The AB2000 works in conjunction with the Hub1200, forming a 1960Wh SolarFlow system. And the Hub can automatically adjust the charging and discharging of the AB2000 based on the user settings in the App.

When solar output is more than your household demand, the Hub stores the surplus electricity in the AB2000.

When solar output is less than your household demand, the Hub makes the AB2000 to discharge, supplying power to your home along with the photovoltaic power.

When there is no solar input at night, the AB2000 supplies power to your home.

When the battery is full, solar input more than 20W, and actual output to the home ≥30W, the system will automatically change into bypass mode and AB2000 will then stop charging and discharging.

Each PVHub can support up to four AB2000 batteries, expanding the maximum capacity to 7680Wh.

The AB2000 uses automotive-grade lithium iron phosphate batteries. It has a cycle life of 6000 times and can remain 70% capacity after that.

Charging temperature: -20℃ to 55℃.

Discharging temperature: -20℃ to 60℃.

Exactly! Zendure's AB1000 battery can stack perfectly with the AB2000 battery.
However, it's important to note that the stack can only contain up to four batteries in any combination.

Firstly, cancel all SOC limits and use up the remaining capacity of each battery;

Secondly, charge all AB2000s to 100%;

Finally, use up all the power of AB2000s again, then recharge AB2000 and reset the SOC limits.

In order to prevent the product from repeatedly activating the self-heating function, on the first heating of the same day the battery temperature will be heated up to 8 degrees before switch to the normal mode, so the battery recovery charging temperature of AB2000 is 0 to 8℃.

3,000+ cycles for SuperBase V6400 with semi-solid state batteries and 6,000+ cycles for SuperBase V4600 with LiFePO4 batteries.

The SuperBase V has a load starting capability of up to 25 - 32 A LRA³. (The starting capability may vary for different loads)

SuperBase V6400 uses semi-solid state batteries with a total charge capacity of 6,438Wh, while SuperBase V4600 uses LFP (LiFePO4) batteries and has a charge capacity of 4,608Wh.

The LFP and SSS versions of SuperBase V both have 3,800W rated power and 5,000W peak power. Two SuperBase V's with the same type of battery can be connected to each other with our ZenY cable or the Home Panel to achieve up to 7,600W of total output power.

Yes, two SuperBase V's can be connected together using either our Home Panel or the ZenY cable, doubling the rated output power to 7,600W.

No, a SuperBase V system should be configured with only semi-solid-state components or only LFP components.

The semi-solid-state version has a capacity of 6,438Wh, and the LFP version has a capacity of 4,608Wh.

SuperBase V can collect up to 3,000W through the XT-90 port.

SuperBase V can accept solar power through the XT90 port or the AC input.

SuperBase V has one MPPT to accept solar power through the XT90 port. We are currently evaluating new products that will include 2 MPPT inputs and 2 MPPT outputs.

The US model of SuperBase V can switch to battery power with 0ms of downtime to its AC output port. Other models and other connections will see less than 13ms of interruption.

For each SuperBase V, you can link up to 4 Satellite Batteries. A system can include up to two SuperBase V's working in tandem, with a maximum of 8 Satellite Batteries total.

Satellite Batteries can directly stack on each other without cable. To connect a Satellite battery to SuperBase V, the included battery cable is the only connection required.

Our Satellite batteries are an excellent companion to SuperBase V to increase your system's capacity, but they also have their own independent DC input and output capabilities that allow them to function as standalone units as well. Similarly, while the Moon is Earth's companion as a natural satellite, it can shine independently and has its own charm.

Yes, the system can respond to commands given through a paired Amazon Alexa or Google Home device.

Yes, SuperBase V can be charged by third-party solar panels with voltage ranging from 12V to 150V; Zendure's 400W Solar Panel and 320W Rigid Solar Panel have been thoroughly tested with SuperBase V and remain our recommendation.

14-50 plug for Type 1 (J1772) connector with 5-15 plug and 6-20 plug adaptor cables; CEE 32 plug for Type 2 (Mennekes) with EU plug, UK plug and AU plug adatpor cables.

Using the EV T1 Adapter, you can charge SuperBase V via a Type 1 EV charger. It's also a convenient way for European Standard vehicles to charge from devices that have an American Standard charging connector.

Like traditional smart plugs, the Satellite Plug can be used to remotely turn devices on or off. Together with the Home Panel system, our Satellite Plugs achieve their true potential, providing insight and tools to manage your home's power.

Yes. The XT-90 interface of SBV is 12-60VDC, 25A, 15,00W Max; the XT-90 interface of satellite battery pack is 12-60VDC, 10A, 600W Max.

To power on the SBV/satellite battery pack, you need to connect to the App, and set up on the App to turn on the parallel port output to supply power to the PVHub Mini.