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E-mobility
BATTERY RESOURCES
Connectivity solutions that make EV batteries and fuel cells safer, more efficient, and longer-lasting.
High-voltage connection between the HV battery and inverter or the power distribution and e-motor
The HVCSJ series is one of the most flexible and customizable connector solutions available today. It achieves a secure and reliable electrical connection that enhances vehicle drivetrain performance while reducing cost, weight, and physical size.
AMP+ HV 2100 series interconnection system is a compact, two-position family of Class 5 high-voltage/high-current automotive electrical connectors for battery-powered, hybrid, and plug-in hybrid vehicles.
TE Connectivity’s HC-STAK family of high-voltage connectors supports the increased demands of tomorrow’s passenger car and commercial electric vehicles. In situations where component spacing is especially tight, a traditional plug-and-header solution may not be feasible.
TE's AMP+ HV 800 Series high voltage connector system safely transports high currents and voltages through hybrid and electric vehicles. The robust design supports multiple wire harness assembly routing options.
AMP+ IPT shielded ring tongue provides 1-, 2-, or 3-pole housings that enable easy and flexible adaption of the IPT to various applications.
High-voltage connection between the charging interface, the on-board charger and the battery.
TE's AMP+ HVA 630 high voltage terminals and connectors provide a standard contact system with shielded multicore wires for conductor cross-sections.
TE's AMP+ HVA 280 high voltage connector system is designed with options needed for hybrid and electric vehicle applications.
TE Connectivity’s AMP+ Automotive Charging Inlet 500 is the industry’s first widely market-available inlet capable delivering up to 500 kilowatts of charging power.
TE Connectivity’s AMP+ Automotive Charging Inlet 250 provides the vital electrical input port for tomorrow’s electric cars.
TE Connectivity’s AMP+ Automotive Charging Inlet 200 provides the vital electrical input port for tomorrow’s electric cars.
TE Connectivity’s AMP+ Charging Inlet 32 series provides this functionality. These AC-only inlets can safely and reliably transfer up to 480 volts and up to 48 amps of current from an at-home or at-work charging station to an EV.
TE's actuators are fortified to work in harsh automotive environments, conforming to the latest IEC 62196 and GB/T 20234 standards.
An EV’s battery is the core of the car’s drivetrain. Battery packs, which are comprised of many individual cells grouped into modules, rely on failproof connections that can transfer high levels of current and voltage during charge cycles and dynamic acceleration over the course of the car’s lifespan.
Our automotive high-voltage contactors provide safe disconnection and connection of the traction battery in hybrid, electric and fuel cell vehicles, as well as charging systems.
The number and complexity of electronically controlled vehicle functions are growing at a rapid pace which in turn, creates a need to save weight and space. TE's PicoMQS miniaturized automotive interconnection system (Electronic Products 2022 Product of the Year Award) is a perfect example of this and how TE can solve these significant application or industry challenges, as well as illustrating innovative design and performance. In addition, manufactures need to ensure that components meet ultra-high levels robustness and reliability when deployed in harsh, high-vibration, high-temperature automotive environments.
As electric vehicles (EVs) become smarter and more connected, sensor technology innovation is a key element within new vehicle architectures that is enabling the next generation of e-mobility.
From crimping a terminal onto a wire or pressing a connector onto a board, our equipment and services are designed to maximize production and reliability.
AMP+, EVC, PCON, TE, TE Connectivity, TE Tyco Electronics (logo), TE (logo) and TE connectivity (logo) are trademarks.
Other product names, logos, and company names mentioned herein may be trademarks of their respective owners.