Technological Expertise 

TACO EV Component Solutions harnesses cutting-edge technologies to drive the future of electric mobility. From advanced design and engineering to precision manufacturing and rigorous validation, our technological ecosystem empowers us to deliver reliable, efficient, and high-performance EV components. With a deep focus on process automation, quality control, and cross-functional expertise, we align innovation with execution. Our capabilities are built to scale, adapt, and exceed expectations in a rapidly evolving global electric vehicle landscape.

Electronics

We offer advanced PCB assembly using high-speed Surface Mount Technology and precision pick-and-place machines, backed by Automated Optical Inspection for early defect detection. Our scalable setup supports high-volume and complex assemblies with consistent quality.

Key USPs

  • Rigorous post-assembly testing through ICT, FCT, and MDA ensures superior performance and reliability
  • Integrated testing processes enable precise fault detection and flawless real-world operation
  • Adheres to the highest global quality and performance standards

EV Chargers

We combine mechanical, manufacturing, and electronics expertise to deliver advanced EV charging solutions. Backed by global project experience and a multidisciplinary team, we manage end-to-end engineering from design to validation.

Key USPs

  • Equipped with advanced facilities such as EVSE emulator, power electronics lab, environmental chamber, and test jigs
  • Ensures performance, reliability, and continuous innovation in every product
  • Trusted partner in EV charging technology for domestic and international markets

EV Bus Bar

Tata AutoComp EV Component Solutions delivers precision-engineered busbars for electric mobility, offering flexible, rigid, and hybrid configurations. Manufacturing capabilities include foil stacking, stamping, fusion, insulation, and plating using both aluminium and copper.

Key USPs

  • Fully automated plating plant ensures precision and consistency in production
  • Advanced CT scanning enables non-destructive internal inspection of complex designs
  • Robust technological setup ensures consistent quality, reliability, and efficiency for evolving EV requirements

BLDC Motors

The BLDC Motors division leverage patented Moving Magnet Technology (MMT) and Compact Power Motion (CPM) to enable flexible, high-efficiency designs across diverse applications. Performance benefits include low harmonic distortion, minimal cogging torque, and high torque density.

Key USPs

  • ASPICE Level 3–compliant motor controllers with built-in thermal, voltage, and polarity protection
  • Advanced control features include PWM, LIN, CAN, and Field-Oriented Control with Field Weakening
  • Ensures high safety, superior energy efficiency, and adaptability across electric mobility and industrial applications