Type X Solar Module: Complete Guide to the Type X Cell Dual Glass Solar Panel

Choosing a solar panel is about more than comparing power ratings. A quality module should deliver consistent energy production, perform reliably across a wide range of environmental conditions and continue generating clean energy for decades.

The Type X Cell Dual Glass Solar Module has been engineered with these goals in mind. Combining FRC (Fusion Reverse Contact) cell technology, N-Type solar cells, 0BB (Zero Busbar) architecture, which replaces traditional front-side busbars with advanced interconnection methods, dual-glass construction and bifacial energy generation, it is designed to maximise efficiency while supporting long-term reliability. The module is available in power outputs from 475W to 500W, achieves efficiencies of up to 24.5%, and is backed by a 25-year product warranty and 30-year linear performance warranty.

Whether you're planning a residential rooftop system, a commercial installation or a larger solar project, this guide explains what makes the Type X Solar Module different, how its technology works and why it is designed to deliver dependable performance over the long term.

Type X Solar Module Specifications

What Is the Type X Solar Module?

The Type X Solar Module is REA Power's premium dual-glass solar panel, developed for homeowners, businesses and project developers looking for high efficiency, dependable durability and long-term value.

Unlike conventional solar panels that use front-mounted electrical contacts, the Type X Solar Module incorporates FRC (Fusion Reverse Contact) cell technology, placing the electrical contacts behind each solar cell. This design allows more of the cell's surface to absorb sunlight while creating a cleaner appearance.

The module also combines N-Type solar cells and 0BB (Zero Busbar) architecture, where conventional front-side busbars are replaced by advanced interconnection methods. Together, these technologies improve electrical performance and support long-term reliability. A transparent dual-glass design further enables bifacial energy generation, allowing the panel to capture reflected sunlight from both sides under suitable installation conditions.

The result is a premium solar module engineered to maximise energy production while maintaining consistent performance throughout its lifespan.

Who Should Choose the Type X Solar Module?

The Type X Solar Module is designed for customers who want more than a standard solar panel. It is suitable for projects where long-term performance, reliability and energy generation are key priorities.

It is an excellent choice for:

• Homeowners installing a premium rooftop solar system.
• Commercial property owners aiming to reduce electricity costs.
• Industrial facilities with significant daytime energy demand.
• Agricultural operations seeking dependable renewable energy.
• New residential and commercial developments.
• Customers planning to integrate battery storage now or in the future.

Its high efficiency also makes it ideal for properties where roof space is limited, helping installers achieve the required system capacity with fewer panels.

Why Choose the Type X Solar Module?

Every solar installation has different energy requirements, but the goal remains the same: generate as much clean electricity as possible while ensuring dependable long-term performance.

The Type X Solar Module is designed to achieve this by combining advanced cell technology, durable construction and high manufacturing standards in a single premium product.

Generate More Energy from Available Roof Space

With efficiencies of up to 24.5%, the Type X Solar Module converts more sunlight into usable electricity than many conventional solar panels. Higher efficiency means more power can be generated from the available installation area, making it particularly valuable for homes and businesses with limited roof space.

Built for Long-Term Reliability

Solar panels operate outdoors every day, often for several decades. The Type X Solar Module is engineered to withstand challenging environmental conditions while maintaining dependable performance. Its advanced construction, premium materials and low degradation profile are designed to support long-term energy production and reduce the impact of ageing over time.

Advanced Technology Working Together

Rather than relying on a single innovation, the Type X Solar Module combines multiple technologies that complement one another.

These include:

• FRC (Fusion Reverse Contact) cell technology
• N-Type solar cells
• 0BB (Zero Busbar) architecture
• Dual-glass construction
• Bifacial energy generation

Each technology contributes to a different aspect of the module's performance, from improving energy conversion and reducing electrical losses to increasing durability and supporting long-term reliability.

The Technology Behind the Type X Solar Module

The Type X Solar Module is built on a combination of proven and next-generation technologies that work together to improve energy production, durability and long-term reliability. Rather than relying on a single innovation, REA Power has integrated advanced cell design, electrical architecture and premium materials into one high-performance module.

The following technologies are central to how the Type X Solar Module delivers consistent performance across residential, commercial and industrial solar installations.

FRC (Fusion Reverse Contact) Cell Technology

One of the defining features of the Type X Solar Module is FRC (Fusion Reverse Contact), REA Power's back-contact cell technology and part of the FusionCell technology family.

Unlike conventional solar cells, which place electrical contacts on the front surface, FRC positions these connections on the rear of each cell. This design exposes more of the cell to direct sunlight, allowing the active surface to absorb more solar energy while creating a cleaner, uninterrupted appearance.

By relocating the electrical contacts, the module also reduces front-side shading and supports a more efficient flow of electricity through the panel. These improvements contribute to the Type X Solar Module's ability to achieve efficiencies of up to 24.5% while maintaining a premium aesthetic.

Benefits of FRC Technology

• Increases the active surface area available to capture sunlight.
• Reduces shading caused by front-mounted electrical contacts.
• Supports efficient electrical current flow.
• Creates a sleek, all-black appearance suited to modern installations.

N-Type Solar Cells

The Type X Solar Module is built using N-Type solar cells, a technology widely recognised for its efficiency and long-term stability.

Compared with older cell designs, N-Type technology is engineered to maintain stronger performance over time. It forms the foundation of the Type X Solar Module's long-term reliability and supports its industry-leading performance warranty.

Why N-Type Technology Matters

Higher efficiency

N-Type cells are designed to convert a greater proportion of sunlight into electricity, helping maximise energy production from the available roof space.

Excellent long-term stability

The Type X Solar Module has a maximum first-year degradation of 1%, followed by annual degradation of no more than 0.35%, ensuring the panel continues delivering reliable energy generation for decades. It is guaranteed to retain 88.85% of its original power output after 30 years.

Reliable operation in demanding climates

With an operating temperature range of -40°C to +85°C, the module is engineered to perform across a wide range of climates and environmental conditions.

What Is 0BB (Zero Busbar) Architecture?

The Type X Solar Module also incorporates 0BB (Zero Busbar) architecture, an advanced approach to cell design that further improves efficiency.

Traditional solar cells use visible metal busbars across the front of the cell to collect electrical current. In a 0BB design, these conventional front-side busbars are replaced by advanced interconnection methods that continue to collect and transfer electricity while exposing more of the cell surface to sunlight.

Zero Busbar technology replaces these visible busbars with advanced interconnection methods, exposing more of the cell surface to sunlight while supporting efficient electrical performance.

Advantages of 0BB Technology

• Allows more sunlight to reach the active solar cell.
• Helps reduce electrical resistance.
• Supports improved overall module efficiency.
• Creates a cleaner, more uniform panel appearance.

Together, FRC cell technology, N-Type cells and 0BB architecture provide the technological foundation that distinguishes the Type X Solar Module from many conventional solar panels.

Built for Long-Term Performance

Efficiency is only one measure of a solar panel's quality. Long-term durability is equally important because solar modules are expected to operate reliably for decades.

The Type X Solar Module combines premium construction materials with robust engineering to help maintain dependable performance throughout its lifespan.

Dual-Glass Construction

Unlike conventional solar panels that typically use a polymer backsheet, the Type X Solar Module features dual-glass construction with 2.0 mm coated tempered front glass and 1.6 mm semi-tempered rear glass.

This design provides greater structural strength while protecting the internal solar cells from moisture, environmental exposure and mechanical stress.

The dual-glass structure also supports the module's bifacial capability, allowing sunlight reflected from the rear of the panel to contribute to energy generation.

Key Benefits

• Improved structural durability.
• Enhanced protection against moisture and environmental exposure.
• Greater long-term reliability.
• Supports bifacial energy generation.
• Suitable for demanding installation environments.

Bifacial Energy Generation

The Type X Solar Module features a transparent rear design with a bifaciality rating of 70 ±5%, enabling it to capture reflected sunlight from both the front and rear of the panel.

Depending on the installation environment, reflected light from surfaces such as light-coloured roofing materials, concrete or gravel can contribute additional energy generation.

While actual performance depends on factors including panel orientation, mounting height and surrounding surface reflectivity, bifacial technology provides another opportunity to maximise energy production without increasing the number of installed panels.

Engineered for Challenging Environmental Conditions

Solar panels are exposed to a wide range of environmental conditions, including high temperatures, UV exposure, humidity, strong winds and severe weather. Choosing a module engineered for durability helps support reliable long-term performance wherever it is installed.

The Type X Solar Module is designed to meet these challenges with features including:

• Operating temperature range of -40°C to +85°C.
• IP68-rated junction box for protection against dust and water ingress.
• Maximum static load ratings of 5400 Pa (front) and 2400 Pa (rear).
• Resistance to 25 mm hailstones tested at 23 m/s.

These engineering specifications make the module suitable for residential, commercial and industrial applications across a wide range of climates and installation environments.

Why These Technologies Work Better Together

Each innovation within the Type X Solar Module has been developed to address a different aspect of solar performance.

• FRC (Fusion Reverse Contact) cell technology increases the active area available to absorb sunlight.
• N-Type solar cells provide a stable foundation for efficient, long-term energy generation.
• 0BB architecture reduces front-side shading and supports efficient current collection.
• Dual-glass construction improves durability and protects the module from environmental exposure.
• Bifacial technology enables additional energy generation

Why Long-Term Performance Matters

A solar panel's true value isn't measured by how it performs on the day it's installed—it's measured by how consistently it generates electricity over the next 25 to 30 years.

The Type X Solar Module has been engineered to deliver reliable long-term performance through a combination of advanced cell technology, durable construction and a low degradation rate. This means property owners can expect dependable energy production long after installation, helping maximise the lifetime return on their solar investment.

The Type X Solar Module is backed by a 25-year product warranty and a 30-year linear performance warranty. It is designed with a maximum first-year degradation of 1%, followed by annual degradation of no more than 0.35%, ensuring it retains 88.85% of its original power output after 30 years.

For homeowners, this supports greater long-term savings on electricity bills. For commercial and industrial projects, it provides confidence that the system will continue generating reliable energy for decades.

Type X DC Module vs Type X AC Module

The Type X Solar Module is available in both DC and AC configurations, allowing installers to select the solution that best matches the property's layout, energy requirements and monitoring preferences.

Both options use the same premium Type X Cell Dual Glass Solar Module. The key difference is how the electricity generated by the panels is converted for use.

Type X DC Module

The Type X DC Module is designed for use with a compatible string inverter.

It is commonly recommended for:

• Residential homes with straightforward roof layouts.
• Commercial and industrial buildings.
• Larger solar systems.
• Projects requiring flexibility in inverter selection

Because the inverter is installed separately, DC systems offer installers greater flexibility when designing systems to suit different property types and energy requirements.

Type X AC Module

The Type X AC Module integrates a factory-installed microinverter directly with each solar panel.

This configuration is well suited to:

• Homes with multiple roof orientations.
• Roofs affected by partial shading.
• Installations requiring module-level monitoring.
• Systems that may be expanded in the future.

With electricity converted at each individual panel, AC modules provide greater design flexibility for more complex rooftop installations.

Is the Type X Solar Module Right for You?

If you're looking for a solar panel that combines high efficiency, premium construction and dependable long-term performance, the Type X Solar Module is designed to meet those expectations.

Its combination of FRC (Fusion Reverse Contact) cell technology, N-Type solar cells, 0BB architecture, dual-glass construction and bifacial energy generation makes it suitable for homeowners, businesses and commercial property owners seeking a high-performance solar solution.

Whether your goal is to maximise energy production from limited roof space, invest in premium solar technology or build a system designed to perform reliably for decades, the Type X Solar Module offers a strong balance of efficiency, durability and long-term value.

Ready to Get Started?

Choosing the right solar panel is the first step towards building a system that delivers reliable energy for years to come. Just as important is working with experienced professionals who can recommend the right solution for your property and energy goals.

Whether you're comparing premium solar panels, planning a new installation or upgrading an existing system, REA Power can help you learn more about the Type X Solar Module and its advanced technology.

Call REA Power on 1300 360 047 to discuss the Type X Solar Module, request product information or be connected with REA Solar for expert system design and installation

Frequently Asked Questions

What makes the Type X Solar Module different from standard solar panels?

The Type X Solar Module combines FRC (Fusion Reverse Contact) cell technology, N-Type solar cells, 0BB architecture, dual-glass construction and bifacial technology in one premium module. These technologies work together to improve energy conversion, durability and long-term performance compared with many conventional solar panels. 

What is the power output of the Type X Solar Module?

The Type X Solar Module is available in outputs ranging from 475W to 500W, making it suitable for residential, commercial and industrial solar installations where high energy production is a priority.

What efficiency does the Type X Solar Module achieve?

Depending on the model, the Type X Solar Module delivers module efficiencies of up to 24.5%, helping generate more electricity from the available roof area.

How long is the Type X Solar Module warranty?

The module includes a 25-year product warranty and a 30-year linear performance warranty. It is also designed to retain 88.85% of its original power output after 30 years, with annual degradation limited to 0.35% after the first year.

Is the Type X Solar Module bifacial?

Yes. The module features a transparent dual-glass design with a 70 ±5% bifaciality rating, allowing it to capture reflected sunlight from both the front and rear surfaces when installed in suitable conditions.

Is the Type X Solar Module suitable for different climates?

Yes. The Type X Solar Module is engineered to perform in a wide range of environmental conditions. It features an operating temperature range of -40°C to +85°C, an IP68-rated junction box, high static load ratings and tested resistance to hail impact, making it suitable for residential, commercial and industrial applications across diverse climates. 

Should I choose the Type X DC Module or the Type X AC Module?

The best choice depends on your property's layout and energy goals. DC modules are typically suited to systems using a central string inverter, while AC modules include an integrated microinverter, making them ideal for more complex roof designs or installations requiring panel-level monitoring.

If you're unsure which option is right for your project, the REA Power team can recommend the most suitable solution.

Speak with REA Power Today

Ready to learn more about the Type X Cell Dual Glass Solar Module or start planning your solar project?

Call REA Power on 1300 360 047 to discuss your requirements, request a tailored solar quote or be connected with REA Solar for expert system design and installation. Our team is ready to help you find the right solar solution for long-term performance, reliability and value.