EV/HEV Battery Cell Testing System

MCV
EV/HEV Battery Cell Testing System
Features & Benefits
Applications
• Drive simulations with
standard Electric
Vehicle tests: FUDS,
SFUDS, GSFUDS, DST
and ECE-15L
• Life Cycle Testing:
Perform charge/
discharge cycling of
batteries or modules
to obtain charge and
discharge capacity,
energy and DC
internal resistance
The MCV is a low-current life cycle test system for development of primary
and rechargeable batteries in various chemistries. Operating from a common
microprocessor, multiple circuits in the MCV module can run individual test programs.
Additionally, the MCV is designed and built for ease of maintenance and service. The
modular construction means that most subassemblies, large or small, remove easily for
service outside the cabinet and fast replacement.
Additional features include:
• Using simulation control, users can
easily program advanced test
profiles for Federal Urban Drive
Schedule (FUDS) or Dynamic Stress
Tests (DTS) without writing complex
test protocols/schedules
• Bipolar capacity for discharging to
below zero volts (optional)
• Test control and data
management with Bitrode’s
VisuaLCN Lab Client software
• Constant current, power or voltage
control
• Parallel circuit operation for greater
flexibility in test specification
• Program execution is independent
from the PC with VisuaLCN software
• Remote Binary Protocol via
Ethernet connection available for
3rd party software control
General Specifications
Voltage:
0-18V(other voltages available)
Current:
1µA-300A (2700 in parallel)
Circuits:
up to 96
Accuracy:
±0.1% of FS*
Data Sampling up to 10mS
Rate:
*Accuracy values are conservative assuming operation will be through
the standard temperature range of 0-40˚ C and RH from 10-90% (noncondensing). Units calibrated and maintained in a temperature and
humidity controlled environment can expect an accuracy of 0.02-0.05%FS.
Laboratory
©2015 Bitrode Corp. www.bitrode.com
MCV
EV/HEV Battery Cell Testing System
System Options
•Multiple current ranges per circuit
•High impedance cell voltage monitoring
•Temperature compensation - adjusts
voltage per battery temperature
•Constant resistance discharge
•Customer-specified alarms and faults
•Internal resistance
•Programmable analog or digital inputs
and outputs
•Pressure monitoring
•Remote Input Output (RIO) box - reduces
excessive cable lengths when connecting to
remote test stations
•Custom-designed test leads
•Custom-designed cell or battery handling
fixtures
Photos
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