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Battery Charge Discharge Machine

A Battery Charge Discharge Machine is an essential device used to evaluate batteries' charging and discharging cycles, ensuring their efficiency and longevity.

Independent test methods: battery discharge, battery charger and battery activation. Discharge test to estimate the real capacity, intelligent charge the battery, and set multiple cycles included discharge and charge to activate the lag battery.

Battery Charge Discharge Machine

A Battery Charge Discharge Machine is an essential device used to evaluate batteries' charging and discharging cycles, ensuring their efficiency and longevity.

Independent test methods: battery discharge, battery charger and battery activation. Discharge test to estimate the real capacity, intelligent charge the battery, and set multiple cycles included discharge and charge to activate the lag battery.

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Types Of Battery Charge Discharge Machine

According to the working mode of the battery, the types of battery charge-discharge machines are divided into:

2V&12V Battery Activator

The 2V & 12V battery activator is a device designed to rejuvenate and extend the lifespan of lead-acid batteries by reducing sulfation and restoring their capacity. It is commonly used for maintenance in automotive, solar, and backup power applications.

6V Battery Maintenance Instrument

The 6V battery maintenance instrument is designed to monitor, maintain, and optimize the performance of 6-volt lead-acid batteries, ensuring they stay in peak condition. It is perfect for use in vintage cars, motorcycles, and small renewable energy systems.

2V&12V Battery Activator

The 2V & 12V battery activator is a device designed to rejuvenate and extend the lifespan of lead-acid batteries by reducing sulfation and restoring their capacity. It is commonly used for maintenance in automotive, solar, and backup power applications.

6V Battery Maintenance Instrument

The 6V battery maintenance instrument is designed to monitor, maintain, and optimize the performance of 6-volt lead-acid batteries, ensuring they stay in peak condition. It is perfect for use in vintage cars, motorcycles, and small renewable energy systems.

How Does A Battery Charge Discharge Machine Work?

Discharge charging and activation testing:

Step 1: Connect the individual voltage collector (see Chapter 2.4 for details). It has the function of collecting individual units.

Step 2: Turn the discharge switch to the off position (to prevent reverse connection of the discharge cable and damage to the instrument; reverse connection alarm prompt).

Step 3: Connect one end of the discharge wire to the host and the other to both ends of the battery pack. (Pay attention to red positive, black negative). A reverse connection will result in an alarm prompt.

Step 4: Connect the entire set of voltage test wires to terminal 2 of the battery pack.

Step 5: Connect the host to the AC380V power supply and close the AC contactor switch.

Step 6: Insert the power supply and turn on the host.

Step 7: Enter the setting of discharge and charging parameters. Step 8: Turn the discharge switch to the closed position.

Step 9: "Confirm" to start testing.

Discharge charging and activation testing:

Step 1: Connect the individual voltage collector (see Chapter 2.4 for details). It has the function of collecting individual units.

Step 2: Turn the discharge switch to the off position (to prevent reverse connection of the discharge cable and damage to the instrument; reverse connection alarm prompt).

Step 3: Connect one end of the discharge wire to the host and the other to both ends of the battery pack. (Pay attention to red positive, black negative). A reverse connection will result in an alarm prompt.

Step 4: Connect the entire set of voltage test wires to terminal 2 of the battery pack.

Step 5: Connect the host to the AC380V power supply and close the AC contactor switch.

Step 6: Insert the power supply and turn on the host.

Step 7: Enter the setting of discharge and charging parameters. Step 8: Turn the discharge switch to the closed position.

Step 9: "Confirm" to start testing.

Equipment Used in A Battery Charge Discharge Test

The battery pack charging and discharging testing equipment includes:

1. Charging cabinet: used to provide charging power for battery clusters, with multiple charging modes to meet the charging needs in different environments.

2. Discharge cabinet: used to simulate the discharge process of battery clusters, and detect the discharge performance and service life of batteries.

3. Charging and discharging controller: used to control the working status of charging and discharging cabinets, ensuring the safety and stability of the charging and discharging process.

4. Data acquisition system: used for real-time monitoring of voltage, current, temperature, and other parameters during the charging and discharging process, and for data analysis and processing.

The battery pack charging and discharging testing equipment includes:

1. Charging cabinet: used to provide charging power for battery clusters, with multiple charging modes to meet the charging needs in different environments.

2. Discharge cabinet: used to simulate the discharge process of battery clusters, and detect the discharge performance and service life of batteries.

3. Charging and discharging controller: used to control the working status of charging and discharging cabinets, ensuring the safety and stability of the charging and discharging process.

4. Data acquisition system: used for real-time monitoring of voltage, current, temperature, and other parameters during the charging and discharging process, and for data analysis and processing.