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ESThe Zendure SolarFlow 3000 Mix AC+ combines a compact design, intelligent energy management, and powerful backup capabilities in a flexible AC energy storage system. With up to 3 kW of plug-and-play power, the system is ideal for smaller homes, existing PV systems, and flexible applications such as mobile power supplies or compact emergency power solutions. Its high efficiency, long-lasting LiFePO₄ technology, and easy installation make the system particularly attractive for users who want a straightforward entry into the world of modern energy storage.
Compact AC home storage system for flexible energy supply
Increased self-consumption and reliable backup energy in everyday life
The Zendure SolarFlow 3000 Mix AC+ was specifically designed for households that want to use their solar power more efficiently while also integrating a reliable backup solution. Its high round-trip efficiency of 90% ensures that more usable energy remains in the system. At the same time, its plug-and-play architecture allows for particularly easy installation and flexible usage options.
Flexible communication interfaces
LAN and RS485 ports enable more stable communication and integration into more complex home energy systems with Smart CT or PowerHub.
Long service life for long-term use
With up to 10.000 charging cycles and an expected lifespan of up to 15 years, the Zendure SolarFlow 3000 Mix AC+ was designed for daily long-term use.
Question & Answer Zendure SolarFlow 3000 Mix AC+
Q&A about the Zendure SolarFlow 3000 Mix AC+
Who is the Zendure SolarFlow 3000 Mix AC+ suitable for?
The Zendure SolarFlow 3000 Mix AC+ is particularly suitable for smaller households, apartments, single-family homes with existing PV systems, and users who want to retrofit a compact AC storage solution. Thanks to its AC-coupled architecture, the system can be integrated into many existing solar installations without necessarily having to replace the existing PV inverter.
What storage capacity does the Zendure SolarFlow 3000 Mix AC+ offer?
The Zendure SolarFlow 3000 Mix AC+ has a battery capacity of 8038,4 Wh, or approximately 8 kWh. This provides sufficient capacity to store excess solar energy and supply typical household appliances with self-generated energy for extended periods.
What AC power output does the Zendure SolarFlow 3000 Mix AC+ support?
The Zendure SolarFlow 3000 Mix AC+ supports 800 W AC input/output power as standard when connected to the grid. In Premium mode, up to 3000 W is possible, provided the installation complies with local regulations and is professionally executed. The off-grid AC connection supports up to 3680 VA.
Can the Zendure SolarFlow 3000 Mix AC+ be used during a power outage?
Yes, the Zendure SolarFlow 3000 Mix AC+ features an off-grid AC outlet for essential appliances. This outlet can provide up to 3680 W of continuous power and up to 7200 W of peak power for short periods. This makes the system suitable as a compact emergency power solution for selected devices such as refrigerators, routers, lighting, or other essential appliances.
Is the Zendure SolarFlow 3000 Mix AC+ compatible with existing PV systems?
What type of battery does the Zendure SolarFlow 3000 Mix AC+ use?
The Zendure SolarFlow 3000 Mix AC+ uses a LiFePO₄ battery with a nominal capacity of 314 Ah and a nominal voltage of 25,6 V DC. This battery technology is designed for high safety, stable performance, and a long service life. The maximum charging and discharging power is 4000 W.
Is the system suitable for outdoor use?
Yes, the Zendure SolarFlow 3000 Mix AC+ has an IP65 rating, meaning it is protected against dust and water jets. Additionally, the system operates within a wide temperature range of -20°C to 55°C. However, for consistently stable performance, it should be installed in a shaded, well-ventilated location, protected from direct sunlight.
How is the Zendure SolarFlow 3000 Mix AC+ installed and connected?
The Zendure SolarFlow 3000 Mix AC+ can be installed in a grid-connected configuration and supports both connection via a wall socket and higher-power installations via a dedicated circuit. For higher power outputs up to 3000 W, professional installation with a suitable circuit, circuit breaker, and sufficient conductor cross-section is required. LAN and RS485 interfaces are also available for stable communication and precise energy management.
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