SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+

SolarFlow 3000 Mix AC+

€1.999,00 Excl. Bebat-bijdrage
€2.283,30 -€-2.283,30
/
Tax included. Shipping calculated at checkout.
The prices and taxes listed are for individual customers only.
For business purchases, please contact us.
  • 8 kWh capacity
  • Up to 3 kW plug-and-play AC power
  • Designed for existing solar power systems and a
  • simpler AC-side storage setup
  • 90% RTE
  • 10,000 cycles at 70% EOL SOH, 15 years design life, 10 years warranty

Available from November. Stay informed! 🚀

Model

Samen kopen – verrassend voordelig!

Zendure Smart Meter P1€29,99 €99,99 €70,00 OFF
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SolarFlow 3000 Mix AC+

Mix is the real deal.



Find the right Mix solution for your annual consumption

Living alone

SolarFlow 3000 Mixed AC+

Annual electricity consumption:

3000 kWh

Battery capacity:

8 kWh

Estimated savings:

€664 (89%)

Payback period:

4.67 year
Pair

SolarFlow 4000 Mix AC+

Annual power consumption:

5000 kWh

Battery capacity:

8 kWh

Estimated savings:

€1,107 (89%)

Payback period:

3.77 year
Family

SolarFlow 4000 Mix Pro

Annual power consumption:

7000 kWh

Battery capacity:

8 kWh

Estimated savings:

€1,588 (91%)

Payback period:

3.60 year

10,000 cycles | 15-year lifespan | 10-year warranty

Built for daily use. Made for the long haul.

With 10,000 cycles, SolarFlow 3000 Mix AC+ is designed for intensive use and long-term value. Based on 2 full charge and discharge cycles per day, the lifespan can reach approximately 15 years. Even at the end of its service life, the battery can still maintain an EOL SOH of 70%.

90% RTE

Save more. Keep more.

A round-trip efficiency of 90% means less loss between charging and discharging, and therefore more usable energy at home. For households that use their home battery daily, this means higher self-consumption and greater long-term savings.

* 95% charging efficiency on the panel side × 95% discharging efficiency on the panel side ≈ 90.25%. Tested in the Zendure lab. The final interpretation rests with the laboratory. The actual RTE may be lower due to cabling, temperature, humidity, and other environmental factors.

100% compatible with PV inverters for rooftop installations

Keep your existing inverter. Add a home battery more easily.

SolarFlow 3000 Mix AC+ works with standard PV inverters for rooftop installations, making it particularly suitable for households that already have solar panels and want to add a home battery later. The existing inverter and a large part of the original wiring can be retained, allowing for a faster, neater, and more cost-efficient upgrade.

Plug-and-play

High capacity, with useful remaining space on the circuit.

SolarFlow 3000 Mix AC+ delivers up to 3 kW of plug-and-play AC power. This is powerful enough for most daily household appliances, without almost fully loading a standard 3680 W household circuit. This leaves practical room for smaller devices and fluctuations in consumption.

3680 W off-grid output | 7.2 kW peak power | 10 ms UPS
In the event of a power outage, the power keeps running, both day and night.
At night, the system can continue to power essential devices via the off-grid output. For devices with a high inrush current, the 7.2 kW peak power offers extra margin. If the grid fails during the day, connected solar energy can continue to charge the system. This allows emergency power to grow into a much more complete off-grid solution.

Solar energy keeps working, even if the grid goes down.
A power outage does not have to stop the energy loop.
In suitable configurations, connected solar panels can continue to charge the battery and power off-grid loads, even if the public grid fails during the day. This keeps the energy flow in the system active.

8 kWh capacity per unit

A single unit is already powerful enough

With a capacity of 8 kWh per unit, a single device already comes close to the daily base electricity needs of many households.

Plug | Hardwired | LAN / RS485 | Solar connection

Easy to start. Even easier to scale.

From plug-and-play home battery to hardwired, wired communication, and solar connection: SolarFlow 3000 Mix AC+ lets you scale up step by step based on your needs. A low entry point today, a flexible upgrade tomorrow.

1. Connecting AC to the home grid
Via plug or fixed wiring, depending on the setup.

2. Connecting communication
Connect LAN / RS485 for more stable communication.

IP65 dust and water resistant
Ready for weather and real-world environments.
Thanks to IP65, the system is better protected against dust and water, making it more suitable for outdoor installations, semi-open spaces, and more demanding practical situations.

Operating temperature from -20 °C to 55 °C
Built for the cold. Ready for the heat.
From cold winters to hot summer days, the system remains operational within a wide temperature range, ideal for emergency power and mobile use.

25 dB quiet operation
Quiet enough for your home.
Due to the low noise level, the system is better suited for the home, garage, garden shed, and other backup scenarios where silence is important.

*25 dB measured at a distance of 1 m in a quiet laboratory environment at 25 °C, while the device is operating at 2,000 W half load. At full power, the noise level is approx. 40 dB.

Metal housing
Stronger on the outside. More reliable in use.
The sturdy metal housing offers greater protection during transport, against impacts and in more demanding operating conditions, whether under a carport, in the garden, on-site, or on the go.

ZenGuard battery protection system

Dual BMS architecture

Dual monitoring. Early signaling.

A more extensive monitoring system helps to track the battery status more accurately and identify potential deviations sooner.

Intelligent battery self-maintenance

Fewer worries. More stable battery health.

Smart strategies help keep the battery in a healthier state in the long term.

Condensed aerosol fire extinguishing system

Extra active protection in extreme situations.

In the event of severe anomalies, the system adds an extra layer of active protection.

HEMS 2.0

Smarter management of solar energy, storage, and savings.

HEMS 2.0 automatically coordinates when to charge, discharge, and reduce grid power usage, based on solar generation, household consumption, electricity prices, and battery status. Less manual work, more smart self-consumption.

Discover more>>

Choose the Mix solution that suits you

SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+
SolarFlow 3000 Mix AC+

SolarFlow 3000 Mix AC+

  • 8 kWh capacity
  • Up to 3 kW plug-and-play AC power
  • Designed for existing solar PV systems and a
  • simpler AC-side storage setup
  • 90% RTE
  • 10,000 cycles at 70% EOL SOH, 15-year lifespan, 10-year warranty

🚚 Pre-order: shipping within 90 days. Limited availability (500 units).

€2.283,30
Learn more
SolarFlow 4000 Mix AC+
SolarFlow 4000 Mix AC+
SolarFlow 4000 Mix AC+
SolarFlow 4000 Mix AC+
SolarFlow 4000 Mix AC+
SolarFlow 4000 Mix AC+
SolarFlow 4000 Mix AC+
SolarFlow 4000 Mix AC+
SolarFlow 4000 Mix AC+
SolarFlow 4000 Mix AC+
SolarFlow 4000 Mix AC+
SolarFlow 4000 Mix AC+
SolarFlow 4000 Mix AC+
SolarFlow 4000 Mix AC+
SolarFlow 4000 Mix AC+

SolarFlow 4000 Mix AC+ 

  • 8 kWh capacity, expandable to 50 kWh
  • 4 kW bidirectional AC power
  • Input for AC-coupled PV inverter for easier
  • retrofit in existing rooftop installations
  • 90% RTE
  • 10,000 cycles at 70% EOL SOH, 15-year lifespan, 10-year warranty

🚚 Pre-order – delivery within 60 days. Only 50 units available.

€2.684,00
Learn more
SolarFlow 4000 Mix Pro
SolarFlow 4000 Mix Pro
SolarFlow 4000 Mix Pro
SolarFlow 4000 Mix Pro
SolarFlow 4000 Mix Pro
SolarFlow 4000 Mix Pro
SolarFlow 4000 Mix Pro
SolarFlow 4000 Mix Pro
SolarFlow 4000 Mix Pro
SolarFlow 4000 Mix Pro
SolarFlow 4000 Mix Pro
SolarFlow 4000 Mix Pro

SolarFlow 4000 Mix Pro

  • 8 kWh capacity, expandable up to 50 kWh
  • 4 kW bidirectional AC power
  • Up to 13 kW total solar input: 8 kW dual MPPT + 5 kW via the
  • input for an AC-coupled PV inverter
  • 90% RTE
  • 10,000 cycles at 70% EOL SOH, 15-year service life, 10-year warranty
€3.185,00
Learn more

Downloads & Manuals

📃SolarFlow 3000 Mix AC+>

Installation & Connection
Battery & Charging/Discharging
Smart Controls & Grid Connection
Seasonal maintenance
Miscellaneous

Installation & Connection

What installation methods does the SolarFlow 3000 Mix AC+ support?

The SolarFlow 3000 Mix AC+ follows the same logic for AC-coupled rooftop energy storage and is intended for homes with an existing PV inverter system on the roof. The final installation methods and power levels will be confirmed in the official product specifications.

What is the maximum grid-connected output power for plug-and-play and fixed wiring?

The exact grid-connected output power data for the SolarFlow 3000 Mix AC+ will be announced in the final product specifications.

What is the LAN port used for?

If present, the LAN port connects the device to a router or switch in the home to reduce communication latency and improve network stability. The Mix platform as a whole is designed to support a more powerful local communication basis.

What is the 485 communication port used for?

If present, the 485 communication port is utilized for wired communication with devices like Smart CT and PowerHub, ensuring better alignment in more advanced home energy systems.

What are disconnectors used for?

The disconnect switches are used to manually disconnect important modules during installation, wiring, and maintenance for added safety. The final hardware configuration is confirmed in the official product specifications.

The appliance is heavy. How should it be moved and secured safely?

The recommended practice is similar to that for large storage systems: check castors/levelling feet before moving, push the device from the side, use a minimum of 2 to 3 adults if it needs to be lifted, and secure the device properly once it is in place.

Does the SolarFlow 3000 Mix AC+ support a direct DC PV input?

As an AC+ model, it is designed for AC-coupled rooftop solar energy storage, and not for the high-voltage dual MPPT DC-PV input architecture used by the SolarFlow 4000 Mix Pro.

What is the output power of the off-grid AC port?

The exact off-grid output power data for the SolarFlow 3000 Mix AC+ will be confirmed in the final product specifications. The system is designed to provide direct backup power to connected critical loads.

Can the off-grid output be manually switched on without internet or the app?

The exact local control logic for the off-grid connection will be confirmed in the final product specifications.

Battery & Charging/Discharging

Does the SolarFlow 3000 Mix AC+ support expansion with additional batteries?

The final expansion options and battery compatibility of the SolarFlow 3000 Mix AC+ will be confirmed in the official product specifications.

What is the maximum battery capacity?

Exact details regarding the battery capacity of the SolarFlow 3000 Mix AC+ will be announced along with the final product specifications.

What is the battery's cycle life, and under what test conditions was it measured?

The definitive data on the battery cycle life of the SolarFlow 3000 Mix AC+ and the associated test conditions are confirmed in the official product specifications.

What is the battery's temperature range?

The exact temperature ranges for charging and discharging will be announced with the final product specifications.

How is the SolarFlow 3000 Mix AC+ installed for grid-tied use?

The SolarFlow 3000 Mix AC+ is designed for AC-coupled rooftop PV storage applications. The definitive grid-tied wiring method, power levels, and installation requirements are confirmed in the official installation manual and product specifications.

Smart Controls & Grid Connection

How is the SolarFlow 3000 Mix AC+ installed for grid-tied use?

The SolarFlow 3000 Mix AC+ is designed for AC-coupled rooftop PV storage applications. The definitive grid-tied wiring method, power levels, and installation requirements are confirmed in the official installation manual and product specifications.

Can a single SolarFlow 3000 Mix AC+ unit provide whole-house backup power?

No. A single unit cannot, on its own, provide a complete whole-home backup. This requires a broader system architecture, such as a PowerHub-based integration.

Why is it recommended to connect the system to a router or Smart CT?

The main benefits are lower latency, more stable communication, faster load detection, and better coordination in more complex home energy systems.

Does grid-connected output need to comply with local regulations?

Yes. As a grid-tied system, the final grid configuration must comply with all local legislation, standards, and installation requirements.

Seasonal maintenance

How should the battery be maintained during long-term storage?

For long-term storage, the battery must first be discharged to 30% and then recharged to 60% every 3 months. If the battery level has dropped below 1% after use, the battery must be recharged to 60% before storage to prevent irreversible damage due to a prolonged low battery level.

What are the recommended installation conditions for daily use?

It is recommended to install the device in a location that is: · shaded and protected from direct sunlight, · well-ventilated, · away from heat sources, standing water, and flammable or explosive materials, · and has stable Wi-Fi coverage. Leave at least 5 cm of free space at the back of the device for heat dissipation. Additionally, a minimum of 15 cm of clear, unobstructed space must be maintained on the antenna side.

What is the correct shutdown and disconnection sequence if the device needs to be removed or decommissioned?

The recommended order is: 1 Disconnect the AC power cable 2 Disconnect the PV cables 3 Turn off and disconnect the third-party PV inverter 4 Turn off the device 5 Disconnect the expansion battery 6 Finally, remove the PE grounding cable Full service or disassembly must be performed by qualified personnel.

What else should users pay attention to during regular maintenance?

Do not connect or disconnect cables or touch the terminals when the device is operating. After switching off, wait at least 10 minutes before performing maintenance to allow the internal capacitors to fully discharge. For cleaning, use only a dry cloth. Corrosive chemicals or cleaning agents must be avoided.

Miscellaneous

What is the noise level of the device?

In a quiet laboratory environment at 25°C, the noise level is approx. 25 dB, measured at 1 m distance while the device operates at 2,000 W half load. At full power, the noise level is approx. 43 dB. The actual noise level may vary depending on the ambient temperature, operating power, and installation conditions.