Jackery SolarVault 3 Pro Balcony Solar Storage Kit 2520Wh with 2000W Solar Panels and Smart Meter
SPECIFICATIONS
Jackery SolarVault 3 Pro Balcony Solar Storage Kit is designed for homes, apartments, balconies, terraces, and household solar systems where solar power generation and battery storage are needed in one compact solution.
This kit combines 2000W solar panel output with Jackery SolarVault 3 Pro storage, smart meter, and connection accessories. It helps store solar energy during the day and use it later when household energy demand is higher.
Key benefits:
Complete balcony solar storage kit with solar panels, storage unit, smart meter, and connection cables
2520Wh battery storage capacity for daily household energy support
2000W total solar panel output from 4 × 500W bifacial solar modules
Up to 4000W PV input supported by the SolarVault 3 Pro system
4 MPPT channels for improved solar input management
Plug & Play design for easier setup
Smart app control for real-time energy monitoring and system management
Backup power support for essential devices during power outages
Use cases:
This balcony solar storage kit is suitable for households that want to store solar energy during the day and use it later in the evening or during periods of higher electricity demand.
It can be used for apartments with balconies, private houses, terraces, garden houses, and compact home solar setups where a balcony solar system with storage is preferred.
EU compatibility:
The system is designed for European balcony solar and home energy storage use. Installation and compatibility should always be checked according to local regulations, household wiring, balcony power plant limits, and the selected solar setup.
Trust & durability:
The kit includes bifacial full black solar modules, Jackery SolarVault 3 Pro, smart meter, and connection cables. The SolarVault 3 Pro system is designed as a modular storage solution with app control, smart energy management, and plug-and-play setup.
Important note:
Actual solar energy production and savings depend on sunlight, installation angle, shading, location, electricity price, household consumption, and local grid rules. Any savings figures should be treated as estimates, not as a guaranteed result.
