FUSION X - AC Solar Module
Delivering the world’s highest-output AC solar panel — combining industry-leading energy performance with the safest low-voltage architecture and next-generation reliability combining German and Australian Engineering for the future of solar.
POWERBANK - Battery
POWERBANK™ combines advanced SafeCell protection technology and ParallelProtect architecture to deliver the world’s safest, most reliable and intelligently engineered energy storage systems for complete home and business energy independence.
Total Energy Control
Monitor your solar production, battery storage, home energy consumption and live energy market trading — all from one intelligent REA ONE™ app.
Skróć czas instalacji o 20–40% w porównaniu z modułami fotowoltaicznymi Enphase bez zintegrowanych modułów AC. Ciesz się mniejszą liczbą wspinania się po drabinie i mniejszą ilością odpadów.
Dzięki tylko jednej jednostce SKU do zamówienia, transportu i instalacji moduły AC oszczędzają miejsce na ciężarówkach, w magazynie i na dachu.
To, co było już łatwe, teraz jest jeszcze łatwiejsze dzięki mniejszej liczbie punktów połączeń i lepszemu zarządzaniu kablami.
Skróć czas instalacji o 20–40% w porównaniu z modułami fotowoltaicznymi Enphase bez zintegrowanych modułów AC. Ciesz się mniejszą liczbą wspinania się po drabinie i mniejszą ilością odpadów.
Dzięki tylko jednej jednostce SKU do zamówienia, transportu i instalacji moduły AC oszczędzają miejsce na ciężarówkach, w magazynie i na dachu.
To, co było już łatwe, teraz jest jeszcze łatwiejsze dzięki mniejszej liczbie punktów połączeń i lepszemu zarządzaniu kablami.
30v
Extra Low Voltage
98.2%
AC Efficiency
10,000
Cycle Warranty
HISTORY AND ROADMAP
SOLAR PANEL MANUFACTURING
Engineered in Australia
Drawing on years of solar engineering experience, we expanded into manufacturing to achieve greater control over product quality, performance and innovation. This transition enabled the accelerated development of safer, higher-efficiency and more reliable solar technology engineered in Australia
FIRST MICRO-INVERTER TECHNOLOGY
Setting the Standard
REA Power was among the first companies to mass install microinverter solar technology in Australia, helping introduce safer, panel-level energy systems to Australian homeowners. This early adoption transformed the industry by improving system safety, reliability and energy performance compared to conventional high-voltage string solar systems.
SALT MIST AND AMMONIA CERTIFICATION
Higher Standards
REA Power introduces class-leading dual-glass solar panel technology designed specifically for harsh Australian environments. Engineered for superior durability, these advanced panels delivered higher resistance to salt mist, ammonia and extreme weather conditions.
MULTI-BUS BAR TECHNOLOGY
Improving Efficiency
REA Power introduced advanced 12-wire multi-busbar technology. This next-generation cell design improved electrical conductivity, reduced resistance losses and enhanced overall panel efficiency, reliability and long-term performance.
FIRST AC COUPLED BATTERY
REA + Tesla Battery
Following the release of the Tesla Powerwall 2 in Australia, REA Power became one of the early installers of residential battery storage systems. The experience gained through deploying advanced energy storage technology across Australian homes helped drive the development of REA’s own next-generation battery platform.
DOUBLE SIDED SOLAR TECHNOLOGY
Generating more energy
We introduced the first bifacial solar modules to the Australian market, enabling solar panels to generate energy from both the front and rear sides of the module. This breakthrough technology increased system efficiency and helped maximise solar performance.
REMOTE OFF GRID TO LFP TECHNOLOGY
Transition in Battery Tech
REA Power completed one of the early transitions from traditional lead-acid battery storage to advanced LFP (Lithium Iron Phosphate) technology on Fraser Island, helping modernise remote off-grid energy systems with safer, longer-lasting and significantly more efficient battery storage.
FUSION HJT CELL ADVANCEMENT
Next Gen Solar Panel
REA Power launched FusionCell™ solar technology, combining advanced HJT cell architecture with next-generation engineering. The technology improves energy generation, temperature performance and durability.
NEXT GENERATION OF SAFE ENERGY STORAGE
POWERBANK
Developed to redefine battery storage through safer low-voltage architecture, modular design with intelligent energy management and high-performance battery technology.
THE BENCHMARK IN SOLAR TECHNOLOGY
FUSION X Solar Panel
Fusion X™ back contact solar technology was developed to maximise energy production from limited roof space while delivering exceptional safety, performance and long-term reliability. By relocating electrical contacts to the rear of the cell, Fusion X™ achieves higher efficiency, improved aesthetics and advanced energy performance engineered for the next generation of Australian solar systems.
POWERBANK X DEVELOPMENT
Advanced DAB Topology
Built from advanced microinverter technology and powered by intelligent software-defined architecture, the next-generation POWERBANK™ introduces ultra-fast energy response, simplified single-stage power conversion and dramatically reduced component complexity for greater efficiency, reliability and long-term performance.
NEXT-GEN MICRO INVERTER TECHNOLOGY
Integrated Solution
Built on the same software-defined architecture as POWERBANK X, our next-generation microinverter delivers 600W output and fastest energy response. Featuring advanced semiconductor control, intelligent ASIC technology and simplified single-stage power conversion.
PARTNERSTWO UNIWERSYTETU CQU
Moduły słoneczne REA POWER zostały przetestowane pod kątem przekraczania norm IEC.
Projekt CQU Research porównuje najwyżej oceniane na świecie moduły słoneczne.
Często zadawane pytania
Dowiedz się więcej o rozwiązaniach REA POWER i Enphase Solar Solutions
Skąd mam wiedzieć, że moje panele słoneczne działają prawidłowo?
Wszystkie moduły fotowoltaiczne REA POWER są wyposażone w indywidualny moduł śledzenia maksymalnego punktu mocy zintegrowany z mikroinwerterem, który zapewnia monitorowanie wydajności, konserwację i raportowanie zarówno na poziomie instalatora, jak i panelu właściciela domu. Jeśli wystąpi problem z panelem, instalator zostanie automatycznie powiadomiony o konieczności jego rozwiązania.
Czy moduły REA Solar mogą być stosowane w zastosowaniach mieszkaniowych i komercyjnych?
Tak, moduł został zaprojektowany w celu zapewnienia większej mocy z mniejszej przestrzeni przy użyciu najinteligentniejszej, najbezpieczniejszej i najskuteczniejszej technologii słonecznej na świecie. Posiada klasę ogniową A do stosowania w wrażliwych zastosowaniach.
What makes the REA POWERBANK™ different from other home batteries?
POWERBANK™ was engineered using advanced software-defined power electronics, intelligent semiconductor control and simplified single-stage energy conversion technology. This enables faster energy response, fewer components, reduced heat generation and exceptional long-term reliability compared to conventional battery systems.
Does POWERBANK™ use advanced DAB power architecture?
Yes. POWERBANK™ utilises advanced Dual Active Bridge (DAB) power conversion technology commonly used in next-generation energy systems, EV charging infrastructure and high-performance electronics. DAB architecture enables ultra-fast bidirectional energy flow, high efficiency and exceptional system reliability. https://passive-components.eu/dual-active-bridge-dab-topology-explained/
Why does POWERBANK™ use fewer electronic components?
Traditional battery and inverter systems can contain thousands of electronic components that generate heat and increase failure risk over time. POWERBANK™ uses an advanced simplified architecture with dramatically fewer components, helping improve reliability, efficiency and system lifespan.
What are the benefits of single-stage power conversion?
Unlike conventional multi-stage battery systems, POWERBANK™ uses advanced single-stage DC-to-AC conversion technology to reduce energy loss, improve efficiency and minimise heat generation. This allows faster system response and improved long-term performance.
What battery chemistry does POWERBANK™ use?
POWERBANK™ uses advanced Lithium Iron Phosphate (LFP) battery chemistry, widely recognised as one of the safest and most stable battery technologies available for residential and commercial energy storage.
Why does POWERBANK™ respond faster than traditional battery systems?
POWERBANK™ uses intelligent ASIC semiconductor control and advanced DAB topology to deliver ultra-fast bidirectional energy transfer. This enables quicker charging, faster discharge response and improved optimisation for energy trading and backup power applications.
Is POWERBANK™ based on microinverter technology?
Yes. The POWERBANK™ platform was developed using advanced microinverter-inspired power electronics architecture, enabling faster energy response, intelligent software control and highly efficient distributed energy conversion.
What is ParallelProtect™ architecture?
ParallelProtect™ is REA Power’s advanced distributed low-voltage energy architecture that improves system safety, reliability and panel-level performance while reducing risks associated with traditional high-voltage DC solar systems.
Is POWERBANK™ suitable for Australian conditions?
Yes. POWERBANK™ is engineered for Australian environments with advanced thermal performance, intelligent cooling architecture and high-temperature battery chemistry designed to deliver reliable operation in demanding conditions.
What is SafeCell™ technology?
SafeCell™ is REA Power’s advanced low-voltage battery protection technology designed to improve safety, reliability and long-term battery performance. Combined with ParallelProtect™ architecture, SafeCell™ helps eliminate dangerous high-voltage DC risks commonly found in traditional energy storage systems.
How does POWERBANK™ improve energy trading performance?
POWERBANK™ features a high C-rate design with ultra-fast charging and discharging capability, allowing rapid response to Australia’s 5-minute energy spot market. This enables smarter energy trading, improved solar self-consumption and greater energy savings potential.
Why is eliminating electrolytic capacitors important?
Electrolytic capacitors are one of the most common failure points in traditional inverter and battery systems due to heat and ageing. POWERBANK™ uses advanced semiconductor control and intelligent software architecture to reduce reliance on these components, improving reliability and long-term durability.
Jak długa jest gwarancja?
Wszystkie moduły fotowoltaiczne REA POWER objęte są 25-letnią gwarancją na produkt i 30-letnią gwarancją na wydajność. Obejmuje to zintegrowany mikroinwerter Enphase zapewniający spokój ducha przez cały okres użytkowania systemu.
Kto zajmuje się roszczeniami gwarancyjnymi?
Wyznaczony partner REA Power, który zainstalował Twój system, oceni wszelkie roszczenia i wypełni formularz RMA dotyczący wymiany sprzętu. Jeśli nie będziesz w stanie skontaktować się z oryginalnym instalatorem, możesz zarejestrować swój system bezpośrednio w REA, a my dokonamy wymiany gwarancyjnej bezpośrednio, aby zapewnić, że wszelkie przestoje systemu zostaną ograniczone do minimum.
Partnerzy w centrum uwagi
Informacja
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