[Cyber Monday!]SolarFlow

SolarFlow and micro-inverter constitute a small grid-connected PV energy storage system, which aims to help users save electricity bills. This product cannot be used during power outages.

Model:ZDSPV1200Weight：≈ 10.4lbs /4.7kgDimensions：14.3×9.7×2.5 in / 363×246×64mm

Model:ZDAB1000Weight：≈25.4 lbs/11.5kgDimensions：13.8*7.9*7.3 in/350×200×186.5mm

Solar Panel + SolarFlow + Microinverter

You have installed balcony PV or want to install it, and most of the solar power generation is wasted, you can buy SolarFlow to store electricity for use at night to have a greater extent to reduce electricity bills

Step1: you need to know the local regulations, what is the maximum power allowed to the household socket. Nowadays Most are 600W or 800W

Step2: recommendation is 1.1 -1.3 times of MPPT rating, 880W-1000W

Step3: Calculate your daily basic power consumption during the day

Step4: Calculate battery capacity,except for the basic consumption during the day, the rest will be stored in the battery, estimate the battery capacity based on your local lighting time and intensity.

For example:Your basic consumption is 200W,lighting time is 8 hours,MPPT can four power input (800W),the battery you need is 2000KWh (0.8KWh*5-0.2KWh*8).

The solar panels, working rate voltage range is 16-60V and the current is below 13A, can be used.

You can set the output for the micro-inverter via the Zendure App, and the rest will be automatically stored in the battery AB1000.

When the PV input is greater than the output to micro-inverter, the battery AB1000 will be charged, and when the PV input is less than the output to micro-inverter, the battery will be discharged.

Set the output to the micro-inverter through Zendure App, the range is 100-1200W.

Yes, SolarFlow will first output to micro-inverter, then the rest will be stored in the battery.

One AB1000 is 960Wh, SolarFlow Max extend up to 4 x AB1000, 3840Wh in total.

48V

It is recommended that you as much as possible store in the battery during the day except for basic power consumption:

1.Calculated the device consumption you always run during the day or 24 hours a day,such as refrigerators, routers and standby devices.

2.Go to the meter box right before you go to bed, write down your current meter reading and the time. As soon as you get up, you write down the meter reading and the time. You can calculate your base load from consumption and elapsed time.

3.You can use a measuring socket that you plug between the socket and the power consumer. To calculate the base load, you could collect the wattage consumed from all the devices that are constantly running (including standby) and add up the values.

Currently AB1000 is not cross-compatible with SBV.

FCC、CA65、CE、Rosh、Raech、TUV Mark & TUV CE

1.You need to set a power （range 100-1200W） to microinverter on Zendure App.

Note: It is recommended that the power you set for the microinverter is your basic power consumption.

2.SolarFlow will automatically determine the flow of energy according to the power given to the microinverter. When the PV input is greater than the output to micro-inverter, the battery AB1000 will be charged, and when the PV input is less than the output to micro-inverter, the battery will be discharged Powering the household consumption with PV together.

The PV hub and battery unit will be shipped separately. If you buy the 1 kWh kit, you will receive 2 packages.

If you buy the 2 kWh kit, you will receive 3 packages.

If you buy the 3 kWh kit, you will receive 4 packages.

If you buy the 4 kWh kit, you will receive 5 packages.

These can be delivered simultaneously or individually. If you have not received all packages within one week, please contact us.

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.