Market
Choose a sub-system
Sub-system
Consists of a cluster of individual batteries that serve as the primary fuel source of the vehicle, replacing hydrocarbon fuels used in conventional ICE automobiles.
Applications
Sensor solutions
Measure and monitor surface temperature of the many batteries within the battery cell, which is critical to preserving the chemistry of the battery.
Measure and monitor current flowing to and from battery.
Detects moisture leakage and feeds a signal to the Battery Management System.
Mechanically testing the battery pack.
Sub-system
Occurs when battery cells exceed allowable operating temperature causing an explosion/fire, which then propagates, or spreads, to other cells within the battery pack.
Applications
Sensor solutions
Measure and monitor battery temperature to detect Thermal Runaway conditions.
Detect pressure change inside the battery cell that indicates Thermal Runaway conditions.
Detect the out-gassing of Carbon Dioxide (CO2) to indicate pre-combustion conditions.
Detect the presence of combustible gases that indicate Thermal Runaway conditions.
Sub-system
Used as top cover of the battery cell to provide connectivity with the Battery Management System (BMS).
Applications
Sensor solutions
Provide temperature and voltage sensing to monitor the state of charge of the battery cells.
Measure and monitor the state of charge of the battery cells.
Sub-system
Converts DC to AC electricity that is required to drive the traction motor.
Applications
Sensor solutions
Measure and monitor operating temperature of the power inverter to provide feedback on unsafe conditions.
Provide data on the angular position of the rotating motor shaft to optimize control of the motor inverter.
Measure and monitor current flowing to and from battery.
Sub-system
Connects the high voltage source to charge the battery within the vehicle.
Applications
Sensor solutions
Detect over-temperature conditions during charging.
Sub-system
Generates torque on the motor's shaft through the interaction of magnetic fields of the stator and rotor.
Applications
Sensor solutions
Measure and monitor temperature of the motor coil to provide feedback on the operating conditions of the electric motor.
Sub-system
Circulates around the battery cell to maintain optimum battery management and life.
Applications
Sensor solutions
Measure and monitor fluid temperature of inlet/outlet battery coolant to provide indication of battery cell temperature.
Detect the presence of coolant / water in the battery pack.
Measure the pressure in the cooling system to control pump capacity.
Measure pressure in the cooling system, while at the same time, measure temperature of the coolant for optimum thermal management.
Continuously monitor fluid level for early detection of coolant leakage.
Sub-system
Typically generates electricity by combining atmospheric oxygen and on-board compressed hydrogen.
Applications
Sensor solutions
Monitor temperature in various areas of a fuel cell vehicle to enable safety and efficiency throughout the system, e.g., Battery, Fuel Cell, Cooling System, Transmission and Converter.
Measure the concentration of H2 and humidity.
Ultrasonic Switch indicates water level in the steam / water separation tank.
Robust sensors for fuel-cell applications, specifically designed to withstand the harsh conditions in hydrogen environments.
Brands serving this market
Documents
