Save your annual electric bill
A balcony solar system will, on average, generate around 3kWh of electricity per day and the average household in Germany consumes approximately 3500 kWh annually ,which can save 438€per year(0,4€ per kWh) - almost a third (32%) of annual electricity bill.
(Source: https://ertragsdatenbank.de; https://www.bundesregierung.de)
Compatible with 99% of Balcony Power Plants
With a universal MC4 hose design, SolarFlow can be compatible with 99% of solar panels and microinverters, including popular brands like Hoymiles, DEYE, Priwatt,etc. This seamless integration saves you time and money on circuit changes ,which is not only smoothly connected to solar panels in all directions but also suitable for micro-inverters.
10-Year Warranty for LiFePO4 Battery
SolarFlow is engineered for exceptional power and durability. Our advanced technology and premium materials ensure that you can rely on SolarFlow for years to come. And with an extra 10-year warranty and professional customer support, you can have peace of mind knowing that we've got you covered.
IP65 Waterproof Protection
Stay protected as always. Safety is always our top priority. SolarFlow is designed with a particularly robust metal finish and an IP65 waterproof rating, providing complete protection against both dust and water. It can keep an ideal living environment inside.
SolarFlow simply needs self-installation with just one plug, so you can deploy and move it easily. Also it supports up to 4 battery modules connected to meet your energy needs. It can be installed by non-professionals and therefore there is no additional installation charge. All these features result in a fast, easy and cost-efficient installation, crucial for residential projects.
What is SolarFlow System?
Smart PVHub Basic Information
Weight：≈ 10.4lbs /4.7kg
Dimensions：14.3×9.7×2.5 in / 363×246×64mm
Add-on AB1000 Basic Information
What should be included to form a balcony energy storage system?
In which case you need to buy SolarFlow?
If I am a new ,how do I have to configure my balcony power storage system.
Step2:recommendation is 1.1 -1.3times 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).