BYD BYD-HVL-3

The Battery-box Premium HVL by BYD is a versatile and expandable energy storage solution that caters to both off-grid and emergency backup needs. Designed with cutting-edge lithium iron phosphate technology, it offers unmatched safety and efficiency. With its modular setup, users can tailor energy capacity from 12 kWh to 32 kWh seamlessly. The BYD-HVL-3 is notably compatible with leading high-voltage inverters, ensuring optimal performance.

Key Features

Modular Plug Design

The patented modular plug design of the BYD-HVL-3 allows for swift setup and eliminates the need for internal wiring, facilitating maximum flexibility and ease of use in diverse applications.

High Efficiency

This battery system ensures top-tier efficiency due to its true high-voltage series connection, maximizing energy conversion with minimal loss, even under demanding conditions.

Scalable Energy Capacity

Users can expand the system's energy storage by adding more modules, ranging from 12 kWh to 32 kWh, to meet evolving energy demands conveniently.

Cobalt-Free LFP Technology

Using cobalt-free lithium iron phosphate cells, the system guarantees enhanced safety, extended lifespan, and reliable power output, making it an environmentally conscious choice.

Comprehensive Compatibility

The BYD-HVL-3 is engineered to integrate effortlessly with major high-voltage battery inverters, broadening its application and ensuring seamless operation.

Operation Overview

The Battery-box Premium HVL operates by connecting 3 to 8 battery modules in series, creating a robust and scalable storage system. Users can easily adapt it to different power needs thanks to its flexible design.

Series Connection

Modules connect in a series, optimizing energy management and ensuring efficient power flow while enhancing the overall system performance through high voltage operation.

Automatic Efficiency

Once configured, the system provides continuous high-efficiency energy conversion, ensuring that users receive the maximum possible output from stored energy during both backup and off-grid scenarios.

Temperature Resilience

Built to withstand a broad temperature range, the system maintains functionality from 14 F to 122 F, ensuring reliability under various environmental conditions.

Technical Specifications