NH Research 9210 Series Single Channel Battery Charge / Discharge Test System

NH Research 9210 Series Single Channel Battery Charge / Discharge Test System

Product Overview:

  • Smaller footprint makes it easier to move within a lab (roughly half the size of the 9200)
  • Custom waveform/profile generation
  • Sub-mS voltage, current & mode transition times
  • Built-in digital measurements with charting & scope displays
  • Internal controller with software & connections for an external monitor & keyboard
  • Expandable from 12 to 252 kW with 40 ,120 or 600 V bi-directional DC loads
  • 87% efficiency of discharge power returned to AC mains
  • Multiple safety layers to protect battery being tested
  • Battery emulation & burn-in applications
  • Create, run, monitor, chart & report UUT profiles without writing any code

 

More

The 9210 further extends its 9200 family of high-power battery charge/discharge test systems, which are especially suitable for xEV electric vehicle and grid storage battery cycling as well as drive-cycle simulations and grid-energy simulations. Like the successful 9200 systems, the new single module test system (9210) utilizes any of the 40V, 120V, or 600V modular, independent 12-kilowatt DC power modules which enable testing of a number of smaller batteries, each with a different test plan, power level and start/stop times. The smaller footprint makes it easier to move within a laboratory and/or manufacturing, allowing the tester to be brought to the engineer’s workspace.

Internal Controller

The new 9210 cabinet has an internal controller, software, and connections for an external monitor and keyboard. Through this interface, the operator is able to create, run, monitor, chart and report UUT (unit under test) profiles without writing any code.

Complex Tests & Data Acquisition

For complex test programs and tests that require additional data acquisition hardware, users can employ either NH Research’sEnerchron® test sequencer software, or their own custom LabVIEW or Python application using the supplied drivers. For cost-efficiency, up to 90 percent of the energy removed from a battery is returned as usable AC power. This process, called regeneration, lowers the total utility consumption of the facility and reduces the amount of generated waste-heat. Further advantages of regeneration include a much cooler work environment, reduced air conditioning loads, and the elimination of elaborate water-cooling systems. The 9200 and 9210 series testers simulate real-world conditions with fast voltage, current and mode transition times; include a digital measurement system with high-resolution waveform capture and a digital chart recorder; provide custom waveform/profile generation; and have multiple battery-protection safety features.

 

Individual Test Channel Specifications

Model Number 9210-4904 9210-4912 9210-4960
Programming Capability
Operating States Charge (Source), Discharge (Load), Standby, Battery
Charge/Discharge Modes Constant Voltage (CV), Current (CC), Power (CP), Resistance (CR)
Charging Envelope 0-40V, 8kW, 600A 0-120V, 8kW, 200A 0-600V, 8kW, 40A
Discharging Envelope 1-40V, 12kW, 600A 4-120V, 12kW, 200A 10-600V, 12kW, 40A
Programming Rng Accy1 Res1 Rng Accy1 Res1 Rng Accy1 Res1
Voltage 0-40V 0.1%+0.1% 0.005% 0-120V 0.1%+0.1% 0.005% 0-600V 0.1%+0.1% 0.005%
Current ±600A 0.21%+0.21% 0.005% ±200A 0.21%+0.21% 0.005% ±40A 0.21%+0.21% 0.005%
Power ±8/-12kW 0.41%+0.41% 0.005% ±8/-12kW 0.41%+0.41% 0.005% ±8/-12kW 0.41%+0.41% 0.005%
Resistance 0-34Ω 02% 0.005% 0-100Ω 02% 0.005% 0-500Ω 02% 0.005%
Slew Rate      
  Voltage 0.011V/s-80V/ms 0.033V/s-240V/ms 0.165V/s-600V/ms
  Current 0.17A/s-3000A/ms 0.55A/s-1000A/ms 0.011A/s-40A/ms
  Resistance 0.01Ω/s-34Ω/Ms 0.28Ω/s-100Ω/Ms 0.14Ω/s-500Ω/Ms
  Power 2W/s-8kW/s 2W/s-8kW/s 2W/s-8kW/s
Test Measurement Rng Accy1 Res1 Rng Accy1 Res1 Rng Accy1 Res1
Voltage, DC Avg 0-40V 0.05%+0.05% 0.005% 0-120V 0.05%+0.05% 0.005% 0-600V 0.05%+0.05% 0.005%
Current, DC Avg, A-Hr 0-600A 0.1%+0.1% 0.005% 0-200A 0.1%+0.1% 0.005% 0-40AV 0.1%+0.1% 0.005%
Power, Ah, kWh ±12kW 0.2%+0.2% 0.005% ±12kW 0.2%+0.2% 0.005% ±12kW 0.3%+0.2% 0.005%
Time 1ms-1Yr 0.1% 0.005% 1ms-1Yr 0.1% 0.005% 1ms-1Yr 0.1% 0.005%
1 All Accuracies are % os set + % of Range, all Resolutions are % of Range unless otherwise indicated. 2 Input Voltage set at placement of order.

Application Testing

The 9210 Series Single Module Battery Test System is useful for testing the following products & applications:
Automatic Guided Vehicle (AGV) Testing, Battery Packs, Chargers, Electric Vehicles (EV), Electric Vehicles Supply Equipment (EVSE), Flow Batteries, Fuel Cells, In-Device Testing, Microgrid Testing, Pack Controllers 9v & 12v Batteries, Primary Battery Systems (Alkaline, Lithium), Redox Batteries, Secondary Battery Systems (Rechargeable, Lithium-Ion), Service Disconnects, Super Capacitors, Vehicle to Grid (V2G) Testing, Wire Harnesses