We are pleased to announce the successful commissioning of a stackable energy storage system featuring a 10kW SolarEast hybrid inverter paired with a 20kWh SolarEast Battery Energy Storage System stackable battery storage solution for a private residence in Bavaria, Germany.

The homeowner sought a comprehensive energy solution with three core objectives:

Energy autonomy

Cost efficiency

System resilience

With Germany experiencing substantial electricity price volatility—and a national mandate for 100% renewable electricity by 2038, the client required a system capable of:

Maximizing solar self-consumption

Providing reliable backup power during grid outages

Performing reliably in Alpine temperatures ranging from -20°C to 35°C

Technical Solution Design

The installed system is built on a smart energy management architecture:

The 10kW SolarEast hybrid inverter functions as the system's control hub, managing energy flows between a 12kW PV array, the stackable battery modules, and the grid. It operates with 98% conversion efficiency.

The 20 kWh SolarEast Battery Energy Storage System is composed of four 5kWh stackable LiFePO₄ modules, providing a compact and modular design.

Key Technical Advantages:

Seamless switch between grid-tied and off-grid operation

Intelligent Battery Management System (BMS) maintains optimal battery temperature

Expandable architecture supporting upgrades to 160 kWh capacity

The system operates in three modes:

Solar Priority Mode – prioritizes real-time solar consumption

Storage Optimization Mode – enables time-of-use arbitrage

Emergency Backup Mode – automatically switches to off-grid during power outages

SolarEast Battery Energy Storage System Technology Advantages

1. Climate-Adapted Design

Proprietary thermal management ensures stable performance across Austria's extreme climate conditions without added energy overhead.

2. Long-Term Value

SolarEast's LiFePO₄ battery chemistry guarantees:

6,500+ cycles @ 80% DoD

Over 15 years of service life with minimal performance degradation

Conclusion & Recommendations

This Bavaria project demonstrates a replicable model for residential energy independence in mountainous regions. For homeowners considering similar systems, SolarEast Battery Energy Storage System recommends:

Selecting components based on space and load requirements

Investigating local subsidies and incentives

Designing with future scalability in mind

SolarEast Battery Energy Storage System is committed to delivering customized, modular, and scalable stackable energy storage solutions tailored to your unique needs.