REA Power Solar Modules combine the world’s most advanced solar technologies into one high-performance panel that delivers greater safety, higher efficiency, superior reliability and better long-term energy production.
Power From Both Sides
REA FusionCell™ bifacial solar technology captures sunlight from both the front and rear of the panel, generating additional energy from reflected and ambient light. This advanced dual-sided design increases total energy production throughout the day and delivers more power from the same roof space.
Multi-Layer Cell Technology
REA FusionCell™ combines advanced crystalline silicon and thin film layers into one next-generation solar cell, helping capture more sunlight across a wider range of conditions. This multi-layer architecture improves efficiency, enhances low-light performance and delivers greater energy production when it matters.
Stronger Solar Cells = Longer Life
Engineered with reinforced cell architecture and zero Bus Bar rear contact wire connections to withstand higher impact stress, eliminate microcracks and improve long-term reliability for 30+ years.
Glass on the Front and Back
REA Type X modules use advanced dual-glass construction to protect against moisture, corrosion, heat and environmental stress. By sealing the cells between two layers of tempered glass, the panel delivers greater durability, superior safety and enhanced long-term performance.
Flexible Energy Architecture
REA Type X is available as both a DC solar module or an advanced AC Module with an integrated micro inverter embedded directly behind each panel. This panel-level architecture improves safety, enhances performance monitoring and allows every panel to operate independently for greater energy production and system reliability.
Designed in Australia, Technology from Germany
REA Type X modules are Engineered in Australia and specifically designed to maximise the ATMOCE Micro Inverter Technology from Germany to deliver the worlds highest output AC Module above 600W AC output.
REA Solar Panels working upside down.
Impact testing of the solar panels.
Testing the strength and durability of the solar panels.
Solar Manufacturing Facility