As a pioneer in e-mobility solutions, we are dedicated to revolutionizing transportation with cutting-edge electronic components and systems. At INDIC, we understand the pivotal role of technology in shaping the future of mobility. From electric vehicle (EV) components to charging infrastructure, our innovative solutions are at the forefront of the e-mobility revolution.

Product Portfolio

On-board charger

On board charger: Am on board charger is an essential component on electric vehicles that converts incoming AC electricity from an external source to DC to charge the vehicles battery pack.

DC-DC converter

Dc/dc converter: A dc-dc converter plays a vital role In managing different voltage levels within the electrical system of an electric vehicle.

HV-AC Connector

Hv ac connector: A cable that connects the high voltage ac charging connector on an electric vehicle to the internal electrical system of the vehicle.

HV DC Connector

Hv dc connector: A physical connector used for charging electric vehicles with DC power at high voltage. Unlike AC charging, DC charging directly delivers the necessary voltage to the battery pack.

E-heater: A heating system in an electric vehicle that uses electrical energy to generate warmth. Unlike gasoline cars, EVs don’t have waste heat from the engine to leverage for heating.

Electric a/c: A component responsible for generating cool air inside an electric vehicle through an air conditioning system.

PDU: Power distribution system acts as a central hub that receives high voltage DC power from the battery pack and distributes it to various electrical components of the vehicle.

BDU: Battery disconnect unit is a safety component that acts as a physical and electrical barrier, interrupting the connection between the battery pack and the vehicles electrical components in various situations.

Charging port: A charging port is a physical connection point on an electric vehicle where you plug in the charging cable to recharge the battery. 

Motor: An electric motor converts electrical energy from the battery pack into mechanical energy to propel the wheels of an electric vehicle.

DC/AC inverter: DC/AC inverter bridges the gap between the DC power stored in the battery pack and the AC power required by the electric motor.

HV battery junction box: HV battery junction box plays a critical role in connecting and managing the high voltage power flow within an electric vehicle. It acts as a central hub for the battery pack.