NEXT GENERATION SOLAR PANEL MODULE

BUILT FOR AUSTRALIAN CONDITIONS

SOLAR POWER MADE EASY

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NEXT GENERATION SOLAR MODULE

BUILT FOR AUSTRALIAN CONDITIONS

BUILT FOR AUSTRALIAN
CONDITIONS

HIGHEST
ENERGY
OUTPUT

SUPERIOR
LOW-LIGHT
PERFORMANCE

25 YEAR
INDUSTRY LEADING
WARRANTY

24/7 MONITORING
EVERY SINGLE
SOLAR PANEL

ADVANCED SOLAR PANEL TECHNOLOGY

The Type X Cell Dual Glass Solar Module is an advanced N-Type module featuring next-generation Back-contact Cell Technology and 0BB architecture, combined with a dual-glass bifacial design. It delivers improved efficiency, strong low-light and high-temperature performance, and enhanced energy generation. Built for durability, it includes a reinforced dual-glass construction and is backed by a 25-year product warranty and a 30-year performance warranty.

HIGHER EFFICIENCY
MORE RELIABLE
SIMPLY SMARTER

The Fusion R enhances reliability and durability through a robust 1.6mm dual glass construction, reinforced frame, and advanced N-type cell technology that resists degradation. Its independent panel performance with integrated microinverters ensures sustained energy output even if individual panels are affected, all backed by a 25-year product and 30-year performance warranty.

POWER UP TO

460 w

Peak

High Density Cell
Inactive Space
Reduction

Dual Zone design

50%

Better shade

tolerance

The FUSION R forms a complete AC Module (ACM) system by integrating an Enphase IQ8HC Microinverter on each panel, unlike conventional DC systems. These microinverters operate independently, ensuring enhanced reliability and efficiency, as individual panel issues like shading or glitches do not affect the performance of other panels.

BREAKTHROUGH CELL DESIGN

Conventional

Lower Electrical Resistance
Clear Cell Surface for Sunlight High Density Cell Space

Ribbon-Less Connections
Flexible Fusion Cell
Connection

FUSION R cells maximise total energy yield by capturing sunlight from both the front and rear sides, even as the angle of sunlight changes throughout the day. The front of these cells absorbs more sunlight than conventional modules, resulting in higher efficiency and superior energy output. Additionally, with transparent dual glass and minimal rear-side shadowing, FUSION R can achieve up to 97% bifacial performance by harnessing reflected light from the back.

Most Common

Cell Failure Causes

Engineered
to Last
Reliable Construction

Designed for the harshest environments, FUSION R is built to withstand all weather conditions. Its dual glass construction offers enhanced protection and maximum durability against extreme weather, temperature fluctuations, and UV exposure. Additionally, a reinforced frame provides extra strength, enabling the solar panel to endure high winds, hailstorms, and other challenging elements.

AC MODULE DESIGN
SMARTER
SAFER

Start Up Voltage

22v

Designed to increase
the operating
window.

Conventional system
startup can be as
high as 150v.

Specifically designed as an AC Module for maximum energy yield.

SPECIFICATIONS

REA Power - REA Fusion 430 ACM

Nominal Power

Temperature

Weight

Product Warranty

430Wp

-0.30

24kg

25 Years

Efficiency

Wind / Snow Load

Module Size

Performance Warranty

Up to 30%

4000 / 5400

1722 x 1134 x 30mm

30 Years

TECHNOLOGY COMPARISON

Enphase Energized

String Inverters
String Inverters DC Optimizers
Flexible Design
No string sizing

Multiple configurations

All-AC design

Rigid Design

String sizing

Minimum system size is 8 panels

DC and AC design required

Rigid Designs

String sizing

Minimum system size is 8 panels

DC and AC design required

Easier Installation

Simple All AC installation
No mounting a string inverter

Complex Installation

Added complexity with DC and AC
Design changes in field are difficult

Easier Installation

Added complexity with DC and AC
Design changes in field are difficult

Greater Productivity

In independent studies, Enphase
produced up to 3.1% more energy

Lower Productivity

Productivity varies by string length

Lower Productivity

Productivity varies by string length

Higher Reliability

No single point of failure

Less Reliable

Inverter is a single point of
system failure

Less Reliable

Inverter is a single point of
system failure

SOLAR POWER MADE EASY

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