.

PERC Enhancement: PERC technology reflects unused light back into the cell layer. This helps increase output and improves efficiency across changing light conditions.

Technical Specifications

Brand
ACS Enerji

Model Number
LXR-MHC-144C-550W

Technology
PERC

Cell Type
Monocrystalline

Cell Number
144

Cell Arrangement
144 (6x24)

Cell Size
182 x 91 mm, 11BB

Maximum Power (Pmax)
550 Wp

Power Tolerance
0 ~ +5W

Panel Efficiency
21.28%

Voltage at Maximum Power (Vmpp)
41.96 V

Current at Maximum Power (Impp)
13.11 A

Open Circuit Voltage (Voc)
50.35 V

Short Circuit Current (Isc)
13.83 A

Temperature
45±3 °C

Operating Temperature Range
-40 to 85 °C

Temperature Coefficient of Pmax
-0.350%/°C

Temperature Coefficient of Voc
-0.280%/°C

Temperature Coefficient of Isc
0.048%/°C

Maximum System Voltage
1500 V

Series Fuse Rating
25 A

Module Dimensions
2279 x 1134 x 35 mm

Weight
28 kg

Glass Type
Tempered Glass

Glass Thickness
3.2 mm

Frame Type
Anodized Aluminium

Junction Box Protection Class
IP68

Connector Type
MC4

Cable Crossection
4 mm²

Seller Name
ACS Enerji (Lexron)

Country of Origin
Turkey

Certifications &amp; Compliance

Certifications: IEC61215, IEC61730, IEC61701, IEC62716, ISO 9001, ISO 14001, ISO 45001

Inverter Compatibility: Compatible with standard string inverter systems and MC4-based solar connections

Environmental: Designed for dependable outdoor use with strong wind and snow load resistance

Warranty: 10-year product workmanship warranty and 25-year power
MPN: LXR-MHC-144C-550W
Vendor: IronRidge
Source: Shopify live catalog 2026-09-09; product 7556531650694; variant 43543129325702
Tags: 10, Brand:IronRidge, size:550-709w-panels, Status:active</p>

<p>Solenso Gorilla N60G 380W IBC Double Glass Solar Panel
Model Gorilla N60G_380 | N-IBC | 120 Half-Cell | Bifacial | 1500V DC System Voltage

380W
Max Power Output

21.2%
Module Efficiency

120
N-Type IBC Half-Cell

Product Overview
The Solenso Gorilla N60G 380W solar panel is built for dependable long-term performance and refined visual appeal. It uses advanced N-IBC cell technology with a double-glass construction for strong durability and excellent resistance to harsh conditions. This module is designed for projects that demand stable output, low degradation, and high energy yield over time. Its bifacial design can capture reflected light, which may improve overall system production in suitable installations. With a 30-year product warranty and a 30-year power warranty, it offers strong confidence for residential and commercial solar systems. The panel also delivers a sleek appearance, making it a practical and attractive choice.

Key Benefits

High Output Performance: The 380W rating supports efficient energy generation in limited roof space.

Strong Efficiency: The module reaches 21.2% efficiency at STC for reliable power conversion.

Bifacial Energy Gain: The bifacial factor of 75±5% helps capture additional rear-side light.

Double Glass Durability: The 2.2+2.0mm half-tempered glass structure improves protection and lifespan.

Low Degradation: Low LID and LeTID performance supports long-term output retention.

Reliable Warranty Coverage: A 30-year product warranty and power warranty support peace of mind.

How It Works
The Solenso Gorilla N60G 380W module converts sunlight into electricity through high-performance N-IBC half-cells. Each cell is arranged to support efficient current flow and stable output under real-world conditions. The bifacial structure allows light to be collected from both the front and rear surfaces. This can increase total energy harvest when the panel is installed above reflective surfaces. The double-glass design protects internal components and supports long service life. Low degradation behavior helps preserve production over many years. The module is also engineered for strong electrical reliability, including resistance to PID and stable performance in demanding environments.

N-IBC Cell Conversion: Sunlight is converted through interdigitated back contact cells. This supports efficient power generation with a clean front surface.

Bifacial Light Capture: Rear-side illumination can contribute additional output. This is useful in elevated or reflective installations.

Durable Double-Glass Structure: The glass-on-glass build protects the cells from environmental stress. It also supports a longer operational lifespan.

Technical Specifications

Model
Gorilla N60G_380

Technology
N-IBC

Cell Type
166x83mm Half-Cell

Number of Cells
120 (6x20)

Maximum Power
380W at STC

Module Efficiency
21.2%

Maximum Power Voltage
41.6V

Maximum Power Current
11.61A

Open Circuit Voltage
35.1V

Short Circuit Current
10.77A

Bifacial Factor
75±5%

Dimensions
1727 x 1039 x 30 mm

Weight
23.5 kg

Junction Box
IP68 with three bypass diodes

Output Cable
4mm², 1200mm with MC4, custom length available

Glass
2.2+2.0mm half tempered glass

Frame
Anodized aluminum alloy frame

Maximum System Voltage
1500V DC (IEC)

Operational Temperature
-40 ~ +85°C

Maximum Series Fuse Rating
20A

Mechanical Test Load Front
5400Pa

Mechanical Test Load Rear
2400Pa

Temperature Coefficient Pmax
-0.290%/°C

Temperature Coefficient Voc
-0.246%/°C

Temperature Coefficient Isc
+0.046%/°C

Certifications &amp; Compliance

Certifications: IEC standard compliance and IP68 junction box protection

Inverter Compatibility: Suitable for 1500V DC solar systems with standard MC4 connection

Environmental: Low LID, low LeTID, and exceptional PID resistance for long-term reliability

Warranty: 30 years product warranty and 30 years power warranty

Documentation

Product Datasheet (PDF)

● Available | Contact us for lead time and pricing
Manufacturer: PES Supply
MPN: N60G_380
Vendor: Solenso Gorilla
Source: Shopify live catalog 2026-09-09; product 7556536238214; variant 43543191814278</p>

<p>Solenso Gorilla N60G 385W N-Type IBC Bifacial Solar Panel
Model Gorilla N60G_385 | N-Type IBC | 120 Half-Cell | Bifacial | 1500V System Voltage

385 W
Max Power Output

21.5%
Module Efficiency

120
N-Type IBC Cells

Product Overview

The Solenso Gorilla N60G_385 solar panel is a premium N-Type IBC bifacial module designed for demanding projects.
Its 385W output and 21.5% efficiency help deliver strong production even where roof space is limited.
An advanced double glass construction is used to protect the high performance cells and extend service life.
The bifacial design captures light from the front and rear surfaces, increasing real‑world energy yield.
Low LID and LeTID behavior support stable performance from the first day of operation.
Exceptional PID resistance is engineered to reduce long term loss under harsh conditions.
A robust frame and high mechanical load ratings make this panel suitable for residential, commercial and utility systems.
The Gorilla N60G_385 is therefore an excellent choice where reliability, long warranties and modern aesthetics are required.

Key Benefits

High power density for limited roof space:

The 385W rating and 21.5% module efficiency allow more power per square meter.
This helps maximize yields on compact residential roofs and constrained commercial areas.

Durable double glass construction:

A 2.2 mm plus 2.0 mm glass stack shields cells from moisture, dust and thermal stress.
This structure supports a long operating life with reduced micro crack risk compared with conventional backsheet modules.

Advanced N-Type IBC cell technology:

N-Type IBC half cells offer low degradation and strong temperature behavior.
The design also improves low light response, helping maintain production on cloudy days and at dawn or dusk.

Bifacial gains for higher energy yield:

A bifacial factor of 75±5% enables extra output from reflected light on the rear side.
Ground mounted systems and bright rooftops can therefore benefit from meaningful backside generation.

Long term performance backed by warranty:

A 30 year product warranty is combined with a 30 year power warranty.
Power is warranted at 91.8% of initial output after 30 years, supporting reliable long term investment planning.

Robust design for harsh environments:

Front load resistance of 5400 Pa and rear load resistance of 2400 Pa allow use in snow and wind exposed sites.
The IP68 junction box and MC4 connectors provide secure operation in wet and dusty climates.

How It Works

The Solenso Gorilla N60G_385 solar panel converts sunlight into clean electricity using N-Type IBC half cells.
Light strikes the front glass and passes to the advanced cell structure, where photons generate charge carriers.
These carriers are collected within the back contact grid and directed through the internal busbars.
The resulting direct current flows to the junction box and exits through the 4 mm² cables and MC4 connectors.
Because the module is bifacial, light reflected from the ground or roof also enters the rear glass.
This rear light raises overall energy yield when suitable mounting conditions are provided.
The double glass build and N-Type chemistry help maintain electrical performance during decades of outdoor exposure.

N-Type IBC energy conversion:

N-Type IBC cells place all metallic contacts on the rear of the cell.
This reduces shading on the front surface and improves light capture.
The N-Type base resists light induced degradation, so power remains more stable over time.
This architecture supports high efficiency and reliable performance in real world temperatures.

Bifacial rear side generation:

The Gorilla N60G_385 uses a transparent rear glass layer instead of an opaque backsheet.
This allows photons reflected from ground or roof surfaces to reach the cells from behind.
With a bifacial factor of 75±5%, significant extra output is possible in bright environments.
System designers can optimize tilt, height and surface albedo
Manufacturer: PES Supply
MPN: N60G_385
Vendor: Solenso Gorilla
Source: Shopify live catalog 2026-09-09; product 7556536270982; variant 43543191847046</p>

<p>ERA Solar ERA Pro-72HC575M 575W N-Type TOPCon Monofacial Solar Panel
Model ERA Pro-72HC575M | N-Type TOPCon | 144 Half-Cut Cells | Monofacial | 1500V System Voltage

575 W
Max Power Output

21.72%
Module Efficiency

144
N-Type TOPCon

Product Overview

The ERA Solar ERA Pro-72HC575M 575W N-Type TOPCon Monofacial Solar Panel is engineered for large residential, commercial, and utility projects that demand high output from each module. This panel uses advanced N-Type TOPCon monocrystalline cells to deliver up to 575 watts of power with a module efficiency of 21.72 percent under standard test conditions. The ERA Pro-72HC series ranges from 575 to 600 watts, so system designers can match different power classes on one project while keeping a consistent form factor. A robust 15 year product warranty and a 30 year linear power warranty provide long term reliability. Power degradation is limited to less than 1 percent in the first year and only 0.4 percent per year from year two to year thirty. That translates into 87.4 percent of the initial power output still available after 30 years, which is ideal for projects focused on bankable performance and low levelized cost of energy. The module’s 2278 by 1134 millimeter footprint, 30 millimeter frame, and light weight transparent backsheet make handling and installation straightforward on rooftops and ground mounts.

Key Benefits

High 575W output in a standard footprint:
Each ERA Pro-72HC575M panel delivers up to 575 watts in a familiar 72 half-cell format. This allows more power from the same rooftop or ground area, improving system yield without increasing array size.

Advanced N-Type TOPCon cell technology:
N-Type TOPCon cells reduce light induced degradation and deliver stable performance over decades. Their higher efficiency supports stronger generation in high irradiance as well as mild conditions.

Exceptional long-term performance warranty:
Customers benefit from less than 1 percent power loss in year one and only 0.4 percent per year thereafter. After 30 years the module is warranted to retain 87.4 percent of its original output, supporting predictable project cash flows.

Reliable performance in low-light conditions:
Optimized glass and surface texturing improve energy harvest during cloudy weather and early or late in the day. This ensures more kilowatt hours over the year from the same installed capacity.

Mechanical strength for harsh environments:
Front glass is rated for 5400 pascal snow load and 2400 pascal wind load on both front and back. This makes the module suitable for sites with heavy snow, strong winds, or demanding mounting conditions.

Flexible use in high-voltage arrays:
With a maximum system voltage of 1500 volts DC and a 25 amp series fuse rating, the panel adapts easily to modern string inverters. Designers can configure long strings to reduce balance of system costs.

How It Works

The ERA Solar ERA Pro-72HC575M converts sunlight into usable DC electricity through its high efficiency N-Type TOPCon monocrystalline cells. Each module contains 144 half-cut cells arranged to reduce resistive losses and improve shade tolerance. Under standard test conditions of 1000 watts per square meter, 25 degrees Celsius cell temperature, and AM 1.5 spectrum, the panel reaches a maximum power output of 575 watts at 43.7 volts and 13.16 amps. The open circuit voltage is 52.45 volts and the short circuit current reaches 13.82 amps. When operating in real-world conditions, the module follows the specified temperature coefficients. Power changes by minus 0.30 percent per degree Celsius, open circuit voltage changes by minus 0.24 percent per degree Celsius, and short circuit current changes by plus 0.043 percent per degree Celsius. These values help system engineers predict performance across seasonal temperature swings. At normal operating cell temperature, power output under NOCT conditions is 437 watts with adjusted voltage and current values. The resulting DC power feeds into
Manufacturer: PES Supply
MPN: Pro-72HC575M
Vendor: ERA Solar
Source: Shopify live catalog 2026-09-09; product 7556536402054; variant 43543195156614
Tags: Status:active</p>

<p>ERA Solar ERA Pro-72HC600M 600W N-Type TOPCon Monofacial Solar Panel
Model ERA Pro-72HC600M | N-Type TOPCon | 144 Half-Cut Cells | Monofacial | 1500V System Voltage

600 W
Max Power Output

22.66%
Module Efficiency

144
N-Type TOPCon

Product Overview

The ERA Solar ERA Pro-72HC600M 600W N-Type TOPCon Monofacial Solar Panel is engineered for high yield on modern commercial and utility projects.
This N-type monocrystalline module delivers up to 600 W of output with a best-in-class module efficiency of 22.66%.
Its advanced TOPCon cell technology and 144 half-cut cells help maximize energy harvest while keeping system losses low.
A 30 year linear power warranty guarantees 87.4% of initial output at year thirty, supporting predictable long term returns.
The panel pairs a lightweight glass–backsheet construction with a robust anodized aluminum frame for easy handling and durable field performance.
Designed by Zhejiang ERA Solar Technology Co., Ltd. in China, this module fits high power ground mounts, carports, and large rooftops seeking reduced balance of system cost.
Broad temperature tolerance and strong mechanical load ratings keep production stable across demanding climates and challenging sites.

Key Benefits

High power for fewer modules: Up to 600 W per module allows arrays to reach target capacity with fewer panels. This can reduce racking, wiring, and labor, lowering total installed cost per watt on large projects.

Best-in-class efficiency: Module efficiency up to 22.66% supports more power from limited roof or ground area. Higher conversion efficiency improves system output without expanding the footprint.

Advanced N-type TOPCon cells: N-type TOPCon technology minimizes light induced degradation and reduces annual power loss. The result is more stable generation and stronger lifetime energy yield than many standard PERC modules.

Long-term performance security: A 15 year product warranty is combined with a 30 year linear power warranty. Power degradation is under 1% in year one and below 0.4% annually from years two through thirty.

Robust design for harsh sites: The front glass withstands 5400 Pa snow loads and 2400 Pa wind loads. Low-iron tempered glass, a white TPT backsheet, and an anodized aluminum alloy frame enhance reliability in diverse environments.

Strong low-light and high-temperature behavior: Optimized glass and surface texturing improve low irradiance performance. Favorable temperature coefficients help maintain output during hot summer conditions.

How It Works

Sunlight falls on the ERA Pro-72HC600M solar panel and is captured by high efficiency N-type TOPCon monocrystalline cells.
These 144 half-cut cells convert light into direct current electricity with reduced resistive losses and lower shading impact.
The low-iron tempered front glass and advanced surface texturing enhance light transmission, especially during morning, evening, and cloudy conditions.
Engineered junction boxes with three bypass diodes help protect the module from hot spots when part of the panel is shaded.
Generated DC power is routed through 4 mm² output cables to a compatible grid-tied or hybrid inverter, where it is converted to usable AC electricity.
Over decades of operation, the linear performance warranty ensures that output remains within a tightly controlled degradation profile, supporting long term project economics and stable energy production.

High-efficiency N-type TOPCon cell operation: The module relies on N-type TOPCon monocrystalline cells that feature a passivated contact structure. This design reduces recombination losses so more of the captured sunlight is converted into electricity rather than heat. N-type cells are less prone to light induced degradation, which helps preserve performance after installation.

Half-cut cell layout and multi-busbar design: Each of the 144 half-cut cells is smaller than a traditional full cell, which cuts resistive losses along the current path. Multi-busbar interconne
Manufacturer: PES Supply
MPN: Pro-72HC600M
Vendor: ERA Solar
Source: Shopify live catalog 2026-09-09; product 7556536762502; variant 43543198859398
Tags: Status:active</p>

<p>AIKO AIKO-A625-MAE72Mw 625W N-Type Back Contact Solar Panel
Model AIKO-A625-MAE72Mw | N-Type ABC Back Contact | 144 Cells | Monocrystalline | 1500V System Voltage

625 Wp
Max Power Output

24.2%
Module Efficiency

144
N-Type ABC

Product Overview
The AIKO AIKO-A625-MAE72Mw is a high-efficiency 625W solar panel built for demanding residential and commercial projects. It uses N-type ABC back contact technology to improve energy yield and reduce electrical losses. This monocrystalline module delivers excellent performance in limited roof space, where every watt matters. With a 24.2% module efficiency, strong temperature behavior, and a durable 144-cell format, it is designed for long-term reliability. The panel also supports a 1500V system architecture, helping simplify large-scale installations. Its low degradation profile makes it a strong choice for buyers seeking stable output over decades. The sleek back contact design also supports a cleaner appearance on modern solar arrays.

Key Benefits

High Power Density: The 625W output supports strong energy production from fewer modules.

Excellent Efficiency: A 24.2% conversion rate helps maximize usable energy from available surface area.

N-Type ABC Technology: Back contact cell architecture reduces front-side shading losses and improves visual appeal.

Long-Term Stability: Low degradation rates help preserve energy output across the warranty period.

Installer-Friendly Design: The 27kg frame, MC4 connector, and standard dimensions simplify handling and integration.

High System Compatibility: It supports 1500V system voltage and a 25A fuse rating for modern PV arrays.

How It Works
This module converts sunlight into electricity through N-type ABC cells arranged in a 144-cell format. Back contact design keeps electrical pathways on the rear side. That helps reduce front-side shading and supports cleaner light capture. The monocrystalline structure promotes consistent performance under real-world operating conditions. Power is delivered through the junction box and MC4-compatible connector set. The module is engineered for stable operation in hot and cold climates. Its low temperature coefficient helps retain output during high-heat periods. This makes the panel suitable for systems where long-term production is a priority.

Sunlight to Power Conversion: The N-type cells absorb solar radiation and generate direct current electricity. The 24.2% efficiency helps more sunlight become usable power.

Back Contact Current Flow: Electrical contacts are placed on the rear side of the cells. This design improves the active front surface and supports higher energy yield.

System Integration: The module connects through an MC4-compatible interface and IP68 junction box. This helps create a secure and weather-resistant installation.

Technical Specifications

Brand
AIKO

Model Number
AIKO-A625-MAE72Mw

Technology
N-Type ABC Back Contact

Cell Type
Monocrystalline Silicon

Maximum Power
625 Wp

Module Efficiency
24.2%

Voltage at Maximum Power
45.18 V

Current at Maximum Power
13.84 A

Open Circuit Voltage
54.49 V

Short Circuit Current
14.6 A

NOCT Power
471 Wp

NOCT Voltage at Maximum Power
42.67 V

NOCT Current at Maximum Power
11.04 A

Operating Temperature Range
-40°C to 85°C

Temperature Coefficient of Pmax
-0.26%/°C

Temperature Coefficient of Voc
-0.22%/°C

Temperature Coefficient of Isc
0.05%/°C

Maximum System Voltage
1500 V

Series Fuse Rating
25 A

Panel Dimensions
2278 x 1134 x 30 mm

Weight
27 kg

Cell Number
144 (6 x 24)

Glass Type
Tempered Glass

Glass Thickness
3.2 mm

Frame Type
Anodized Aluminium

Junction Box Protection
IP68

Junction Box Diodes
3 Bypass Diodes

Connector Type
MC4 Compatible / MC4-Evo2

Cable Cross Section
4 mm²

Static Loading
+5400 Pa / -2400 Pa

Hail Test
25 mm hail at 23 m/s

Fire Rating
IEC Class C

Seller Name
Shanghai AIKO Energy Co., Ltd.

Country of Origin
China

Certifications &amp; Compliance

Certifications: IEC Class C fire rating, IP68 junction b
Manufacturer: PES Global
MPN: AIKO-AIKO-A625-MAE72Mw
Model: A625
Vendor: AIKO
Source: Shopify live catalog 2026-09-09; product 7556539646086; variant 43543227760774
Tags: Status:active</p>

<p>AIKO AIKO-A630-MAE72Mw 630W N-Type Back Contact Monocrystalline Solar Panel
Model AIKO-A630-MAE72Mw | N-Type ABC Back Contact | 144 Cells Monocrystalline | Monocrystalline | 1500V System Voltage

630W
Max Power Output

24.4%
Module Efficiency

144
N-Type Back Contact

Product Overview
The AIKO AIKO-A630-MAE72Mw 630W solar panel is built for high-performance residential and commercial installations. It uses advanced N-type ABC back contact technology to maximize light capture and reduce visible cell shading. With a high module efficiency of 24.4%, this panel delivers more power from limited roof space. The monocrystalline design supports strong energy yields and dependable long-term operation. Its durable construction includes tempered glass, an anodized aluminum frame, and IP68 protection. This makes it a practical choice for modern solar projects seeking efficiency, reliability, and a clean appearance.

Key Benefits

High Power Density: 630W output helps maximize production on smaller roof areas.

Excellent Efficiency: 24.4% module efficiency supports strong energy generation throughout the day.

Back Contact Technology: N-Type ABC cells improve aesthetics and help reduce front-side losses.

Low Degradation: Performance retention is supported by a 30-year linear warranty profile.

Durable Build: Tempered glass and an anodized aluminum frame improve long-term reliability.

Installation Friendly: The 27 kg weight supports easier handling during rooftop installation.

How It Works
This solar panel converts sunlight into usable DC electricity through advanced N-type monocrystalline cells. The back contact architecture keeps conductors away from the front surface. More sunlight can then reach the active cell area. That helps improve output and maintain a sleek, uniform appearance. The panel is designed for stable operation across changing weather conditions. It also maintains strong performance in hot climates. Its electrical characteristics are optimized for modern string and hybrid inverter systems. This makes it suitable for grid-tied and commercial solar designs alike.

Sunlight Conversion: Photons are absorbed by N-type cells and converted into direct current electricity. The 630W rating reflects high conversion capability under standard test conditions.

Back Contact Design: Electrical connections are moved behind the cells. This increases active front area and helps reduce shading losses.

System Integration: The module operates at 1500V maximum system voltage with MC4-compatible connectors. It can be paired with standard solar equipment for efficient installation.

Technical Specifications

Model Number
AIKO-A630-MAE72Mw

Brand
AIKO

Cell Technology
N-Type ABC Back Contact Monocrystalline

Power Range
625W to 650W series range

Maximum Power Output
630 Wp

Module Efficiency
24.4%

Voltage at Maximum Power
45.28 V

Current at Maximum Power
13.92 A

Open Circuit Voltage
54.59 V

Short Circuit Current
14.68 A

NOCT Pmax
474 Wp

NOCT Vmp
42.76 V

NOCT Imp
11.11 A

NOCT Voc
51.55 V

NOCT Isc
11.87 A

Operating Temperature Range
-40°C to 85°C

Temperature Coefficient of Pmax
-0.26%/°C

Temperature Coefficient of Voc
-0.22%/°C

Temperature Coefficient of Isc
0.05%/°C

Maximum System Voltage
1500 V DC

Series Fuse Rating
25 A

Panel Dimensions
2278 x 1134 x 30 mm

Weight
27 kg

Cell Number
144

Glass Type
Tempered Glass

Glass Thickness
3.2 mm

Frame Type
Anodized Aluminium

Junction Box Protection
IP68

Junction Box Diodes
3 bypass diodes

Connector Type
MC4 compatible

Cable Crossection
4 mm²

Cell Count and Format
144 cells, 6 x 24 layout

Front Cover
3.2 mm tempered glass

Frame Material
Anodized aluminum

Product Type
Monocrystalline solar panel

Certifications &amp; Compliance

Certifications: IEC Class C fire rating, IP68 junction box protection, hail test resistance to 25 mm hail at 23 m/s.

Inverter Compatibility: Suitable for most string and hybrid inverter systems with MC4-compatible connections.

Environmental: Built for -
Manufacturer: PES Global
MPN: AIKO-AIKO-A630-MAE72Mw
Model: A630
Vendor: AIKO
Source: Shopify live catalog 2026-09-09; product 7556539744390; variant 43543227891846
Tags: Status:active</p>

<p>AIKO AIKO-A640-MAE72Mw 625–650W N-type Back Contact Monocrystalline Solar Panel
Model AIKO-A640-MAE72Mw | N-Type ABC Back Contact | 144 Cells | Monocrystalline | 1500V System Voltage

640 Wp
Max Power Output

24.8%
Module Efficiency

144
N-Type ABC Cells

Product Overview
The AIKO AIKO-A640-MAE72Mw solar panel is built for high-efficiency commercial and residential solar systems. It combines N-type ABC back contact technology with a monocrystalline structure for strong energy conversion and stable long-term performance. With a maximum power rating of 640 Wp and module efficiency of 24.8%, it is designed to deliver excellent output in limited roof or ground space. The panel uses 144 cells, a durable anodized aluminium frame, and 3.2 mm tempered glass for dependable field performance. A 30-year linear warranty profile supports long-term value, while the low degradation rate helps preserve generation over decades. This panel is a strong choice for projects that need premium efficiency, modern aesthetics, and reliable system compatibility.

Key Benefits

High Power Output: The panel reaches 640 Wp, supporting larger energy yields per module.

Premium Efficiency: A 24.8% efficiency rating helps maximize generation on restricted installation areas.

Back Contact Technology: N-type ABC cells reduce front-side shading losses and improve visual appeal.

Strong Long-Term Warranty: The warranty supports 90.6% output at 25 years and 88.85% at 30 years.

Reliable Electrical Design: A 1500V maximum system voltage and 25A series fuse rating suit modern solar arrays.

How It Works
This AIKO solar panel converts sunlight into electricity through advanced N-type ABC monocrystalline cells. The back contact layout places conducting elements on the rear side, so the front surface captures more sunlight. That design helps improve efficiency and supports cleaner module appearance. The panel produces direct current when sunlight strikes the cells. That power is then sent through the junction box and MC4 connectors to the inverter. The inverter converts the DC electricity into usable AC power for homes or businesses. Low temperature coefficients also help the module maintain stronger output during warm operating conditions. Over time, the linear warranty and controlled degradation support consistent performance. This makes the module suitable for systems that prioritize long service life and dependable energy production.

Back Contact Cell Capture: The cell layout moves wiring away from the front side. This helps the module absorb more available sunlight.

DC Power Generation: Sunlight excites the monocrystalline cells and generates direct current. This is the first step in producing usable solar electricity.

System Integration: The junction box, cable, and MC4 connector support safe electrical transfer. The inverter then converts the output for site consumption.

Technical Specifications

Model Number
AIKO-A640-MAE72Mw

Technology
N-Type ABC Back Contact

Cell Type
Monocrystalline

Cell Number
144 (6 × 24)

Power Range
625 to 650 Wp

Maximum Power (Pmax)
640 Wp

Voltage at Maximum Power (Vmpp)
45.48 V

Current at Maximum Power (Impp)
14.08 A

Open Circuit Voltage (Voc)
54.79 V

Short Circuit Current (Isc)
14.84 A

Module Efficiency
24.8%

Operating Temperature Range
-40°C to 85°C

Temperature Coefficient of Pmax
-0.26%/°C

Temperature Coefficient of Voc
-0.22%/°C

Temperature Coefficient of Isc
0.05%/°C

Maximum System Voltage
1500 V

Series Fuse Rating
25 A

Dimensions
2278 × 1134 × 30 mm

Weight
27 kg

Glass Type
Tempered Glass, 3.2 mm

Frame Type
Anodized Aluminium

Junction Box
IP68, 3 Diodes

Connector Type
MC4

Cable Cross Section
4 mm²

Certifications &amp; Compliance

Certifications: IEC Class C fire rating, IP68 junction box protection, Class II protection class

Inverter Compatibility: Compatible with standard MC4-based solar inverter and balance-of-system setups

Environmental: Designed for -40°C to 85°C operation, 5400 Pa front loading, 2400
Manufacturer: PES Global
MPN: AIKO-AIKO-A640-MAE72Mw
Model: A640
Vendor: AIKO
Source: Shopify live catalog 2026-09-09; product 7556539842694; variant 43543228022918
Tags: 30, Status:active</p>

<p>AIKO AIKO-A645-MAE72Mw 645W N-Type ABC Monocrystalline Solar Panel
Model AIKO-A645-MAE72Mw | N-Type ABC Back Contact | 144 Half-Cell Monocrystalline | Mono-Glass | 1500V System Voltage

645 W
Max Power Output

25.0%
Module Efficiency

144
N-Type ABC Cells

Product Overview
The AIKO AIKO-A645-MAE72Mw 645W N-Type ABC monocrystalline solar panel is engineered for projects where every watt matters. Its advanced back contact cell architecture delivers outstanding efficiency while keeping the module footprint manageable. With a module efficiency of up to 25 percent, this panel helps extract more energy from every square meter of roof or ground space. It is an excellent match for commercial rooftops, utility scale arrays, and demanding residential installations that require premium performance and long term reliability.

This AIKO panel uses 144 N type ABC cells combined with a high quality tempered glass front and anodized aluminium frame. The robust design supports high mechanical loading, allowing confident use in harsh climates with snow or wind exposure. A low temperature coefficient keeps power loss under control in hot weather conditions. The 1500V system voltage rating and 25A series fuse rating simplify string design on larger systems. Over three decades, the linear performance warranty and very low annual degradation support stable, predictable energy yields and lower levelised cost of electricity.

Key Benefits

High power density per module: Each panel delivers up to 645 watts under standard test conditions. This output reduces required module count and BOS components for medium and large installations.

Exceptional module efficiency: Module efficiency reaches about 25 percent, so more energy is harvested from limited roof areas. Installers can unlock higher system capacity without expanding the array footprint.

Advanced N-type ABC back contact technology: Back contact cells reduce shading from busbars and improve current collection. N type wafers provide better resistance to light induced degradation over the life of the panel.

Long term power stability: First year degradation is limited to around one percent, then just 0.35 percent per year. After 25 years, at least 90.6 percent output is guaranteed, and 88.85 percent is maintained at 30 years.

Strong mechanical and environmental durability: The module features 3.2 mm tempered glass, IP68 junction box, and IEC Class C fire rating. High static load performance and hail resistance help ensure reliability in demanding site conditions.

Versatile system integration: A 1500V DC maximum system voltage supports long strings on commercial and utility arrays. MC4 compatible connectors and standard 4 mm² cabling make the panel easy to integrate with modern inverters and mounting systems.

How It Works
The AIKO AIKO-A645-MAE72Mw solar panel converts sunlight into DC electricity using advanced N type ABC back contact cells. When light strikes the monocrystalline cells, energy is absorbed and electron flow is created within the semiconductor material. Because all busbars are located on the rear of each cell, the front surface stays highly active and can capture more incoming light. This architecture reduces resistive losses and improves overall module efficiency. The assembled cells are laminated under tempered glass and a durable backsheet, then framed with anodized aluminium for structural support. Integrated connectors and cables allow each module to be wired into strings that feed an inverter, which converts DC output to AC power for site loads or export to the grid.

N-Type ABC back contact photovoltaic conversion: N type wafers exhibit lower susceptibility to light and temperature induced ageing, so cell performance remains stable for decades. The ABC back contact design moves electrical contacts to the rear, which minimises shading of the active cell surface and enhances current flow. As a result, more of the captured light is converted into usable electrical energy, suppo
Manufacturer: PES Global
MPN: AIKO-AIKO-A645-MAE72Mw
Model: A645
Vendor: AIKO
Source: Shopify live catalog 2026-09-09; product 7556539940998; variant 43543228153990
Tags: Status:active</p>

<p>AIKO AIKO-A650-MAE72Mw 650W N-Type ABC Monocrystalline Solar Panel
Model AIKO-A650-MAE72Mw | N-Type ABC Back Contact | 144 Cells Monocrystalline | Monofacial | 1500V System Voltage

650 W
Max Power Output

25.2%
Module Efficiency

144
N-Type ABC Cells

Product Overview

The AIKO AIKO-A650-MAE72Mw 650W N-Type ABC monocrystalline solar panel is engineered for projects that demand premium performance and long term reliability.
With an impressive module efficiency up to 25.2 percent, this high power module delivers more energy from every square meter of roof or ground space.
Advanced N-Type ABC back contact cell technology is used to reduce electrical losses and optimize energy harvest across a wide range of conditions.
The module is designed for 1500 volt systems, which supports modern high string length arrays and lowers balance of system costs.
A robust 30 year linear performance warranty is provided, with output remaining at 90.6 percent after 25 years and 88.85 percent after 30 years.
This AIKO panel suits commercial rooftops, industrial facilities, utility scale plants and high end residential systems where maximum yield is required.
Installers benefit from a lightweight 27 kilogram design combined with a standard 2278 by 1134 millimeter form factor.
The result is a powerful yet manageable module that integrates seamlessly with common mounting and inverter platforms.

Key Benefits

High power density for space constrained sites:
Each module delivers 650 watts at standard conditions, so fewer panels are needed to reach target system capacity. This advantage is ideal where roof or land area is limited.

Best in class efficiency up to 25.2%:
The high module efficiency allows more energy production from the same footprint. Owners gain improved energy yield and potentially higher project returns over the system life.

N-Type ABC back contact reliability:
N-Type cells show low light induced degradation and enhanced durability. Back contact architecture minimizes shading from busbars and improves long term performance stability.

Strong temperature performance in real world climates:
A power temperature coefficient of minus 0.26 percent per degree Celsius helps sustain output on hot days. This behavior supports higher energy yields in warm and sunny regions.

Long life mechanical design:
The panel uses 3.2 millimeter tempered glass, an anodized aluminum frame and an IP68 junction box. Maximum static loading up to plus 5400 Pascal and minus 2400 Pascal supports demanding environments.

Extended performance warranty protection:
First year degradation is limited to one percent, then only 0.35 percent per year. Output is warranted to 90.6 percent at 25 years and 88.85 percent at 30 years.

How It Works

The AIKO AIKO-A650-MAE72Mw solar panel converts sunlight directly into usable DC electricity using advanced N-Type ABC back contact cells.
When sunlight strikes the monocrystalline cell surface, photons are absorbed and release electrons in the N-Type silicon layer.
These free electrons are driven by the cell’s internal electric field toward the rear contacts, creating a stable electrical current.
Because the contacts are placed on the back of the cell, light shading from front busbars is avoided and more light enters the active surface.
The resulting DC power flows through the internal string layout, then exits via the MC4 compatible connectors.
This power can be connected to a string or hybrid inverter, which converts the DC energy into AC power for buildings or grids.
The high system voltage rating and precise electrical parameters allow optimized string design with many modern inverters.
Durable encapsulation materials and a weather resistant frame protect the cells so this conversion process continues efficiently for decades.

N-Type ABC back contact cell conversion:
N-Type ABC cells use a high purity silicon base that reduces defect related recombination. Rear side contacts collect charge without shading the f
Manufacturer: PES Global
MPN: AIKO-AIKO-A650-MAE72Mw
Model: A650
Vendor: AIKO
Source: Shopify live catalog 2026-09-09; product 7556540072070; variant 43543231430790
Tags: Status:active</p>

<p>Haier NHO144-570MN 550W TOPCon Monocrystalline Solar Panel
Model NHO144-570MN | TOPCon | 144 Half-Cut Cells Monocrystalline | Monofacial | 1500V System Voltage

550 W
Max Power Output

21.9 %
Module Efficiency

144
N-Type TOPCon

Product Overview

The Haier NHO144-570MN 550W TOPCon monocrystalline solar panel delivers high performance for commercial and residential arrays.
This 550W solar panel combines advanced TOPCon cell technology with half-cut monocrystalline cells for excellent efficiency and reliability.
Engineered around a robust 144 cell layout and 1500V system rating, it supports large scale strings with reduced balance of system costs.
The module efficiency reaches 21.9 percent, helping more power fit into limited roof or ground space.
A low annual degradation rate supports 87.4 percent power after 30 years under standard test conditions.
The durable anodized aluminium frame, 3.2 millimetre tempered glass, and IP68 junction box enable dependable outdoor operation.
With a wide operating temperature range and optimized temperature coefficients, this panel maintains strong output across demanding climates.
It is an ideal choice where dependable long term energy yield and dependable quality are required.

Key Benefits

High power density for limited space:
The 550 Wp output and up to 22.45 percent efficiency help maximise energy from tight roofs and sites.

Advanced TOPCon cell technology:
TOPCon cells reduce power loss, deliver higher conversion efficiency, and enhance performance in real world conditions.

Long term energy yield:
The low 0.42 percent annual degradation supports 87.4 percent output after 30 years of operation.

Robust construction for harsh environments:
Anodized aluminium frame, 3.2 mm tempered glass, and IP68 junction box support dependable outdoor durability.

Flexible system design:
The 1500 V system voltage and 25 A series fuse rating support longer strings and efficient BOS design.

Wide application range:
Suitable for commercial rooftops, industrial plants, ground mounts, and large residential systems.

How It Works

The Haier NHO144-570MN 550W TOPCon monocrystalline solar panel converts sunlight into electrical energy through high efficiency TOPCon cells.
When light reaches the 144 half cut monocrystalline cells, electrons are excited and create direct current power.
The half cut layout reduces resistive loss and improves shade tolerance across the module surface.
At standard test conditions the panel reaches 550 Wp at 41.5 volts and 13.26 amps.
The generated DC flows through the integrated MC4 connectors and solar cables into a compatible inverter.
There the power is converted into usable alternating current for onsite loads or export to the grid.
The panel continues operating within a wide temperature range, using optimized temperature coefficients to limit power loss in heat or cold.
Over decades of operation, the low degradation profile supports stable production and better lifecycle energy yield.

High efficiency TOPCon cell conversion:
N-type TOPCon monocrystalline cells capture sunlight and convert it into direct current with reduced recombination losses. The advanced passivated contacts improve voltage and efficiency, raising overall module output across the power range.

Half-cut cell and string layout:
The 144 half cut cells are wired to limit resistive loss and improve tolerance to partial shading. This layout helps maintain current flow so sections of the panel continue producing when some areas receive less light.

System integration and protection:
Power from the panel passes through three diode junction boxes to protect against reverse current. MC4 connectors simplify series connections up to the 1500 V system rating and 25 A series fuse limit, ensuring safe integration with inverters and combiner boxes.

Technical Specifications

Brand
Haier Energy Technology Co., Ltd

Model Number
NHO144-570MN (550–580 Wp Series)

Cell Technology
N-Type TOPCon Monocrystal
Manufacturer: PES Supply
Vendor: Haier Energy
Source: Shopify live catalog 2026-09-09; product 7556541218950; variant 43543248437382
Tags: Status:active</p>

<p>REC Solar REC590AA Pro MG 590W HJT Bifacial Monocrystalline Solar Panel
Model REC590AA Pro MG | HJT Bifacial | 120 Half-Cut Monocrystalline Cells | Bifacial | 1500 V System Voltage

590 Wp
Max Power Output

20.8%
Module Efficiency

120 Cells
Heterojunction Technology

Product Overview

The REC Solar REC590AA Pro MG 590W HJT bifacial monocrystalline solar panel is designed for demanding commercial and industrial sites.
This high power module delivers up to 590 Wp with a front side efficiency of 20.8 percent, giving strong production from a compact footprint.
Advanced heterojunction cells and bifacial architecture allow energy to be harvested from both sides of the module when reflective surfaces are used.
The panel is built with robust dual 2 mm solar glass, an anodized aluminum frame, and an IP68 junction box for long term reliability.
A 30 year product and performance warranty supports dependable output with only 0.31 percent annual degradation after the first year.
With a 1500 volt system rating and 35 amp series fuse rating, this panel integrates easily into large scale arrays and optimized designs.
Installers and asset owners gain a bankable solution that supports high yield, low maintenance solar power generation over decades.

Key Benefits

High power density for limited roof space:
Up to 590 Wp from a 2175 x 1305 mm footprint allows more energy to be produced per module. This helps maximize system output where roof or ground space is constrained.

Bifacial HJT cells boost energy yield:
Bifacial heterojunction cells capture light from both the front and rear surfaces. When mounted above bright or reflective surfaces, additional backside generation improves annual kWh production.

Superior temperature performance:
A low temperature coefficient of Pmax at -0.24 percent per degree Celsius helps preserve output on hot days. Systems can maintain strong production even during high summer temperatures.

Long term reliability with 30 year coverage:
A 30 year product warranty and 30 year performance guarantee provide strong assurance. The panel is warranted to retain 90.75 percent of initial power after three decades of operation.

Robust mechanical design for harsh sites:
Dual 2 mm glass, anodized aluminum framing, and IP68 junction boxes support use in demanding climates. High system voltage capability improves string design flexibility and reduces balance of system costs.

How It Works

This REC heterojunction bifacial solar panel converts sunlight into usable electrical energy using advanced cell technology.
When sunlight hits the 120 half cut monocrystalline cells, photons are absorbed and release electrons within the silicon layers.
Heterojunction construction combines crystalline silicon with thin film layers to reduce losses and increase power conversion efficiency.
Because the module is bifacial, the rear glass also collects reflected light from the ground or roof surface beneath the array.
The resulting direct current power flows through optimized busbars to the IP68 junction box and integrated cables.
From there, DC power is routed to a compatible inverter, which converts it to alternating current suitable for on site loads or export to the grid.
Throughout this process, the panel operates within a wide temperature range, while low thermal coefficients help maintain output stability.

Front side light capture and conversion:
The front 2 mm solar glass uses an anti reflection coating to admit more light into the cells.
Photons striking the monocrystalline silicon generate charge carriers, which are collected and directed into the module’s electrical circuit with reduced resistive losses.

Rear side bifacial gain:
The rear glass layer with a white grid is engineered to capture diffuse and reflected light.
When installed above bright ground coverings, roofing membranes, or light colored ballast, additional irradiance reaches the rear cells, increasing total energy yield without extra roof area.

S
Manufacturer: REC Solar
MPN: REC590AA
Vendor: REC
Source: Shopify live catalog 2026-09-09; product 7556549345414; variant 43543359586438
Tags: Brand:REC Solar, REC, Status:active</p>

<p>REC REC600AA Pro MG 600W HJT Bifacial Solar Panel
Model REC600AA Pro MG | Heterojunction (HJT) | 120 Half-Cut Monocrystalline Cells | Bifacial | 1500V System Voltage

600 W
Max Power Output

21.1%
Module Efficiency

120
N-Type TOPCon

Product Overview

The REC REC600AA Pro MG 600W HJT bifacial solar panel is engineered for commercial and industrial projects that demand maximum energy output from every square meter. This high performance module uses advanced heterojunction cell technology and a bifacial glass glass construction. Energy is harvested efficiently from both the front and rear sides of the panel. With an impressive module efficiency of 21.1 percent, this REC solar panel supports high power density on space constrained roofs and ground mount systems.

The panel is built around 120 half cut monocrystalline cells and operates at a maximum power of 600 watt peak under STC conditions. A robust design is combined with a maximum system voltage of 1500 volts and a 35 amp series fuse rating. This allows flexible string design for larger arrays while maintaining safety margins. The double glass laminate, anodized aluminum frame, and IP68 junction box help ensure long term reliability in harsh climates. With a 30 year product and performance warranty, long term energy yields are strongly protected.

Key Benefits

High power density for limited spaces:
A 600 watt peak rating and 21.1 percent efficiency allow more power from fewer modules. This reduces racking, wiring, and labor costs on rooftops and ground mounts.

Bifacial generation for higher energy yields:
The glass glass bifacial design captures reflected light from the rear side. Extra energy can be produced on light colored roofs and high albedo ground surfaces over the system life.

Advanced HJT cell technology:
Heterojunction cells combine crystalline silicon with thin film layers for excellent low light response. Temperature related losses are reduced through a low Pmax temperature coefficient of minus 0.24 percent per degree Celsius.

Long term performance security:
A 30 year product warranty and 30 year power warranty are offered by REC. Output is warranted to remain at 90.75 percent of the nameplate rating at the end of the warranty term.

Rugged construction for harsh conditions:
The module uses 2 millimeter anti reflection coated glass on both sides with an anodized aluminum frame. An IP68 rated junction box and three bypass diodes support reliable operation in challenging environments.

How It Works

The REC REC600AA Pro MG solar panel converts sunlight into electricity using its 120 half cut heterojunction cells. Each cell uses a high purity monocrystalline silicon wafer combined with thin amorphous silicon layers. When sunlight hits the front or rear glass surfaces, photons are absorbed and charge carriers are generated inside the cells. These charges are guided through fine metal contacts, creating direct current power that feeds your solar inverter. The bifacial architecture allows production from both sides of the module, which increases total energy yield over the year.

Half cut cell design reduces resistive losses and supports operation at higher currents with improved shade tolerance. The panel operates at a maximum power point of 36 volts and 16.67 amps under standard test conditions. This output is routed through an IP68 junction box with three bypass diodes, which help minimize power loss during partial shading. The module connects into a string with other panels and then links to a compatible string inverter or central inverter. The 1500 volt system rating offers flexible string lengths for efficient array layouts.

Bifacial glass glass architecture:
The module uses 2 millimeter tempered solar glass on both front and rear surfaces. Light entering from the front is directly converted, while reflected light from the ground or roof is used on the rear side. This design can increase energy output without expanding array footprint.

Heterojunction cell o
Manufacturer: REC Solar
Model: REC600AA
Vendor: REC
Source: Shopify live catalog 2026-09-09; product 7556549443718; variant 43543359684742
Tags: Brand:REC Solar, REC, Status:active</p>

<p>REC REC610AA Pro MG 610W HJT Bifacial Monocrystalline Solar Panel
Model REC610AA Pro MG | HJT Bifacial | 120 Half-Cut Monocrystalline Cells | Bifacial | 1500V System Voltage

610 W
Max Power Output

21.5%
Module Efficiency

120 Cells
HJT Bifacial

Product Overview
The REC REC610AA Pro MG 610W HJT bifacial monocrystalline solar panel is engineered to deliver high output and long term reliability for commercial and industrial projects. With advanced heterojunction technology and a bifacial design, this module harnesses light from both sides to increase energy yield per square metre. It operates at a maximum power of 610 Wp with an impressive module efficiency of 21.5 percent, making it ideal for space constrained rooftops and high performance ground mounts. The panel belongs to the REC Alpha Pro MG series and offers a power range from 590 Wp to 640 Wp across the family. Built with 120 half cut monocrystalline cells and dual 2 mm glass, it combines durability with excellent thermal behaviour. Designed and manufactured in Singapore by REC Solar Pte. Ltd., this module supports 1500 V systems and fits seamlessly into modern high power arrays. Its balanced electrical characteristics and low temperature coefficients support stable performance in hot climates.

Key Benefits

High power density for limited space: At 610 Wp and 21.5 percent efficiency, this panel delivers more kilowatts from each string. System designers can reach target capacity with fewer modules and reduced mounting hardware.

Bifacial energy gain: The bifacial HJT cell design captures reflected light from the rear side to boost annual energy. This improves yield on reflective surfaces such as light coloured membranes, gravel roofs and ground mount installations.

Excellent performance in heat: A low temperature coefficient of power at −0.24 percent per degree Celsius reduces losses on hot days. The panel continues to operate efficiently in warm climates and during peak summer irradiance.

Robust dual glass construction: Front and rear 2 mm solar glass with anti reflection coating protect the high efficiency cells. The rigid anodized aluminium frame and IP68 junction box support long service life in demanding environments.

Long term warranty protection: A 30 year product warranty and 30 year power warranty provide strong assurance. After three decades, output is supported at around 90.75 percent of the original rated power.

How It Works
This REC Alpha Pro MG panel converts sunlight into electricity using advanced bifacial heterojunction cells. Each half cut monocrystalline cell features thin amorphous silicon layers that reduce recombination losses. When sunlight hits the front glass, photons generate charge carriers inside the cell structure and direct current flows through the interconnected busbars. The rear side of the module remains active and collects additional light reflected from the roof or ground surface. This rear side contribution raises the effective output beyond that of a standard monofacial module. Electrical energy travels through the three diode junction box and exits via MC compatible connectors. Strings of modules are then wired in series and combined to match the input window of a grid tied or hybrid inverter. The inverter converts the direct current into alternating current and feeds building loads or the grid. Throughout this process, low temperature coefficients and optimized operating voltage help maintain stable production.

Bifacial HJT cell operation: Heterojunction cells combine monocrystalline wafers with thin amorphous layers on both sides. This structure is highly passivated and reduces energy losses at the cell surface. Because both front and rear surfaces are active, the panel can respond to direct and reflected light. This boosts real world yields compared with traditional mono PERC designs.

Half cut cell and string layout: Each full cell is split into two half cells to reduce resistive losses and improve shade tolerance. The pan
Manufacturer: REC Solar
Model: REC610AA
Vendor: REC
Source: Shopify live catalog 2026-09-09; product 7556549509254; variant 43543359717510
Tags: Brand:REC Solar, REC, Status:active</p>

<p>REC REC620AA Pro MG 620W Bifacial HJT Monocrystalline Solar Panel
Model REC620AA Pro MG | Bifacial HJT | 120 Half-Cut Cells | Bifacial | 1500V System Voltage

620 W
Max Power Output

21.8%
Module Efficiency

120 Cells
N-Type HJT Bifacial

Product Overview

The REC REC620AA Pro MG 620W bifacial HJT monocrystalline solar panel is engineered for high performance in demanding commercial and industrial projects.
This premium module combines heterojunction cell technology with a bifacial design to capture more light from both sides.
System owners gain strong energy yield from a compact footprint thanks to the panel’s impressive 21.8% efficiency rating.
The module features 120 half-cut REC bifacial heterojunction cells, which help reduce internal resistance and improve real‑world performance.
With a maximum system voltage of 1500 V, the REC620AA Pro MG integrates smoothly into large-scale arrays and utility style designs.
Its robust glass‑glass construction, anodized aluminum frame, and IP68 rated junction box support reliable operation in harsh climates.
The REC Alpha Pro MG Series is manufactured in Singapore under strict quality control for consistent long term performance.
This panel is an excellent choice where space is limited but high power density and dependable output are required.
Long warranties on product and power retention provide additional confidence for asset owners and investors.

Key Benefits

High power density for limited roof space:
Each module delivers up to 620 Wp, allowing more energy from fewer panels on constrained roofs or ground arrays.

Advanced bifacial HJT technology:
Heterojunction cells and a bifacial glass design capture direct and reflected light, improving annual energy yield.

Excellent long term performance:
A low 0.31% annual degradation rate supports strong output, helping protect project returns for decades.

Robust mechanical design:
Thick dual 2 mm solar glass, anodized aluminum framing, and IP68 junction boxes withstand harsh weather and handling.

Streamlined high voltage system design:
The 1500 V maximum system voltage supports longer strings, which can reduce BOS costs and simplify layouts.

How It Works

The REC REC620AA Pro MG solar panel converts sunlight into usable electrical power using high efficiency bifacial heterojunction cells.
These cells combine crystalline silicon with thin amorphous silicon layers to increase light capture and reduce electrical losses.
When sunlight hits the front or reflected light reaches the rear, photons are absorbed and generate charge carriers within the cell structure.
The panel’s internal wiring and half‑cut cell layout guide this current efficiently to the module terminals.
Once connected in a string, multiple panels feed direct current into an inverter, which converts it to alternating current for loads or export.
The module has been optimized to perform in real outdoor conditions across a wide operating temperature range.
Stable performance is maintained through precise temperature coefficients and robust materials that protect the cells from environmental stress.

Bifacial light harvesting:
Front and rear glass surfaces allow the cell matrix to receive light from both directions.
Reflected irradiation from bright surfaces or nearby structures can be utilized to increase total energy generation without enlarging the array footprint.

Heterojunction cell structure:
Each cell uses a crystalline silicon wafer combined with thin amorphous silicon layers.
This structure reduces recombination losses, keeps voltage high, and enables strong performance even at elevated module temperatures.

Half-cut and high voltage system design:
The 120 half‑cut cells lower resistive losses and improve shade tolerance within the module.
A 1500 V system rating then allows longer strings, so installers can use fewer home runs and optimize inverter loading.

Technical Specifications

Module Type
Monocrystalline bifacial heterojunction (HJT)

M
Manufacturer: REC Solar
MPN: REC620AA
Vendor: REC
Source: Shopify live catalog 2026-09-09; product 7556549574790; variant 43543362928774
Tags: Brand:REC Solar, REC, Status:active</p>

<p>REC Solar REC630AA Pro MG 630W Bifacial HJT Monocrystalline Solar Panel
Model REC630AA Pro MG | Bifacial HJT | 120 Half-Cut Cells | Bifacial | 1500V System Voltage

630 Wp
Max Power Output

22.2%
Module Efficiency

120
Half-Cut Bifacial Cells

Product Overview
The REC Solar REC630AA Pro MG is a premium 630W solar panel built for commercial and utility-scale performance. It uses monocrystalline bifacial HJT technology to deliver strong energy harvest and dependable long-term output. With 22.2% efficiency, this module is designed to maximize power density in demanding rooftop and ground-mount projects. The 120 half-cut cell layout supports stable performance under varied conditions. A durable anodized aluminum frame and anti-reflection coated glass help maintain output over many years. The panel is made in Singapore and engineered for large systems that value high efficiency, strong mechanical strength, and low degradation.

Key Benefits

High Output Performance: The module delivers 630W of rated power for larger installations.

Excellent Efficiency: Its 22.2% efficiency helps increase energy production in limited space.

Bifacial Energy Gain: Rear-side generation can improve total yield in reflective environments.

Strong Durability: The panel is rated for 5400 Pa front load and 2400 Pa rear load.

Low Long-Term Degradation: A 0.31% annual degradation rate helps protect lifetime production.

Commercial Compatibility: A 1500V system rating supports modern commercial solar designs.

How It Works
This solar panel converts sunlight into usable electricity through advanced heterojunction cell technology. Light is captured by the monocrystalline cells, then converted into direct current for inverter use. The bifacial design can collect reflected light from the rear side, which may increase total system output. Half-cut cell construction reduces internal resistance and helps improve performance under partial shading. Anti-reflection glass allows more sunlight to enter the module, while the aluminum frame and sealed junction box support safe, reliable operation over time.

Bifacial Light Capture: The front and rear glass structure allows the module to use direct and reflected light. This can improve yield in installations with light-colored surfaces.

HJT Cell Conversion: Heterojunction cells combine crystalline and thin-film benefits for high efficiency. This structure helps maintain strong performance in warmer conditions.

Half-Cut Electrical Design: The 120 half-cut layout lowers resistance and helps manage power losses. It also supports stable operation when some cells are shaded.

Technical Specifications

Brand
REC Solar

Model Number
REC630AA Pro MG

Cell Technology
Monocrystalline Bifacial HJT

Cell Count
120 Half-Cut Cells

Maximum Power (Pmax)
630 Wp

Panel Efficiency
22.2%

Power Tolerance
-3% to +3%

Voltage at Maximum Power (Vmpp)
36.8 V

Current at Maximum Power (Impp)
17.12 A

Open Circuit Voltage (Voc)
44.7 V

Short Circuit Current (Isc)
17.78 A

Operating Temperature Range
-40°C to 85°C

Nominal Module Operating Temperature
44±2°C

Temperature Coefficient of Pmax
-0.24%/°C

Temperature Coefficient of Voc
-0.23%/°C

Temperature Coefficient of Isc
0.04%/°C

Maximum System Voltage
1500 V

Series Fuse Rating
35 A

Dimensions
2172 x 1305 x 30 mm

Weight
36.8 kg

Glass Type
Anti-Reflection Coating Glass

Glass Thickness
2 mm

Frame Type
Anodized Aluminium

Junction Box
3 Diodes, IP68 Protection Class

Seller Name
REC Solar Pte. Ltd.

Country of Origin
Singapore

Certifications &amp; Compliance

Certifications: IEC 62790, IEC 62852, IP68-rated junction box and connectors

Inverter Compatibility: Suitable for 1500V commercial and utility-scale PV systems

Environmental: Lead-free construction, RoHS-compliant design, -40°C to 85°C operating range, 5400 Pa front load, 2400 Pa rear load

Warranty: 30-year product warranty, 30-year power warranty, and 90.75% power retention at year 30

Documentation

Product Datasheet (PDF)

● Availa
Manufacturer: REC Solar
Model: REC630AA
Vendor: REC
Source: Shopify live catalog 2026-09-09; product 7556549607558; variant 43543363125382
Tags: Brand:REC Solar, REC, Status:active</p>