Battery Industry Solutions
Battery Industry Solution

Battery Charge and Discharge Test Solutions

Explore professional system construction methods, high-performance battery test systems, and advanced IoT management tools.

Methods to Construct a Battery Charging and Discharging System

(Swipe left or right to view the full table.)
Evaluation Turn key
Entrust SI to purchase Turnkey
Self-construction Construct independently through the suggested development platform
Advantage Save time and energy
Battery manufacturers only need to focus on material and formula research and process optimization, and all test issues are handled by SI
The self-constructed system can be adjusted according to the change of requirement, which is more flexible than the dedicated system With self-construction flexibility, the simple platform can quickly complete automated testing procedures without professional software engineers
Disadvantage After the system is installed, it is dedicated, and there is no flexibility for adjustment It is necessary to hire full-time and professional software engineers. If the engineer were to quit the job, it would cause system maintenance issues None
Solutions provided by GW Instek GW Instek and its subsidiary Prodigit can provide integrated solutions for charging and discharging test systems GW Instek and its subsidiary Prodigit can provide power supplies, electronic loads and other instruments as well as sound after-sales services GW Instek can provide the platform and the idle instruments in the required instrument field. Asset utilization can also be optimized through this open platform

9841 Battery Charge and Discharge Test System

Test functions:

  1. Charging test
  2. CC/CV/CP charging test
  3. Discharge test
  4. Ramp on/off high-speed ramp discharge test
  5. Pulse discharge test (>10 C)
  6. AC/DC internal resistance test
  7. Temperature monitoring
  8. SOC/SOH battery capacity/life test
  9. Discharge test for imported customized discharge waveforms (CSV)
  10. Large current/high voltage test control switching device to avoid leakage current discharge of test device
  11. Up to 24 test channels

Features:

  • Charging voltage (V), current (A), power (W) according to actual application planning
  • Discharging voltage (V), current (A), power (W) according to actual application planning
  • Allow users to self-defined edit test steps
  • Measure voltage, current, power, kwh, AH, temperature, and easily observe the current test progress during the test, and provide the cycle test function
  • Provide Charge, DisCharge, Suspend, FOR, LOOP modes to choose from. Each mode has a relative setting method, which is easy to set
  • Set the stop current when charging, you can stop charging when fully charged to avoid battery damage caused by overcharging
  • Set the stop voltage during DisCharge, which can stop the discharge when the discharge reaches the lowest level so as to avoid overdischarge and battery damage
  • More than 100 test steps can be set and test results can be saved in EXCEL CSV format files
  • More than 1000 cycles of testing can be set

Battery charge and discharge test (Entrust SI to purchase Turnkey)

Hardware

Battery charge and discharge test (Self-construction)

Power < 3 kW

Battery pack applications: Small energy storage, machine tool, mower, UPS, drone

GPP-Series

GPP-Series

Multi-Output Programmable D.C. Power Supply

PEL-3000

PEL-3000

Programmable DC Electronic Load

PSW-Series

PSW-Series

Multi-Range Programmable Switching D.C. Power Supply

PSU-Series

PSU-Series

Multi-Range Programmable Switching D.C. Power Supply

Power > 3 kW to 360 kW

Battery pack applications: Medium energy storage, Electric Vehicle

PEL-5000C

PEL-5000C

High Power Compact DC Load

PEL-2000A

PEL-2000A

Programmable D.C. Electronic Load

RBS Series

RBS Series

Regenerative Bidirectional DC Source

PHU Series

PHU Series

Autoranging High Power DC Source

There are also customized solutions for power supply and Prodigit solutions for electronic loads

Battery charge and discharge test
(Construct independently through the suggested development platform)

In the past, the equipment could not be connected to the Internet, and the process data had to rely on manual or semi-automatic collection of information.

High time and labor costs for managing equipment and data

Through GW Instek's MetaLab and MetaView metaverse solutions

Complexity is managed by simplicity, greatly reducing the overall cost of test deployment and management

Feedback & Inquiries

If you have any comments or questions regarding our battery testing solutions, please feel free to reach out to our team.

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9841 Battery Charge and Discharge Test System
Hardware Architecture
The Start Screen
Additional Test Procedure
System Setup
Connection Setup
Start Test
Review test data
Review test records
Plotting the record waveform
Power < 3 kW
Power > 3 kW to 360 kW
Past data collection
MetaLab and MetaView solution