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 €
/

  • 8kWh Capacity
  • Up to 3kW Plug-and-Play AC Power
  • Designed for Existing Solar Systems and Easy AC-Side Storage Setup
  • 90% RTE
  • 10,000 Cycles at 70% EOL SOH, 15-Year Lifespan, 10-Year Guarantee

📦 Ships in 90 days. Limited to 500 units.

 

Find the Right Mix for Your Annual Consumption

Single

SolarFlow 3000 Mix AC+

Annual Consumption:

3000 kWh

Battery Capacity:

8 kWh

Estimated Savings:

€1056 (88%)

Payback Period:

2.03 years
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Couple

SolarFlow 4000 Mix AC+

Annual Consumption:

5000 kWh

Battery Capacity:

8 kWh

Estimated Savings:

€1760 (88%)

Payback Period:

2.13 years
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Family

SolarFlow 4000 Mix Pro

Annual Consumption:

7000 kWh

Battery Capacity:

8 kWh

Estimated Savings:

€2560 (91%)

Payback Period:

2.60 years
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10,000 Cycles | 15-Year Lifespan | 10-Year Warranty

Built for daily cycling. Built for the long run.

With 10,000 cycles, SolarFlow 3000 Mix AC+ is made for frequent use and long-term value. Based on two full cycles per day, it can deliver up to around 15 years of service life, with EOL SOH remaining at 70%—well beyond typical short-life systems.

90% RTE

Store more. Keep more.

A 90% round-trip efficiency means less energy lost between charging and discharging. For homes cycling daily, that translates into more usable power and stronger savings over time.

* 95% panel-side charging efficiency × 95% panel-side discharging efficiency ≈ 90.25%. Tested in Zendure labs. Final interpretation rights belong to the laboratory. Actual RTE may vary due to cable connections, temperature, humidity, and other environmental factors.

100% Compatible with Rooftop PV Inverters

Keep your inverter. Add storage with less hassle.

SolarFlow 3000 Mix AC+ works with rooftop PV inverter systems already on the market, making it ideal for homes that already have solar and want to add storage later. Keep the existing inverter and much of the original cabling for a faster, cleaner, and more cost-efficient upgrade.

Plug-and-Play

Strong output, with useful headroom left.

SolarFlow 3000 Mix AC+ delivers up to 3000W in plug-and-play mode—enough for more everyday home loads, while still leaving practical spare capacity on a standard 3680W household circuit. That means more room for smaller devices and less pressure on the line.

3680W Off-Grid Output | 7.2kW Peak | 10ms UPS
Stay powered through the outage—day or night.
At night, it keeps essential loads running through stable off-grid output, while 7.2kW peak power helps handle startup-heavy appliances. During daytime outages, connected solar can keep charging the system, turning backup power into a more complete off-grid capability.



Solar keeps working even when the grid goes down.
An outage does not have to stop the energy loop.
In matching setups, connected solar can keep charging the battery and supporting off-grid loads even after the public grid goes down, helping maintain a closed-loop energy flow during daytime outages.

8kWh Single-Unit Capacity

Ample power in one unit.

With an 8kWh capacity per unit, it already approaches the baseline daily electricity demand for many households.
Household
Small Business
Outdoor

Plug-In | Hardwired | LAN / RS485 | Solar Integration

Easy to start. Easier to upgrade.

Starting with plug-and-play and expanding to hardwiring, wired communication, and PV integration—SolarFlow 4000 Mix AC+ allows you to upgrade step-by-step according to your needs. Start today with a low entry barrier, and smoothly expand into a more complete energy system in the future.

1. Connect AC to the Grid
Plug in or hardwire to connect.

2. Connect Communication
Connect LAN / RS485 for stable communication.

IP65 Dust and Water Protection
Ready for weather. Ready for real-world use.
IP65 protection helps resist dust and water exposure, making the system better suited for outdoor, semi-outdoor, and job-site environments.

-20°C to 55°C Wide-Temperature Operation
Built for the cold. Ready for the heat.
From freezing winters to hot environments, the system stays deployable across a wider temperature range, so backup and off-grid power remain ready in more real-world conditions.

25dB Quiet Operation
Quiet enough to feel at home.
Low operating noise makes it a better fit for homes, garages, cabins, and overnight backup situations where silence matters.

*25 dB measured at 1 m in a quiet laboratory environment at 25°C, with the device operating at half-load (2,000 W). The noise level is approximately 40 dB at full power.

Metal Housing
Stronger outside. Tougher in use.
A robust metal enclosure helps the system handle transport, impact, and tougher working environments with greater confidence.

ZenGuard Battery Safety Protection System

Dual BMS Architecture

Dual-layer monitoring for earlier awareness.

Une surveillance plus complète aide à suivre l’état de la batterie de plus près et à identifier plus tôt les anomalies potentielles.

Intelligent Battery Self-Maintenance

Less effort. Better battery health.

Smart maintenance strategies help protect battery health over time and support more reliable long-term performance.

Condensed Aerosol Fire Suppression System

Active protection for extreme situations.

In the event of a serious abnormal condition, it adds an extra layer of active protection.

HEMS 2.0

Smarter solar. Smarter storage. Smarter savings.

HEMS 2.0 automatically coordinates when to charge, when to discharge, and when to reduce grid reliance based on solar generation, home loads, electricity prices, and battery status. Less manual work, with more intelligent energy use.

Learn More >>

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User manual

SolarFlow 3000 Mix AC+

FAQ

Installation & Connection
Solar & Generation
Battery & Charging/Discharging
Smart Control & Grid Integration
Seasonal Maintenance
Others

Installation & Connection

What installation methods does SolarFlow 3000 Mix AC+ support?

The SolarFlow 3000 Mix AC+ follows the same AC-coupled rooftop storage logicand is designed for homes with an existing rooftop PV inverter system. The final installation methods and output levels will be confirmed in the product’s official specifications.

What is the maximum on-grid output power for plug-and-play and hardwired installation?

The exact on-grid output specifications of the SolarFlow 3000 Mix AC+ will be announced in the final product specifications.

What is the LAN port used for?

Where equipped, the LAN port connects the unit to a home router or switch to help reduce communication latency and improve network stability. The overall Mix platform is designed to support a stronger local communication foundation.

Solar & Generation

What is the 485 communication port used for?

Where equipped, the 485 communication port is used for wired communication with devices such as Smart CT and PowerHub, helping improve coordination in more advanced home energy systems.

What are the isolator switches on the unit used for?

The isolator switches are used to manually disconnect key modules during installation, wiring, and maintenance for improved safety. The final hardware configuration will be confirmed in the official product specifications.

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

The recommended handling method is similar to other large storage systems: check the casters/support feet before moving, push the unit from the side, use at least 2–3 adults if lifting is required, and secure the unit properly once it is in place.

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

As an AC+ model, it is designed around AC-coupled rooftop solar energy storage, rather than 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 of the SolarFlow 3000 Mix AC+ is 3,680 W. It is designed to provide direct backup power for connected critical loads.

Can the off-grid output be enabled manually without Internet access or the app?

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

Battery & Charging/Discharging

Does the SolarFlow 3000 Mix AC+ support add-on battery expansion?

Not supported.

What is the maximum battery charging power?

4000 W

What is the battery cycle life, and under what test conditions?

Under test conditions of 0.5C charge/discharge rate and 70% SOH (State of Health), the battery cells can achieve up to 10,000 charge-discharge cycles.

What is the battery operating temperature range?

The battery charge temperature range is 0°C to 55°C, and the discharge temperature range is -20°C to 55°C.

Smart Control & Grid Integration

How do I install the SolarFlow 3000 Mix AC+ for grid-tied operation?
  1. Use the AC power cable supplied with the device to connect it to a Schuko power outlet.
  2. Ensure that the connected circuit is operating properly and complies with local grid connection requirements.
  3. Open the app and follow the on-screen instructions to connect and activate the device.
  4. Once activation is complete, the device will enter grid-tied operating mode.
Can a single SolarFlow 3000 Mix AC+ unit provide whole-home backup power?

No. A single unit cannot provide full whole-home backup by itself. Whole-home backup requires a broader system architecture, such as an integration based on PowerHub.

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

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

Does the on-grid output need to comply with local regulations?

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

Seasonal Maintenance

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

For long-term storage, discharge the battery to 30%, and then recharge it to 60% every 3 months. If the battery has dropped below 1% after use, recharge it to 60% before storage to avoid irreversible damage caused by prolonged low battery level.

What are the recommended installation conditions for daily use?

It is recommended to install the unit 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 covered by stable Wi-Fi.

Leave at least 5 cm of clearance behind the unit for heat dissipation, and at least 15 cm of unobstructed space around the antenna side.

What is the correct shutdown/disconnection sequence if the unit needs to be removed or taken out of service?

The recommended sequence is:

  • disconnect the AC power cable,
  • power off the unit,
  • and finally remove the PE grounding cable.

Full service or removal should be performed by qualified personnel.

What else should users pay attention to during regular maintenance?

Do not plug or unplug cables or touch wiring terminals while the unit is operating. After power-off, wait at least 10 minutes before maintenance so internal capacitors can fully discharge. For cleaning, use only a dry cloth and avoid corrosive chemicals or detergents.

Others

What is the noise level of the device?

Under 25°C quiet-lab conditions, the noise level is approx. 25 dB when measured at 1 m distance with the unit running at 2,000W half load. At full power, the noise level is approx. 43 dB. Actual noise may vary depending on ambient temperature, operating power, and installation conditions.