SR5000 Home Backup Storage for Balcony Solar Self-Consumption

SR5000 is a 5120Wh LiFePO4 home backup storage system designed for balcony solar self-consumption,
residential backup power, and distributor-led energy storage projects. It supports solar and grid charging,
app-based charge and discharge scheduling, UPS backup, and a wide operating temperature range for practical
home energy storage applications in Germany and wider European markets.

Designed for Practical Residential Energy Storage

SR5000 is positioned for households that want to make better use of balcony solar generation, reduce wasted
daytime energy, and keep essential power available when needed. For distributors, installers, and energy retailers,
it provides a clear product role: a compact home backup storage system for solar self-consumption and residential
backup discussions.

Application Scenarios

SR5000 fits buyers who are comparing balcony solar storage, home backup batteries, and compact residential
energy storage systems. It can be used in product portfolios for balcony solar users, home backup buyers,
energy retailers, installers, and regional distributors preparing storage solutions for local market demand.

5120Wh Capacity and 2400W Rated Power

With 5120Wh battery capacity and up to 2400W rated power, SR5000 is designed for residential energy storage
tasks where users need more usable power than a small portable power station can provide. It is better positioned
as a home backup storage and balcony solar battery system rather than a mobile outdoor power product.

LiFePO4 Battery for Long-Term Home Energy Use

SR5000 uses LiFePO4 battery chemistry with more than 6000 cycles and 90% depth of discharge. This makes it
suitable for repeated residential charging and discharging, especially in daily solar self-consumption scenarios
where reliability, cycle life, and safety are important purchasing factors.

App Control and Energy Scheduling

The mobile app supports charge and discharge schedules, charging power adjustment, and OTA updates. This helps
users plan charging from solar or grid power and manage energy use across different time periods. For markets
with dynamic electricity pricing, the product can be discussed for peak shaving and valley filling strategies
after confirming the final configuration and local requirements.

Multiple Interfaces for Solar, Grid, and Backup Use

SR5000 provides interfaces for solar input, AC input, on-grid output, off-grid output, and communication.
The system supports WiFi, Bluetooth, and RS485 communication, giving installers and project partners more
flexibility during product review, system planning, and after-sales service preparation.

Wide Operating Temperature Range

The built-in low-temperature heating system supports operation from -20°C to 60°C. This is important for
semi-outdoor balcony, utility room, garage, and residential backup applications where seasonal temperature
changes need to be considered during product selection.

Compact Vertical Design for Residential Placement

With dimensions of 520 × 181 × 715 mm and a weight of 59 ± 2 kg, SR5000 uses a compact vertical form factor.
The design is suitable for product planning where space efficiency, installation position, and residential
appearance all matter.

System Accessories and Configuration Review

SR5000 can be reviewed together with matching accessories such as smart meter, photovoltaic racking cable,
and solar panel options depending on the project configuration. For distributor or installer evaluation,
accessory compatibility, PV input range, connector type, and local connection requirements should be checked
before market launch.

Distributor and Installer Review Notes

For Germany-facing and Europe-ready channel discussions, distributors and installers should review not only
the product capacity and output power, but also grid connection requirements, documentation, labeling, battery
transport documents, installation responsibility, after-sales expectations, and final configuration. Ziyuan can
support qualified partners with product information, document review, sample evaluation, and cooperation discussion.

Technical Parameters

FAQ