Application Definition

  • Vehicle System Modeling of engine and electrical ancillaries

System Specification

  • System architecture, Functionality Partitioning, Network Protocols, Fault Tolerance

Mechanical Design

  • Innovative Design
  • Design of EMS components
  • Modeling, Analysis, Simulation
  • Rapid Prototyping, Validation Cycle, Production Design, Design Validation & Verification

Control Strategies

  • New control system design. Development and Validation
  • Hardware in the loop (HiL) systems and rapid prototyping tools
  • OBD and control algorithms (Air, Fuel, Torque, After Treatment, Transients etc)

Hardware

  • Design and validation of production quality, ECU hardware e.g power electronics design
  • EMC/RFI, design for harsh environments

Software

  • Production software development: engine, Safety systems etc
  • Implementation of customer control strategies

System Integration 8 Calibration

  • Independent system integration. H+L systems & validation for powertrain, chassis & vehicle
  • Calibration for function and performance, Fleet / Production calibration
  • Cost and warranty reduction

Manufacture

  • Independent cost review (80M. Conversion. etc)
  • Manufacturing configuration Management

After sales support

  • Specific support on-field related problems resolution

To stay competitive and to offer quality products at right price, UCAL Fuel Systems applies state of the art software for conceptualization and analysis for speedy market solutions. The software currently used is:

  • AUTOCAD 2006
  • 3D MODEL (SOLID WORKS)
  • 3D MODEL (UNIGRAPHICS)
  • FEA (COSMOS)
  • FEA (ANSYS)
  • FEA (ANSYS