Growatt NEXA 2000 All-in-One Balcony Solar Storage System 8192Wh
SPECIFICATIONS
Growatt NEXA 2000 All-in-One Balcony Solar Storage System is designed for homes, apartments, balconies, terraces, garages, and small solar setups where high-capacity solar energy storage is needed in one compact system.
This configuration combines the Growatt NEXA 2000 storage system with expansion batteries for up to 8192Wh of storage capacity. It helps store solar energy during the day and use it later when household energy demand is higher.
Key benefits:
All-in-one balcony solar storage system for home energy use
8192Wh battery storage capacity for extended household energy support
Up to 2600W solar input with 4 independent MPPT channels
800W grid-connected AC output
800W off-grid emergency power output
LiFePO4 battery technology for long-term use
Plug & Play design for easier setup
WiFi and Bluetooth support for smart monitoring
IP66 protection for outdoor-friendly installation
Use cases:
This system is suitable for households that want to store more solar energy from balcony or small PV systems and use it later in the evening or during periods of higher electricity demand.
It can be used for apartments with balconies, private houses, garages, terraces, garden houses, and compact backup energy setups where a higher-capacity solar storage solution is preferred.
EU compatibility:
The system is designed for European balcony solar storage use and includes a Schuko AC cable according to the product image. Installation and compatibility should always be checked according to local regulations, household wiring, balcony power plant limits, and the selected solar setup.
Trust & durability:
Growatt NEXA 2000 uses LiFePO4 battery technology, IP66-rated protection, smart app monitoring, and supports operation in a wide temperature range. The system is designed for long-term solar energy storage and everyday household energy support.
Important note:
The 0% VAT condition depends on local legal requirements and buyer eligibility. Actual energy savings depend on sunlight, installation angle, shading, electricity prices, household consumption, and local grid rules.
