Blog

1.Product Overview

D2532R-New Energy Li-Battery Module Diagnostic & Repair Instrument

It is specifically designed to solve problems such as capacity degradation and shortened cycle life of lithium batteries caused by inconsistent monomer voltages. Through charging and discharging balancing, it adjusts the voltage difference between battery cells to restore the overall performance of the battery pack, ensuring safety and service life.

2. Product features

Mode available:Continuous discharge, pulsed discharge, and balancing can be selected arbitrarily to meet different application scenarios.

Internal resistance measurement:It can measure dynamic internal resistance, providing a clear understanding of the battery's health status.

Multiple security protections:It supports reverse connection, overvoltage, overcurrent, overtemperature, short circuit and other protections, eliminating potential safety hazards.

Supports APP control:Remote control via mobile APP is available, improving efficiency.

3. Core Parameters of the Product

4.Advantages Compared with Products on the Market

5.Application scenario analysis

Lithium Battery Manufacturer After - sales Service

Scenario Description:Fault diagnosis and identification,When users report issues such as decreased battery range, inability to fully charge, or sudden power cuts, after-sales personnel need to quickly connect to a professional lithium battery balancer to accurately identify faulty cells, analyze voltage difference consistency, and achieve rapid problem localization.

Necessity: Cost reduction - With the help of the equalization repair function, battery performance can be restored at a low cost without replacing the entire battery pack, significantly reducing the manufacturer's after-sales costs and customers' maintenance expenses, and improving service efficiency and customer satisfaction.

Vehicle factory/4S shop maintenance

Scenario Description:The battery pack of an electric vehicle is composed of multiple battery cells connected in series, which is the most important and complex application area of balancing technology.

Necessity: 

Increase driving range - maximize the release of energy from each kilowatt-hour of electricity and avoid wasting the energy of the entire battery pack due to premature exhaustion of single cells.

Preserving value - Slowing down the degradation of the battery pack and extending the service life of the battery pack, which means that the vehicle is more valuable and the battery replacement cycle is longer.

Energy storage power station maintenance

Scenario Description:Used for peak load shifting in power grids, energy storage in renewable energy (solar and wind) power plants, and industrial and commercial energy storage cabinets. The battery packs in these systems are large and require 24/7 uninterrupted operation.

Necessity:

Improved economic efficiency – Large-scale battery packs require regular balancing to prevent the risk of thermal runaway. Balancing maximizes throughput per cycle and extends system service life.

Electric Ships & Aircraft

Scenario Description:Including electric yachts, ferries, drones, and eVTOLs (electric vertical take-off and landing vehicles).

Necessity: 

Ensure power output - provide instantaneous high-power discharge for takeoff and navigation, and balance to ensure that all battery cells can output synchronously to avoid insufficient power due to inconsistent voltage.

High safety requirements - On water or in the air, the consequences of battery system failure are extremely serious, and balancing is a key technology to ensure the safety of life and property.

Electric two-wheelers & power tools

Scenario Description:Electric bicycles, electric motorcycles, high-power cordless power tools (such as electric drills, lawn mowers). 

Necessity: 

Improve user experience - provide longer battery life and more stable power performance.

Reduce costs - extend the battery pack replacement cycle, saving users long-term costs.