Home Energy Storage

Description

Dali‘s rack mounted home energy storage is an intelligent energy storage device designed with a modular design, supporting the parallel expansion of multiple battery packs for easy capacity enhancement. It is compatible with various power sources, including AC power, solar panels, and diesel generators, fully integrating mainstream photovoltaic inverters, and supports both off-grid and grid-tied modes. With standardized interfaces, this rack mounted home energy storage device is easier to install and maintain.

With the advancement of technology, Dali’s rack mounted home energy storage has become more intelligent. It features a built-in Battery Management System (BMS) that easily achieves charge and discharge protection, temperature monitoring, and can intelligently match different power consumption plans based on user habits, thereby saving electricity costs and enabling more planned and rational electricity usage.

In terms of safety, Dali’s rack mounted home energy storage utilizes high-density, highly reliable LiFePO4 batteries, boasting a cycle life of over 6000 times, maintaining outstanding stability and durability in both high and low-temperature environments. This rack mounted home energy storage device also has an IP65 protection rating for waterproofing, ensuring greater safety and usability during operation.

Additionally, Dali has thoughtfully developed a dedicated remote control app for users, allowing them to monitor and control the rack mounted home energy storage system’s generation, usage, and storage status remotely at any time and from any location. The app supports peak and off-peak electricity pricing strategies, enabling users to set charging and discharging statuses based on varying electricity rates.

Functions of Rack Mounted Home Energy Storage

• Photovoltaic Integration: Stores surplus solar energy during the day for use at night or on cloudy days.

• Emergency Backup Power: Automatically switches to backup power during grid outages, ensuring key loads (such as refrigerators and lighting) continue to operate.

• Electricity Cost Optimization: Reduces electricity costs by leveraging price differentials during peak and off-peak hours (suitable for time-of-use pricing areas).

• Off-Grid Living: Achieves energy self-sufficiency in areas without grid access by pairing with photovoltaic systems.

Specifications