Cell Propulsion - Our Offerings

Autonomous Ground Vehicle Platform

Designed for pre-mapped environments

Autonomous Guided Vehicle (AGV) platform leverages a proprietary sensor fusion architecture to perceive and respond to its environment in real time. The platform utilizes LiDAR and radar sensors for guidance, along with camera-based systems for obstacle detection and avoidance. Our proprietary navigation, guidance and control (NGC) software enables the platform to move reliably and autonomously upto a top-speed of 25 kmph. Our AGV is designed for in-campus & indoor applications.

Electric PowerTrain

For vehicles with gvw from 3 to 12 tons

Powertrain consists of Batteries & BMS (Energy Storage System), Motors & Drive (Propulsion), and Vehicle Control Unit (VCU). We offer custom designed power trains for the development of wide variety of electric vehicles with DC fast charging and 4G connectivity.

Energy Storage System

Battery Management System (BMS)

Our BMS supports a pack voltage range of 0–120 V, with nominal and peak currents of 250 A and 500 A, respectively. It also supports communication via CAN and UART, along with data logging capabilities. Key features include State of Health (SOH) monitoring, regulating operating conditions, and cell balancing.

Battery Pack

Our future-ready LFP battery pack is AIS 048 certified and features an IP67-rated enclosure for dust and water resistance. It supports fast charging within 2 hours. The modular 6 kWh battery units can be configured in series and parallel to achieve system voltages of up to 240 V, with an integrated BMS.

Vehicle Control Unit

Brain of the Vehicle

Our Vehicle Control Unit (VCU) operates on a 12 V supply and supports multiple communication interfaces, including CAN and UART. The VCU includes a dedicated 0–5 V throttle input channel for precise control, along with integrated brake pump control functionality.
Designed with safety and reliability in mind, the VCU incorporates reverse polarity protection and supports a 12 V control signal, making it suitable for robust automotive applications.
Key features include throttle, brake, and motor control. It also manages and coordinates various systems and functions within the vehicle to ensure optimal performance, efficiency, and safety.