Power and energy behaviour
Cells, packs, converters, inverters, motors and chargers require correlated electrical, thermal and control measurements.
Automotive & EV
Primionics supplies vehicle-network data logging, Automotive Ethernet tools, synchronized acquisition, real-time HIL and rapid control prototyping, power-electronics measurement, software assurance, PCIe interconnect and embedded compute to automotive and EV teams in India. Applications include ECU and BMS benches, inverter validation, road testing and high-rate vehicle-data systems.
Industry context
Vehicle validation depends on synchronized electrical, network and real-time data.
Network timing
CAN, CAN FD, LIN, FlexRay and Automotive Ethernet data must be timestamped accurately and correlated with analog and digital channels.
Software-dependent functions
ECU behaviour, functional safety and diagnostic quality depend on repeatable test environments and traceable software evidence.
Core technology areas
Automotive test platforms across power, networks, real-time control and software.
Battery & Power Electronics Test
Sources, loads, oscilloscopes, power analyzers, SMUs and synchronized acquisition for cells, modules, BMS, converters, chargers and inverters.
Vehicle Networks & Data Logging
Time-synchronized logging for CAN, CAN FD, LIN, FlexRay, 100/1000BASE-T1, standard Ethernet, analog channels and related vehicle signals.
Real-Time Simulation & HIL
Deterministic simulation, rapid control prototyping and HIL for ECUs, BMS, inverters, motor drives and vehicle subsystems.
Software Quality & Verification
Requirements traceability, automated testing, static analysis, model verification and embedded cybersecurity technologies.
Automotive validation stack
Four connected workflows for modern vehicle development.
Vehicle-network data logging
Distributed or central logging for CAN/CAN FD, LIN, FlexRay, Automotive Ethernet and synchronized measurement channels.
Real-time HIL and RCP
Deterministic plant models, CPU/FPGA I/O and closed-loop testing for embedded control units.
Power-electronics measurement
High-bandwidth capture, programmable sources and loads, SMUs and long-duration data acquisition.
Software and embedded assurance
Requirements, static analysis, coverage, formal verification, cryptography and secure embedded communication.
Representative solutions
Automotive and EV validation technologies.
Oscilloscopes and power analysis
High-bandwidth capture, switching analysis and efficiency measurements for powertrain, converter and charging-system development.
Programmable sources and loads
Source, sink and emulate electrical conditions for batteries, chargers, DC/DC converters and power-electronics benches.
Real-time development platforms
Deterministic simulation, real-time I/O and closed-loop testing for control algorithm development, powertrain validation and HIL.
Vehicle data logging and synchronized DAQ
Capture high-rate bus, analog and digital data with common timestamps, event recording and engineering analysis.
Software verification technologies
Requirements, automated testing, coverage, static analysis and formal verification for dependable automotive software.
PCIe interconnect, embedded compute and storage
External PCIe expansion, low-latency data paths, embedded boards and controlled-BOM storage for ADAS, HIL and vehicle logging systems.
Applications
Automotive and EV engineering applications.
Vehicle electrification laboratories
BMS, inverter and charger development
Motor-control and powertrain validation
ECU and network integration benches
HIL and rapid-control-prototyping labs
Automotive software quality programmes
Road, endurance and fleet data logging
Validation performance
Correlated network, power and real-time data across the vehicle test workflow.
Common time base
CAN, CAN FD, LIN, FlexRay, Automotive Ethernet, analog and digital channels recorded with accurate timestamps and shared trigger references.
Electrical fidelity
Voltage, current, power, temperature and switching waveforms captured across the bandwidth, isolation and transient range of the DUT.
Closed-loop execution
Deterministic models, CPU/FPGA I/O, fault insertion and rest-bus simulation for ECU, BMS, inverter and motor-control testing.
Software evidence
Requirements, tests, coverage, static analysis and cybersecurity evidence for ISO 26262, Automotive SPICE and internal development processes.
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