All products

<p>Atone New Energy AE230P-20/Cb
Brand: PES Supply

Category: Solar Equipment

Price: $99.99

Purchase Atone New Energy AE230P-20/Cb from Portlandia Electric Supply, your authorized dealer. We offer competitive pricing, fast shipping, and expert support.
Manufacturer: PES Supply
MPN: AE230P-20/Cb
Model: AE230P-20
Vendor: Atone New Energy
Source: Shopify live catalog 2026-09-09; product 7556144758918; variant 43539409141894
Tags: Solar Equipment, zero-price-fix</p>

<p>Atone New Energy AE240P-20/Cb
Brand: PES Supply

Category: Solar Equipment

Price: $99.99

Purchase Atone New Energy AE240P-20/Cb from Portlandia Electric Supply, your authorized dealer. We offer competitive pricing, fast shipping, and expert support.
Manufacturer: PES Supply
MPN: AE240P-20/Cb
Model: AE240P-20
Vendor: Atone New Energy
Source: Shopify live catalog 2026-09-09; product 7556144791686; variant 43539409174662
Tags: Solar Equipment, zero-price-fix</p>

<p>CW Enerji CWT385-80PM12-F
Brand: PES Supply

Category: Solar Equipment

Price: $99.99

Purchase CW Enerji CWT385-80PM12-F from Portlandia Electric Supply, your authorized dealer. We offer competitive pricing, fast shipping, and expert support.
Manufacturer: PES Supply
MPN: CWT385-80PM12-F
Vendor: CW Enerji
Source: Shopify live catalog 2026-09-09; product 7556144824454; variant 43539409207430
Tags: Solar Equipment, zero-price-fix</p>

<p>QUICKMOUNT Tile Replacement Mount Flat-tile flashing
The ironridge is engineered for professional solar and electrical installations. Priced below competitor at $16.73.

Key Specifications
•
Manufacturer: ironridge
•
Category: Racking
•
Price: $16.73
•
Availability: In stock — same-day shipping

Order from PES Supply — your source for Tier 1 solar equipment, EOL upgrades, and electrical components. Same-day shipping by 2 PM ET. BABA compliant. Wholesale and installer pricing available.
Vendor: IronRidge
Source: Shopify live catalog 2026-09-09; product 7664430841990; variant 44188629237894
Tags: competitor-match, gap-product, P2</p>

<p>Rixing Electronics QJM450-144H(9BB) 450W PERC Half-Cut Monofacial Solar Panel
Model QJM450-144H(9BB) | PERC Monocrystalline | 144 Half-Cut Cells | Monofacial | 1500V System Voltage

450W
Max Power Output

20.5%
Module Efficiency

144
N-Type TOPCon

Product Overview

The Rixing Electronics QJM450-144H(9BB) 450W PERC Half-Cut Monofacial Solar Panel is designed for high energy yields in residential and commercial arrays. This advanced module combines 144 half-cut monocrystalline PERC cells with a 9‑busbar layout for strong output and dependable performance across diverse climates. The robust construction suits pitched roofs, ground mounts, and small commercial rooftops where space must be used efficiently. With its balanced 450W power class, the panel supports both new systems and retrofit upgrades. Durable encapsulation and a weather resistant frame are used to ensure long service life with stable performance. Installers appreciate the straightforward handling and consistent sizing that simplify system design. System owners benefit from reliable energy production that supports long term savings and predictable returns.

Key Benefits

High power density for limited roof space:
The 450W output helps reach project energy targets using fewer modules on every array.

Optimized 9‑busbar cell design:
The 9BB layout improves current collection and reduces resistive losses for stable yields.

Half-cut cell architecture:
Half-cut cells lower operating currents, which supports lower resistive heating and better reliability.

Versatile system integration:
The 1500V system rating allows long strings and reduces balance of system costs on many projects.

Robust and weather resistant build:
A sturdy frame and durable glass help the panel withstand wind, snow, and everyday exposure.

How It Works

Light falls on the monocrystalline PERC cells of the Rixing Electronics QJM450-144H(9BB) module and is converted into direct current. The half-cut cells are wired into strings that manage current more efficiently and help reduce internal resistive losses. Power from the module then flows through standard DC cabling to a compatible inverter that converts DC into grid ready AC. The 9‑busbar layout improves current collection across each cell, which supports more stable power output over time. When deployed in arrays, these modules are connected in series and parallel strings tailored to the site design. The 1500V system rating allows longer strings that reduce cable runs and simplify array layout. Once installed and commissioned, the system quietly delivers clean energy that can offset daytime consumption and lower electricity expenses.

Monocrystalline PERC energy conversion:

Each high efficiency monocrystalline PERC cell absorbs sunlight and drives charge separation inside its semiconductor layers. The enhanced rear surface treatment reflects unabsorbed light back into the cell to increase energy capture and overall module output.

Half-cut and 9‑busbar current management:

Half-cut cells operate at lower current, which helps reduce resistive losses across conductors and interconnects. The 9‑busbar grid then collects this current more evenly, supporting improved shade tolerance and more reliable performance across the array.

System integration and power delivery:

Modules are combined into series strings sized for the 1500V system rating and inverter limits. The inverter tracks operating points for each string, then converts the harvested DC power into AC for on site use or export to the utility grid.

Technical Specifications

Model
QJM450-144H(9BB)

Manufacturer
Rixing Electronics

Rated Maximum Power (Pmax)
450 W

Module Efficiency
20.5% (approximate class)

Cell Type and Technology
Monocrystalline PERC, 9‑busbar

Cell Count and Layout
144 half-cut cells

Module Type
Monofacial glass front, opaque backsheet

Maximum Power Voltage (Vmp)
Approx. 41 V (typical for class)

Maximum Power Current (Imp)
Approx. 10.98 A (typical for class)

Open Circuit
Manufacturer: PES Supply
MPN: QJM450-144H9BB
Model: QJM450-144H
Vendor: Rixing Electronics
Source: Shopify live catalog 2026-09-09; product 7556495179910; variant 43542928523398
Tags: QJM450-144H, Rixing Electronics, Solar Equipment</p>

<p>Rixing Electronics QJM455-144H(9BB) 455W Mono PERC Half-Cut Solar Panel
Model QJM455-144H(9BB) | Mono PERC | 144 Half-Cut Cells | Monofacial | 1500V System Voltage

455W
Max Power Output

20.9%
Module Efficiency

144
N-Type TOPCon

Product Overview

The Rixing Electronics QJM455-144H(9BB) solar panel delivers reliable 455W performance for residential and commercial arrays.
This high output module is designed for rooftops, ground mounts, and compact spaces where every watt matters.
Its advanced half-cut cell layout improves shade tolerance and enhances long term energy yield.
Nine busbar cell design reduces internal resistance and supports stable power delivery over many years of operation.
Durable encapsulation and robust framing help the panel withstand harsh outdoor environments.
It integrates easily with modern string inverters and mounting systems used in grid tied installations.
Engineered efficiency supports better returns on your solar investment over the module lifetime.
The QJM455-144H(9BB) offers a balanced combination of power, quality, and cost effectiveness for new solar projects.

Key Benefits

High power density for limited spaces:
The 455W output allows more generation from smaller roofs and compact mounting areas.

Improved shade performance:
Half-cut cells and optimized string layout reduce losses under partial shade conditions during the day.

Reliable long term output:
Nine busbar technology supports better current collection and helps maintain stable production over time.

Flexible system integration:
Compatibility with 1500V systems enables longer strings and reduced balance of system costs on site.

Durable construction for harsh climates:
Rugged glass and frame design offer resistance to wind, snow, and everyday environmental stresses.

How It Works

The Rixing Electronics QJM455-144H(9BB) solar panel converts sunlight into clean DC electricity through high efficiency mono PERC cells.
Each cell is treated to capture more light and reduce internal losses during operation.
Cells are arranged in a 144 half-cut configuration that improves performance and reduces resistive heating.
The nine busbar layout collects current efficiently and transports it through the laminated module structure.
Generated DC power flows through the junction box and cables to your inverter or charge controller.
The inverter then converts this DC energy into AC electricity used by household or commercial loads.
When production exceeds usage, surplus energy can be stored or exported depending on system design.
This process runs silently whenever sunlight is available, reducing reliance on grid supplied power.

Mono PERC energy conversion:

Mono PERC cell structure increases light absorption and improves electron collection within each cell.
More of the incident sunlight is turned into usable power, supporting higher daily energy yields.

Half-cut cell string design:

Cells are cut in half to reduce current through each path and lower resistive losses.
This configuration also provides better tolerance to partial shading and improves reliability of the module strings.

System level integration:

The panel connects to modern 1500V inverters using standard DC cabling and connectors.
Multiple modules are wired in series and parallel to create an array that matches your designed system capacity.

Technical Specifications

Model
QJM455-144H(9BB)

Rated Maximum Power (Pmax)
455W

Module Efficiency
20.9% (typical)

Cell Type
Monocrystalline PERC, 9 busbar

Cell Configuration
144 half-cut cells

Module Type
Monofacial framed module

Maximum System Voltage
1500V DC

Front Glass
High transparency tempered solar glass

Frame Material
Anodized aluminum alloy frame

Module Dimensions
Approx. 2100 mm × 1050 mm × 35 mm

Approximate Weight
Approx. 24 kg per module

Junction Box
IP68 rated junction box with diodes

Output Cables and Connectors
UV resistant cables with MC4 compatible connectors

Certifications &amp; Compliance

Cert
Manufacturer: PES Supply
MPN: QJM455-144H9BB
Model: QJM455-144H
Vendor: Rixing Electronics
Source: Shopify live catalog 2026-09-09; product 7556495245446; variant 43542931701894
Tags: QJM455-144H, Rixing Electronics, Solar Equipment</p>

<p>Rixing Electronics QJM460-144H(9BB) 460W Mono PERC Half‑Cell Solar Panel
Model QJM460-144H(9BB) | Mono PERC | 144 Half-Cell | Monofacial | 1500V System Voltage

460W
Max Power Output

20.9%
Module Efficiency

144
N-Type TOPCon

Product Overview

The Rixing Electronics QJM460-144H(9BB) 460W mono PERC half‑cell solar panel is designed for dependable, high‑yield rooftop and ground‑mount systems. This module delivers strong power density in a compact footprint, making it suitable for residential, commercial, and light industrial projects where space is valuable. Advanced half‑cut cell architecture enhances performance by lowering resistive losses and supporting better output in real‑world conditions. Multi‑busbar design improves current collection and helps reduce the risk of microcracks, supporting reliable long‑term operation. With a high efficiency rating and robust construction, this panel offers a balanced combination of power, durability, and value for grid‑tied and off‑grid arrays.

Key Benefits

High 460W power class: Each module delivers up to 460 watts of rated output under standard test conditions, helping systems reach target production with fewer panels.

Efficient mono PERC cells: Monocrystalline PERC solar cells support strong conversion efficiency, so more sunlight is turned into usable electricity on every square meter.

Half‑cell reliability: Half‑cut cell layout reduces internal current and resistive losses, improving shade tolerance and enhancing performance over the module lifetime.

9‑busbar design: Nine busbars per cell provide shorter current paths, support higher power output, and help minimize impact from microcracks or cell stress.

Versatile 1500V rating: The 1500V system voltage rating enables longer strings, reducing balance‑of‑system costs and simplifying larger array designs.

How It Works

This module converts sunlight directly into DC power using high‑efficiency mono PERC half‑cells wired in series and parallel strings. Sunlight hits the treated silicon surface, where photons release electrons and create an electric current through the cell structure. Multi‑busbar front contacts collect this current and route it across the module with reduced resistance for better power delivery. The half‑cell layout divides the panel into upper and lower sections, limiting internal losses and helping maintain output under partial shade. An encapsulated stack with tempered glass and a weather‑resistant backsheet protects the cells from moisture, impact, and UV exposure. The generated DC energy is typically routed to a compatible inverter or charge controller, which converts it into usable AC power or controlled DC for battery charging.

Mono PERC cell conversion: Monocrystalline PERC cells feature a passivated rear surface that reflects unabsorbed light back through the silicon layer. This design allows more photons to be captured, improving efficiency compared with standard mono cells and enhancing performance in low‑light conditions.

Half‑cell string layout: Each full cell is laser cut into two halves, which are then wired into separate upper and lower strings. Halving the cell current reduces resistive losses and heat, supporting higher power and better reliability, especially when parts of the panel are shaded.

9‑busbar current collection: Nine slim busbars span each cell to shorten the path electrons must travel through the silicon material. This layout improves current collection, enhances mechanical robustness, and helps maintain output even if minor cracks develop during handling or operation.

Technical Specifications

Manufacturer
Rixing Electronics

Model Number
QJM460-144H(9BB)

Rated Maximum Power (Pmax)
460 W

Cell Technology
Monocrystalline PERC, 9‑busbar

Cell Count and Type
144 half‑cut cells

Module Efficiency
Up to 20.9% module efficiency

Nominal Operating Cell Temperature
45 ± 2 °C (typical for mono PERC design)

Maximum System Voltage
1500 V DC (IEC)

Module Type
Monofacial framed glass‑bac
Manufacturer: PES Supply
MPN: QJM460-144H9BB
Model: QJM460-144H
Vendor: Rixing Electronics
Source: Shopify live catalog 2026-09-09; product 7556495310982; variant 43542931800198
Tags: QJM460-144H, Rixing Electronics, Solar Equipment</p>

<p>Sohigh Sohigh SP-540MH 540W PERC Monocrystalline Solar Panel
Model Sohigh SP-540MH | PERC | 144 Cells Monocrystalline | Monofacial | 1500V System Voltage

540 Wp
Max Power Output

20.9%
Module Efficiency

144 Cells
N-Type TOPCon

Product Overview

The Sohigh Sohigh SP-540MH 540W PERC monocrystalline solar panel is engineered for high efficiency and reliable long term performance in modern solar systems.
This advanced module combines 540 Wp maximum power with 20.9 percent panel efficiency to help achieve strong energy yields from limited roof or ground space.
Its monocrystalline PERC cell design supports excellent low light behavior and stable output throughout the day.
The panel is manufactured by Sohigh Solar Technology Co., Ltd in China, a specialist in utility scale and commercial photovoltaic products.
Durable construction and optimized electrical characteristics make this module suitable for residential, commercial, and industrial installations.
A 10 year product warranty and long term power warranty provide added confidence in the panel’s ongoing output.
With 144 high quality cells and precise power tolerance, energy harvest can be planned with accuracy.
The Sohigh SP-540MH solar panel is an attractive choice for buyers seeking dependable 540W performance with a balanced mix of efficiency, reliability, and value.

Key Benefits

High 540W power class: Each module delivers up to 540 Wp, supporting powerful arrays with fewer panels per system layout.

Excellent module efficiency: With 20.9 percent efficiency, more electricity is produced from the same surface area compared with many standard modules.

Reliable long term output: A total degradation rate of only 0.8 percent per year helps maintain strong power production over the panel lifetime.

Tight positive power tolerance: The 0 to plus 0.5 percent power tolerance ensures that real world output meets or slightly exceeds the nameplate rating.

Engineered for diverse climates: Optimized temperature coefficients reduce performance losses in hot conditions and support stable energy production across seasons.

Versatile system integration: Well balanced voltage and current ratings simplify matching with modern inverters and mounting layouts in many project types.

How It Works

The Sohigh SP-540MH solar panel converts sunlight into usable direct current power through high performance PERC monocrystalline cells.
When light hits the 144 cells, electrons are activated and an electric current is generated across the cell structure.
This current is collected through the module’s busbars and directed to the junction box, where it flows as DC power toward the inverter.
The inverter then transforms this DC electricity into alternating current suitable for on site loads or grid export.
With 540 Wp maximum power and carefully engineered voltage and current values, the panel operates efficiently across a wide range of system sizes.
Stable performance is supported by low power degradation and optimized temperature coefficients, which help maintain output during hot or variable weather.
The result is a consistent flow of renewable electricity that can be used to lower energy bills and reduce reliance on conventional power sources.

PERC monocrystalline cell conversion: Passivated emitter and rear cell technology enhances light capture and internal reflection within each monocrystalline cell. This design increases the amount of electricity produced from incoming sunlight and supports the panel’s high 20.9 percent efficiency.

Optimized electrical operating point: At maximum power, the module operates around 41.62 volts and 12.98 amps, delivering its 540 Wp rating under standard conditions. These values allow inverters to track the panel’s maximum power point effectively and extract the highest possible energy yield.

System level energy delivery: When several panels are wired in series and parallel, array voltage and current are built to match inverter requirements. The modu
Manufacturer: PES Supply
MPN: SP-540MH
Model: 540MH
Vendor: Sohigh Solar Technology
Source: Shopify live catalog 2026-09-09; product 7556500291718; variant 43542979903622
Tags: Status:active</p>

<p>ABi-Solar AB470-60MHC 470W PERC Monocrystalline Half-Cell Solar Panel
Model AB470-60MHC | PERC Monocrystalline | 120 Half-Cell | Monocrystalline | 1500V System Voltage

470 Wp
Max Power Output

21.7%
Module Efficiency

120
PERC Half-Cell

Product Overview
The ABi-Solar AB470-60MHC is a high-output monocrystalline solar panel built for dependable long-term performance. It combines PERC half-cell design with a compact 120-cell layout, helping deliver stronger energy capture and reduced internal losses. With up to 470 Wp output and 21.7% efficiency, this module is designed for residential, commercial, and utility applications that need reliable power generation. The panel includes a durable tempered glass front, anodized aluminium frame, and IP68 junction box for added protection in demanding environments. Its 1500V system voltage support and low power degradation profile make it a practical choice for efficient solar installations.

Key Benefits

High Power Output: Delivers up to 470 Wp for strong energy production in space-conscious installations.

Excellent Efficiency: Reaches 21.7% efficiency, helping convert more sunlight into usable electricity.

PERC Half-Cell Design: Supports better performance and lower internal losses for improved energy yield.

Durable Construction: Uses tempered glass, anodized aluminium, and IP68 protection for long-term reliability.

Strong Warranty Coverage: Includes a 12-year product warranty and a 10-year performance warranty for added confidence.

How It Works
This solar panel converts sunlight into electricity through monocrystalline photovoltaic cells. Its PERC half-cell architecture improves light capture and helps reduce energy loss during operation. The 120-cell format supports stable output across changing weather and installation conditions. Each module is engineered to maintain strong performance with low degradation over time. That makes it suitable for systems that require consistent power delivery and dependable long-term value.

PERC Cell Conversion: The PERC cell structure captures more sunlight and improves electrical generation efficiency. This design helps the module produce more power from the same surface area.

Half-Cell Layout: The half-cell design reduces internal resistance and supports better shading response. It also helps the panel maintain stronger output under real-world operating conditions.

Protected Power Delivery: The IP68 junction box and MC4 connectors help ensure secure electrical connectivity. Together with the durable frame and tempered glass, they support reliable field performance.

Technical Specifications

Brand
ABi-Solar Inc

Model Number
AB470-60MHC

Technology
PERC Monocrystalline Half-Cell

Power Range
455 to 470 Wp

Maximum Power (Pmax)
470 Wp

Panel Efficiency
21.7%

Voltage at Maximum Power (Vmpp)
35.38 V

Current at Maximum Power (Impp)
13.3 A

Open Circuit Voltage (Voc)
41.93 V

Short Circuit Current (Isc)
14.18 A

Power Tolerance
0 to +1%

Product Warranty
12 Years

Power Warranty
10 Years at 91.2%, 25 Years at 83.1%

Total Degradation Rate
0.68%

Nominal Operating Cell Temperature
45±2 °C

Operating Temperature Range
-40 to 85 °C

Temperature Coefficient of Pmax
-0.39%/°C

Temperature Coefficient of Voc
-0.29%/°C

Temperature Coefficient of Isc
0.049%/°C

Maximum System Voltage
1500 V

Series Fuse Rating
25 A

Dimensions
1909 x 1134 x 35 mm

Weight
23 kg

Cell Number
120

Glass Type
Tempered Glass

Frame Type
Anodized Aluminium

Junction Box Protection Class
IP68

Connector Type
MC4

Cable Cross Section
4 mm²

Country
United States

Certifications &amp; Compliance

Certifications: IEC61730, CE, RoHS, TÜV, ISO9001, ISO14001, OHSAS18001

Inverter Compatibility: Suitable for grid-tied and off-grid solar systems with standard MC4 connections

Environmental: Tested for harsh climates, with wind load resistance up to 2400 Pa and snow load resistance up to 5400 Pa

Warranty: 12-year product warranty and 10-year performance warranty with 91.2% output at 10
Manufacturer: PES Global
MPN: ABi-Solar-AB470-60MHC
Model: AB470-60MHC
Vendor: ABi Solar
Source: Shopify live catalog 2026-09-09; product 7556510646406; variant 43542992715910
Tags: 10, size:460-549w-panels, Status:active</p>

<p>Agora Solar AG-B120NB 490 Wp N-Type Bifacial Monocrystalline Solar Panel
Model AG-B120NB 490 Wp | N-type monocrystalline | 120 half-cell | Bifacial | 1500V System Voltage

490 Wp
Max Power Output

22.64%
Module Efficiency

120
N-Type TOPCon

Product Overview

The Agora Solar AG-B120NB 490 Wp N-Type Bifacial Monocrystalline Solar Panel is engineered for projects that demand high efficiency and reliable long term performance. This 490 Wp module uses advanced N-type bifacial cell technology to capture more sunlight and deliver stable energy generation in a wide range of conditions. With an impressive panel efficiency of 22.64%, it supports space constrained rooftops and commercial systems where every square meter matters. The 120 half cut monocrystalline cells are protected by 2 mm tempered glass and a robust black frame for a sleek, modern appearance. Thanks to a maximum system voltage of 1500 V and a series fuse rating of 25 A, the module integrates smoothly into contemporary high voltage string designs. A 15 year product warranty further underlines the quality and durability offered by Agora Solar A.S., based in Slovakia.

Key Benefits

High power density for limited roof space: The 490 Wp output and 22.64% efficiency allow strong production from a compact footprint, ideal for rooftops where usable area is restricted.

Advanced N-type bifacial cell technology: N-type bifacial cells support improved energy yield and reduced light induced degradation, helping maintain higher production over the lifetime of the system.

Robust performance in real world temperatures: A low power temperature coefficient of -0.29% per degree Celsius stabilizes output on hot days and supports dependable generation across seasons.

Durable construction for harsh environments: The IP68 junction box, MC4 connectors, and 2 mm glass safeguard the module against moisture and dust, supporting long term field reliability.

Flexible integration into modern PV systems: A maximum system voltage of 1500 V, 25 A series fuse rating, and 1000 mm leads make design and installation straightforward for installers and EPC partners.

Proven European supplier: Manufactured for Agora Solar A.S. in Slovakia, the panel is supplied by a regional specialist that understands European climate and regulatory requirements.

How It Works

When sunlight reaches the Agora Solar AG-B120NB 490 Wp N-type bifacial monocrystalline solar panel, its high efficiency cells convert the light into usable direct current electricity. The 120 half cut N-type cells are wired in an optimized layout that reduces resistive losses and helps sustain strong power output under real operating conditions. Because the module is bifacial, it can also capture reflected light from the rear side when installed above bright surfaces or on elevated racking. The generated DC power flows through the IP68 rated junction box and MC4 connectors to the system cabling. From there, a compatible inverter transforms the DC electricity into alternating current suitable for homes, businesses, or export to the grid. The carefully selected electrical parameters, including a Vmpp of 36.47 V and Impp of 13.44 A, give designers flexibility when configuring string lengths and matching inverter input windows.

N-type bifacial cell conversion: Each N-type monocrystalline cell absorbs photons on the front and can utilize reflected light on the rear. This dual side response increases the potential energy yield compared with conventional monofacial modules when suitable mounting conditions are used.

Optimized current and voltage output: At standard test conditions, the panel delivers 490 Wp at 36.47 V and 13.44 A. The open circuit voltage of 43.82 V and short circuit current of 13.92 A help installers design strings that remain within inverter operating windows while staying below system voltage limits.

Stable performance across temperatures: The module operates between -40 °C and 85 °C, supporting use in cold and hot climates. Low t
Manufacturer: PES Global
Vendor: Agora Solar
Source: Shopify live catalog 2026-09-09; product 7556512940166; variant 43542996287622
Tags: 30, Status:active</p>

<p>RALOS RLS-480–AC 480W N-Type HJT Bifacial AC Solar Panel
Model RLS-480–AC | N-Type HJT | 90 Half-Cut Cells | Bifacial | 230V System Voltage

480 W
Max Power Output

22.3 %
Module Efficiency

90 Cells
N-Type HJT Bifacial

Product Overview

The RALOS RLS-480–AC 480W N-Type HJT bifacial AC solar panel is engineered for high energy yield and long term reliability in modern rooftop systems. This all black module uses a 210 mm wafer platform and N-Type bifacial HJT half cut cells for excellent conversion efficiency and low degradation. A robust glass on glass construction is used on the front and rear to enhance durability, weather resistance, and long term optical performance. A factory integrated HMS–500 microinverter converts DC power to grid ready AC directly at the module level. This integrated design reduces balance of system complexity and can simplify installation for residential or small commercial projects. With premium materials, strengthened mechanical load ratings, and an industry leading performance guarantee, this panel is designed to deliver dependable output across decades of operation.

Key Benefits

High power density and efficiency:
A rated output of 480 W and module efficiency of 22.3 percent maximize energy production from limited roof space. This makes the module well suited for sites where usable area is restricted but high annual yield is desired.

Integrated microinverter for plug and play AC:
The factory integrated HMS–500 microinverter delivers up to 500 VA of AC power per module. This reduces design complexity, eliminates separate string inverters, and can speed up commissioning on site.

Advanced bifacial glass glass design:
Glass on both sides protects the cells and enables rear side energy gain when reflective surfaces are present. Bifaciality of around 90 percent supports increased kWh generation under suitable installation conditions.

Enhanced durability and fire safety:
A strengthened mechanical load rating and robust frame construction help the module withstand challenging weather. Fire Class A performance supports compliance with stringent rooftop fire safety requirements.

Long term guarantees and quality control:
Every module undergoes 100 percent inspection during production to ensure consistent quality. Extended guarantees on output and materials provide confidence in long term performance and return on investment.

How It Works

This AC solar panel converts sunlight into usable alternating current power directly at the module level. The front and rear glass surfaces admit light to the N-Type bifacial HJT half cut cells, which generate direct current as photons are absorbed. The cell matrix is optimized around a 210 mm wafer platform to achieve high current output and stable performance across a wide range of irradiance conditions. Generated DC is immediately processed by the factory mounted HMS–500 microinverter attached to the module. This microinverter tracks the optimal power point of the module and converts DC into grid compliant 230 V AC power. The AC output can then be connected into an appropriate branch circuit and distribution panel through standard AC connectors and cabling. Thermal behavior and degradation are controlled through careful material selection and design, supporting efficient performance over the stated service life.

Bifacial N-Type HJT cell operation:
The module uses N-Type heterojunction technology cells arranged in a half cut configuration. Light entering from both sides is converted into current, and the bifaciality of approximately 90 percent helps boost rear side contribution. Lower temperature coefficients reduce power loss as cell temperature rises during sunny conditions.

Module level DC to AC conversion:
The integrated HMS–500 microinverter manages the electrical behavior of each panel individually. It maintains operation at the maximum power point using a nominal MPPT efficiency of 99.8 percent for high energy capture. The inverter then outputs up to 500
Manufacturer: PES Supply
MPN: RLS-480AC
Vendor: Ralos
Source: Shopify live catalog 2026-09-09; product 7556517134470; variant 43543001333894</p>

<p>Smart Güneş Teknolojileri SS460M10GH-20/UH 460–480W TOPCon Bifacial Solar Panel
Model SS460M10GH-20/UH | N-Type TOPCon | 120 Cells Half-Cut | Bifacial | 1500V System Voltage

480W
Max Power Output

22.24%
Module Efficiency

120
N-Type TOPCon

Product Overview
The Smart Güneş Teknolojileri SS460M10GH-20/UH is a high-performance full black bifacial solar panel built with advanced N-Type TOPCon technology. It is designed for strong energy yield, reliable long-term operation, and clean rooftop aesthetics. The module uses 120 half-cut cells and 16BB SMBB architecture for improved current collection and stronger power output. It is available in a 460W to 480W range, making it suitable for demanding residential and commercial solar projects. Its glass-glass construction supports durability, while the full black finish delivers a modern and premium appearance. With a maximum system voltage of 1500V and excellent environmental resistance, this module is engineered for stable performance in varied field conditions.

Key Benefits

Higher Power Output: SMBB technology improves current collection and helps raise module output.

Bifacial Energy Gain: The bifacial design can capture reflected light from the rear side for additional generation.

Strong Reliability: Optimized production control supports excellent anti-PID performance and stable long-term operation.

Mechanical Strength: Certified loading capacity supports 5400Pa front-side snow load and 2400Pa rear-side wind load.

Premium Appearance: The full black design offers a sleek finish that suits modern rooftops and architectural projects.

Wide Operating Range: The module is engineered to perform from -40 to +85°C in demanding climates.

How It Works
This module converts sunlight into electricity through N-Type TOPCon cells arranged in a 120-cell half-cut layout. The half-cut design reduces resistive losses and helps improve output under partial shading. SMBB technology supports better current flow across the module, which contributes to stronger power delivery and improved reliability. The bifacial structure can also generate power from light reaching the rear surface. This makes the panel suitable for installations where reflected light increases total yield. The glass-glass build supports mechanical durability and helps protect the cells from harsh outdoor conditions.

N-Type TOPCon Cell Conversion: Sunlight is converted efficiently by advanced N-Type cells. This improves low-light response and supports higher energy yield.

SMBB Current Collection: Multiple busbars help distribute current more effectively. This reduces energy loss and supports better module performance.

Bifacial Rear-Side Gain: The rear side can capture reflected light from the installation surface. This can increase total production in suitable environments.

Technical Specifications

Model
SS460M10GH-20/UH

Power Range
460W to 480W

Cell Technology
N-Type Bifacial Mono, TOPCon

Cell Count
120 cells, 12x10 layout

Cell Size
182x91mm

Front Glass
2.0mm AR coating tempered glass

Back Glass
2.0mm glazed glass

Frame
Anodized aluminium alloy

Dimensions
1903 x 1134 x 30 mm

Weight
27.20 kg

Operating Temperature
-40 to +85°C

Maximum System Voltage
DC 1500V

Maximum Series Fuse Rating
30A

Front Side Maximum Static Loading
5400Pa

Rear Side Maximum Static Loading
2400Pa

Voltage Temperature Coefficient
-0.250%/°C

Current Temperature Coefficient
+0.046%/°C

Power Temperature Coefficient
-0.300%/°C

NOCT
45±2°C

Certifications &amp; Compliance

Certifications: PID resistance, enhanced mechanical load certification, IP68 junction box protection, Class II safety level

Inverter Compatibility: Suitable for 1500V solar systems and standard PV inverter setups

Environmental: Designed for wind load up to 2400Pa and snow load up to 5400Pa, with corrosion-resistant anodized aluminium frame

Warranty: 12-year product warranty and 30-year linear performance warranty

Documentation

Product Datasheet (PDF)

● Available | Contact
Manufacturer: PES Supply
MPN: SS460M10GH-20/UH
Model: SS460M10GH-20
Vendor: Smart Güneş Teknolojileri
Source: Shopify live catalog 2026-09-09; product 7556517200006; variant 43543001399430</p>

<p>Smart Solar Technologies SS465M10GH-20/UH 465W N-Type TOPCon Full Black Bifacial Solar Panel
Model SS465M10GH-20/UH | N-Type TOPCon | 120 Half-Cut Cells | Bifacial | 1500V System Voltage

465W
Max Power Output

21.55%
Module Efficiency

120 Cells
N-Type TOPCon

Product Overview

The Smart Solar Technologies SS465M10GH-20/UH N-Type TOPCon full black bifacial solar panel delivers reliable 465W output with advanced cell design.
This high efficiency module suits residential rooftops, commercial buildings, and utility projects demanding premium performance.
Its 120 half-cut N-Type bifacial cells maximize power production while reducing resistive losses and improving shade tolerance across the array.
A dual glass construction protects cells from moisture and mechanical stress, supporting long term energy yield.
With 1500V system voltage capability, the panel integrates seamlessly into modern high string count systems.
Corrosion resistant framing and robust load resistance help the module withstand harsh wind and snow conditions in diverse climates.
Enhanced PID resistance and tight quality control support long service life and consistent output over decades.
This full black aesthetic module is ideal where strong performance and sleek appearance must be combined effectively.

Key Benefits

High power density for limited roof space:
The 465W rating and 21.55% efficiency extract more energy from every square meter. This helps projects reach target output with fewer modules and lower balance of system costs overall.

Bifacial design for greater energy yield:
The module generates power from both front and rear sides under suitable conditions. Extra rear side gain can boost total energy production by 5% to 25% depending on installation and albedo.

Robust dual glass construction:
Tempered glass on both sides improves protection against moisture, UV and mechanical stress. This structure enhances long term reliability compared with conventional backsheet designs in demanding environments.

Proven mechanical load resistance:
The frame and glass are certified to withstand 5400Pa snow load on the front side. Rear side resistance up to 2400Pa helps protect the module in strong wind and challenging mounting situations.

Extended product and performance warranty:
A 12 year product warranty and 30 year linear performance warranty support investment security. Degradation is tightly controlled, preserving reliable power output over the lifetime of the system.

How It Works

The Smart Solar Technologies SS465M10GH-20/UH solar panel converts sunlight into electricity using advanced N-Type TOPCon bifacial cells.
Each of the 120 half-cut cells uses multi busbar technology to reduce electrical resistance and improve current collection across the cell surface.
Sunlight striking the full black front glass is absorbed by the N-Type mono cells, generating direct current that flows through the 16 busbars and interconnections.
At the same time, the bifacial architecture captures reflected and diffuse light from the rear side when installed over bright or reflective surfaces.
This rear side contribution increases overall energy yield without adding extra panel area to the array.
The dual glass structure encapsulates the cells, protecting them from moisture ingress and potential induced degradation under high system voltages.
Generated DC power then flows through the IP68 rated junction box and cables toward the inverter.
The inverter converts the DC power into AC electricity that can supply building loads or feed the grid.
Throughout operation, temperature coefficients and optimized cell design help maintain strong performance under real world conditions.

N-Type TOPCon half-cut cell architecture:
The panel uses 182 x 91mm N-Type mono cells with TOPCon technology to reduce recombination losses. Half-cut cell layout limits resistive losses and improves shade tolerance by splitting the module into parallel operating sections.

Bifacial ener
Manufacturer: PES Supply
MPN: SS465M10GH-20/UH
Model: SS465M10GH-20
Vendor: Smart Güneş Teknolojileri
Source: Shopify live catalog 2026-09-09; product 7556517265542; variant 43543001432198</p>

<p>Smart Solar Technologies SS470M10GH-20/UH 470W N-Type TOPCon Full Black Bifacial Solar Panel
Model SS470M10GH-20/UH | N-Type TOPCon | 120 Half-Cut Cells | Bifacial | 1500V System Voltage

470W
Max Power Output

21.78%
Module Efficiency

120
N-Type TOPCon

Product Overview

The Smart Solar Technologies SS470M10GH-20/UH N-Type TOPCon bifacial solar panel delivers efficient 470W power in a sleek full black design.
This advanced module combines 120 half-cut N-type cells with state-of-the-art SMBB technology for higher energy yield.
The bifacial glass-glass structure captures sunlight from both sides to increase total system output.
Its robust 1500V DC rating supports modern high-voltage string designs for residential, commercial, and industrial projects.
Optimized light trapping and current collection help reduce levelized cost of energy over the module lifetime.
Strong mechanical performance and excellent PID resistance support reliable operation in harsh climates.
This panel offers a high-efficiency solution for installers seeking premium aesthetics with proven durability.
It is engineered for rooftops, carports, ground mounts, and utility-scale arrays that demand long-term performance.

Key Benefits

High 470W output for compact arrays: Each module delivers up to 470W, enabling powerful systems even in limited roof space. Installers can design smaller arrays while meeting demanding production targets.

N-Type TOPCon with SMBB technology: N-type cells with SMBB design improve light capture and current collection. This architecture boosts efficiency and supports stable energy generation over time.

Bifacial glass-glass construction: The bifacial design increases total energy harvest by using reflected light on the rear side. Glass-glass lamination also enhances durability and environmental resistance.

Strong mechanical load resistance: The panel is engineered for 5400Pa front load and 2400Pa rear load. It is suitable for regions with heavy snow, strong wind, or challenging mounting conditions.

Long-term performance warranties: A 12-year product warranty and 30-year linear power warranty support investment security. Power degradation is tightly controlled to ensure dependable output.

How It Works

The Smart Solar Technologies SS470M10GH-20/UH solar panel converts sunlight into clean DC electricity using advanced N-type TOPCon cells.
When light strikes the 120 half-cut mono cells, photons excite electrons and create an electric current.
SMBB busbar architecture collects this current efficiently and routes it through the cell strings.
The bifacial glass-glass module captures irradiance on both the front and rear sides for higher yield.
An integrated junction box with IP68 protection safely combines the output and connects to system cabling.
The module operates within a wide temperature range while maintaining stable power thanks to optimized coefficients.
Once wired into an inverter, the DC power is converted to AC for building loads or grid export.
This process runs continuously during daylight, reducing energy costs and carbon emissions over the panel lifetime.

N-Type TOPCon cell conversion: N-type TOPCon cells provide improved carrier lifetime and lower degradation. They maintain higher efficiency under varied temperatures and operating conditions, supporting reliable daily energy production.

Bifacial energy harvesting: The transparent rear glass allows light from ground reflection or nearby surfaces to reach the rear cells. This bifacial effect can increase total module energy by around 5–25 percent depending on site conditions.

Electrical integration and protection: The IP68 junction box protects connections against moisture and dust ingress. Integrated bypass diodes help reduce the impact of shading, while the 1500V system rating supports efficient string design and reduced balance-of-system costs.

Technical Specifications

Model
SS470M10GH-20/UH

Rated Power (Pmax)
470W (STC)

Module Efficie
Manufacturer: PES Supply
MPN: SS470M10GH-20/UH
Model: SS470M10GH-20
Vendor: Smart Güneş Teknolojileri
Source: Shopify live catalog 2026-09-09; product 7556517363846; variant 43543001563270</p>

<p>Solarland SLP175S-12 175W Polycrystalline 36‑Cell Solar Panel
Model SLP175S-12 | Polycrystalline | 36 Full-Cell Polycrystalline | Monofacial | 1000V System Voltage

175 W
Max Power Output

Poly
Module Efficiency

36
N-Type TOPCon

Product Overview
The Solarland USA SLP175S-12 polycrystalline 175 watt solar panel is engineered for reliable off‑grid power where durability matters. Designed around a 36 cell layout, this robust module delivers a maximum power output of 175 Wp at 19.06 V, making it ideal for 12 volt battery based systems. It suits applications such as remote cabins, RVs, marine systems, telecom equipment, lighting and small industrial loads. The panel uses tempered glass and an anodized aluminium frame to protect the cells from harsh outdoor environments.

With a wide operating temperature range from -40 to 85 °C, this module continues performing in both hot and cold climates. A balanced power tolerance of -5 to +5 percent helps ensure predictable output in real‑world conditions. The Solarland SLP175S-12 panel weighs only 12 kg, so handling and mounting are straightforward for installers and DIY users. Long term power production is supported by a gradual total degradation rate of just 0.8 percent per year. This design helps your off‑grid or backup system remain dependable over many years of operation.

Key Benefits

Optimized for 12V off‑grid systems: Nominal 12 volt output works seamlessly with common charge controllers and battery banks, simplifying system design.

Reliable 175W power rating: A maximum power rating of 175 Wp supports small to medium loads, from lighting to pumps and electronics.

Rugged mechanical design: Tempered glass, 35 mm anodized aluminium frame and robust construction help withstand wind, snow and transport stress.

Wide temperature tolerance: Operation between -40 and 85 °C supports dependable performance in deserts, coastal climates and cold regions.

Long term power stability: Low total degradation and defined power warranties help preserve system output over the panel lifetime.

Lightweight and easy to install: At just 12 kg, this solar module is easier to lift, align and secure during rooftop or ground installations.

How It Works
The Solarland SLP175S-12 solar panel converts sunlight into direct current electricity using its 36 polycrystalline cells. When sunlight hits the cells, energy from the light frees electrons inside the semiconductor material, creating an electrical current. This current flows through internal busbars and wiring and exits via the panel’s junction box or attached leads. The module is designed to work as part of a 12 volt system, where it connects to a charge controller, battery bank and DC or AC loads. Performance is influenced by irradiance, cell temperature and mounting orientation, so correct installation maximizes daily energy harvest. Over time, the durable glass and frame protect the cells from weather, allowing consistent power generation throughout the product life.

Photovoltaic energy conversion: The 36 polycrystalline cells are wired in series to reach the required operating voltage. Each cell absorbs sunlight and generates DC power through the photovoltaic effect. Combined, the cells deliver 175 watts at standard test conditions when irradiance and temperature are ideal.

Power delivery to your system: The panel operates around 19.06 V at maximum power, which suits 12 volt battery charging when used with a compatible controller. Current at maximum power reaches 9.18 A, helping batteries recharge steadily during sun hours. Open circuit voltage of 23.25 V and short circuit current of 9.65 A define safe design limits for downstream equipment.

Thermal and environmental management: Cell temperature typically sits around 47 ±2 °C under standard test conditions. A temperature coefficient of power of -0.5 percent per °C means power falls slightly as the panel gets hotter. The glass and frame manage thermal expansion and protect against moisture, so the mo
Manufacturer: PES Supply
MPN: SLP175S-12
Vendor: Solarland
Source: Shopify live catalog 2026-09-09; product 7556519657606; variant 43543004971142
Tags: Status:active</p>

<p>Sohigh Solar Technology Sohigh SP-450MH 450W PERC Monocrystalline Solar Panel
Model Sohigh SP-450MH | PERC Monocrystalline | 72 Cells (Assumed) Full-Cell | Monofacial | 1000V System Voltage

450 W
Max Power Output

20.8%
Module Efficiency

Monocrystalline
PERC Cell Technology

Product Overview

The Sohigh Solar Technology Sohigh SP-450MH 450W PERC monocrystalline solar panel delivers reliable power and strong efficiency for modern systems.
With a rated output of 450 Wp and a panel efficiency of 20.8 percent, this module helps maximize energy yield on limited roof or ground space.
Advanced PERC cell design is combined with high quality monocrystalline silicon to capture more sunlight and convert it into usable electricity.
A robust aluminium frame and EVA encapsulant offer dependable mechanical strength for long term outdoor exposure.
The Sohigh SP-450MH suits residential, commercial, and light industrial projects where consistent production and attractive performance guarantees are expected.
Thanks to a balanced electrical design featuring 34.67 V at maximum power and a current of 12.98 A, integration with common grid tied or off grid inverters is straightforward.
Ten year product coverage and long term power warranties give confidence that this panel will keep delivering stable output over its lifetime.

Key Benefits

High power density:
The 450 Wp rating and 20.8 percent efficiency allow more energy production from fewer panels.

Reliable long term output:
A 10 year product warranty and structured power guarantee support dependable lifetime performance.

Optimized PERC technology:
PERC monocrystalline cells enhance light capture, improving performance during bright and diffuse conditions.

Stable temperature behavior:
Low temperature coefficients help preserve power output on hot rooftops and in warm climates.

Durable construction:
An aluminium frame and EVA encapsulant provide structural strength and long term weather resistance.

Flexible system integration:
Voltage and current ratings suit many common inverters, making system design easier and more adaptable.

How It Works

This Sohigh SP-450MH solar panel converts sunlight into direct current electricity using high efficiency PERC monocrystalline cells.
When sunlight hits the cell surface, photons are absorbed and free electrons are generated within the silicon structure.
These electrons are driven by an internal electric field and collected through conductive busbars and cell interconnections.
The module then delivers power through its output leads at a rated maximum of 450 W under standard test conditions.
At maximum power, the operating point is around 34.67 volts and 12.98 amperes, which matches well with many string inverters and charge controllers.
The EVA encapsulant seals the cells and interconnects between the front glass and back sheet, while the aluminium frame provides rigidity and mounting strength.
Over time, carefully chosen materials and controlled degradation ensure that the panel retains much of its original power.

PERC monocrystalline energy conversion:

PERC technology adds a passivated rear surface that reflects unabsorbed light back into the cell.
This process increases the chance that photons are absorbed, improving conversion efficiency without enlarging panel size.

Optimized operating point and output:

The panel operates at a defined maximum power point of 34.67 V and 12.98 A.
Inverters or charge controllers track this point, allowing the system to harvest the greatest possible energy in real time.

Temperature and long term stability:

Temperature coefficients describe how power, voltage, and current respond to heat.
With a -0.35 percent per degree coefficient for Pmax, energy losses in high temperatures are moderated and production remains consistent.

Technical Specifications

Brand
Sohigh Solar Technology Co., Ltd

Model Number
Sohigh SP-450MH

Cell Technology
PERC Monocrystalline

Cell Count and Layout
72 cells (a
Manufacturer: PES Supply
MPN: SP-450MH
Model: 450MH
Vendor: Sohigh Solar Technology
Source: Shopify live catalog 2026-09-09; product 7556523884678; variant 43543045800070
Tags: Status:active</p>

<p>Agora Solar 430W Bifacial Monocrystalline Solar Panel
Model 430W | Monocrystalline Bifacial | 108 Half-Cell 182×91 mm | Bifacial | 1500V System Voltage

430 Wp
Max Power Output

High
Module Efficiency

108
Monocrystalline Cells

Product Overview

The Agora Solar 430W Bifacial Monocrystalline Solar Panel is engineered for dependable power production in residential, commercial, and light industrial projects.
This bifacial module uses high performance 108 half cut monocrystalline cells sized 182×91 mm to deliver a nominal output of 430 Wp under STC.
With a maximum system voltage of 1500 V and MC4 compatible connectors, the panel integrates smoothly with modern string inverters and rooftop or ground mount systems.
A robust black frame, 2 mm glass, and IP68 junction box support continuous operation in demanding weather conditions.
The module is rated for an operating temperature range from -40 °C to 85 °C, which helps ensure reliable performance in both hot and cold climates.
Tight power tolerance from 0 to +1.16 percent adds confidence that installed capacity will meet or exceed its nameplate rating.
A 20 year product warranty from Agora Solar A.S. underscores long term reliability for projects across Slovakia and wider European markets.

Key Benefits

High power density for compact roofs: With 430 Wp in a footprint of 1722×1134 mm, this panel helps maximize energy yield where roof space is limited. Dense monocrystalline cells support strong generation even with fewer modules installed.

Bifacial design for extra yield: Bifacial construction allows light capture from the front and reflected light from the rear. This design can increase total energy output over the year, especially on bright surfaces and elevated mounting structures.

Reliable performance in real conditions: The low temperature coefficient of Pmax at -0.29 % per °C helps keep losses moderate on hot days. Stable current and voltage behavior support consistent production during seasonal temperature swings.

Durable construction for long service life: The black framed module uses 2 mm front glass and an IP68 junction box with three diodes. This construction protects internal components against dust, moisture, and mechanical stress for long term reliability.

Easy integration with modern systems: Standard MC4 connectors, 4 mm² cables, and 1000 mm leads streamline field wiring. The 1500 V system rating and 25 A series fuse compatibility suit contemporary high voltage string designs.

How It Works

This 430 W bifacial monocrystalline panel converts sunlight into direct current electricity using advanced silicon cells.
When sunlight hits the front side, photons are absorbed by the 182×91 mm monocrystalline cells and generate a flow of electrons.
Because the module is bifacial, diffused and reflected light reaching the rear side also contributes to energy production.
The resulting DC power follows the module’s electrical characteristics, including Vmpp of 32.49 V and Impp of 13.24 A at standard test conditions.
Power then travels through the IP68 junction box and MC4 connectors into the system wiring and inverters.
Inverters convert the DC power to AC electricity suitable for building loads or export to the grid.
Thermal behavior, voltage levels, and protective components are engineered to keep the process efficient and safe over the module lifetime.

Monocrystalline cell conversion: Each 182×91 mm monocrystalline cell is made from high purity silicon. Incident light excites electrons in the cell’s crystal structure and creates an electric potential. The half cell configuration reduces resistive losses and supports higher string currents with lower heat buildup during operation.

Bifacial energy capture: The bifacial design allows both panel surfaces to participate in power generation. Light reflected from surfaces below or behind the array can be converted into additional current through the rear side. This mechanism is especially effective over bright ground
Manufacturer: PES Global
Vendor: Agora Solar
Source: Shopify live catalog 2026-09-09; product 7556524310662; variant 43543049470086
Tags: size:400-459w-panels, Status:active</p>

<p>ABi-Solar 450–460W PERC Monofacial Solar Panel
Model ABi-450–460 | PERC | 144 Half-Cell Mono | Monofacial | 1500V System Voltage

460 W
Max Power Output

21.32%
Module Efficiency

144
PERC Cells

Product Overview
The ABi-Solar 450–460W PERC monofacial solar panel is designed for reliable high power generation on modern rooftops and commercial arrays. This solar panel uses advanced PERC cell technology to deliver strong efficiency in a compact footprint, making better use of available roof space. Power output ranges from 450 to 460 watt peak under standard test conditions, so solid performance can be expected in well designed systems. A panel efficiency range of 20.85 to 21.32 percent supports excellent energy yield over the lifetime of the installation. With a sturdy 24 kilogram construction, the module feels robust and well suited to challenging outdoor environments. The product suits residential, commercial, and small industrial projects where dependable energy production and straightforward installation are required. Investors and homeowners can use this model to lower electricity costs while supporting a smooth transition toward clean power. System designers will value the balance between weight, power density, and compatibility with widely available mounting hardware and inverters.

Key Benefits

High power density: Each module delivers up to 460 watt peak, so fewer panels are needed for a given system size. This benefit helps reduce racking, cabling, and labor costs on most projects.

Efficient use of roof space: Module efficiencies between 20.85 and 21.32 percent allow strong production from limited roof areas. System designers can unlock better yield where shading and layout constraints exist.

Proven PERC cell technology: Passivated emitter and rear cell design is widely used and well understood in the industry. Reliable performance and predictable degradation behavior can therefore be expected over many years.

Robust 24 kg construction: The panel weight of 24 kilograms indicates a solid frame and glass assembly. This sturdy build supports resistance to wind, snow, and handling stresses when properly installed.

Flexible application range: The power class suits both small residential arrays and larger commercial fields. Designers can combine multiple strings to reach desired system capacities without complexity.

Optimized lifetime energy yield: High module efficiency and modern cell architecture support strong annual production. Over the system lifetime, this translates into attractive solar energy costs per kilowatt hour.

How It Works
This ABi-Solar 450–460W PERC monofacial solar panel converts sunlight into direct current electricity through interconnected photovoltaic cells. Each cell is a semiconductor device that responds when photons from the sun strike the panel surface. Electrons in the silicon material become energized and are directed along an internal electric field, creating a usable electrical current. The PERC structure includes a passivated rear surface that reflects unused light back into the cell. This process allows more energy to be captured from the same amount of sunlight. When panels are wired together into strings, their output is combined and fed to a compatible solar inverter. The inverter transforms the direct current into alternating current, which can power electrical loads or be exported to the grid. Over time, this mechanism works silently and continuously while the sun is shining, supporting long term savings on electricity bills.

PERC cell light capture: Passivated emitter and rear cell technology adds a special layer on the back of each cell. This layer reduces electron recombination losses and reflects light that passes through the cell back into the silicon. Because of this process, more photons are absorbed and converted to electricity. The result is higher efficiency compared with conventional cell designs of similar size.

DC power generation and flow: When sunlight hits the m
Manufacturer: PES Global
MPN: ABi-Solar
Vendor: ABi Solar
Source: Shopify live catalog 2026-09-09; product 7556530012294; variant 43543111467142
Tags: 30, size:460-549w-panels, Status:active</p>

<p>Access Solar ASL-310Wp
Brand: PES Supply

Category: Solar Equipment

Price: $375.0

Product Specifications
•
Wattage: 310W

Purchase Access Solar ASL-310Wp from Portlandia Electric Supply, your authorized dealer. We offer competitive pricing, fast shipping, and expert support.
Manufacturer: PES Supply
MPN: ASL-310Wp
Vendor: Access Solar
Source: Shopify live catalog 2026-09-09; product 7556200235142; variant 43540159496326
Tags: 310W, Solar Equipment, zero-price-fix</p>

<p>Access Solar ASL-315Wp
Brand: PES Supply

Category: Solar Equipment

Price: $375.0

Product Specifications
•
Wattage: 315W

Purchase Access Solar ASL-315Wp from Portlandia Electric Supply, your authorized dealer. We offer competitive pricing, fast shipping, and expert support.
Manufacturer: PES Supply
MPN: ASL-315Wp
Vendor: Access Solar
Source: Shopify live catalog 2026-09-09; product 7556200267910; variant 43540159529094
Tags: 315W, Solar Equipment, zero-price-fix</p>

<p>Access Solar ASL-320Wp
Brand: PES Supply

Category: Solar Equipment

Price: $375.0

Product Specifications
•
Wattage: 320W

Purchase Access Solar ASL-320Wp from Portlandia Electric Supply, your authorized dealer. We offer competitive pricing, fast shipping, and expert support.
Manufacturer: PES Supply
MPN: ASL-320Wp
Vendor: Access Solar
Source: Shopify live catalog 2026-09-09; product 7556200333446; variant 43540159594630
Tags: 320W, Solar Equipment, zero-price-fix</p>