Application
CHARGING PATH
Quick, reliable, and safe high-power energy transfer, from the grid to the car
Our charging inlet portfolio supports all common international interface variants, from AC for daily home charging, and high-powered DC charging available from public stations. They address the electrical engineering requirements of today’s and tomorrow’s EVs.
Electric vehicle (EV) adoption is surging, but barriers to ownership remain. Limited vehicle range, convenience, and the unpredictable availability of public charging stations are chief among drivers’ concerns. Having ready access to a greater number of high-powered charging (HPC) stations will alleviate those concerns. But as EV batteries get larger and their storage capacities continue to increase, the vehicle’s charging inlet and other electric drivetrain components must also be capable of transferring power at greater current and voltage levels.
TE Connectivity’s (TE) feature-rich AMP+ Charging Inlets are the vital access point between the electrical grid and the EV, providing fast, smart and safe AC and DC charging at currents of up to 500 amps and voltages of up to 1000 VDC.
CI 250 High-Powered Charging Inlets for EVs
TE Connectivity’s AMP+ Automotive Charging Inlet 250 provides the vital electrical input port for tomorrow’s electric cars. It can safely, quickly, and reliably transfer up to 1000 DC volts and up to 250 amps of continuous current from a high-powered charging station to an EV. It is designed to enhance driver convenience by delivering a faster charging speed.
CI 200 High-Powered Charging Inlets for EVs
TE Connectivity’s AMP+ Automotive Charging Inlet 200 provides the vital electrical input port for tomorrow’s electric cars. It can safely, quickly, and reliably transfer up to 1000 DC volts and up to 200 amps of continuous current from a high-powered charging station to an EV. It is designed to enhance driver convenience by delivering a faster charging speed.
CI 32 AC-only Charging Inlets for EVs
TE Connectivity’s AMP+ Charging Inlet 32 series provides a convenient at-home/at-work AC charging solution for EVs. CI 32 series inlets offer integrated sensing and actuation, which safely allows for intelligent charging control while providing touch-safe operation and charging state feedback.
AMP+ Charging Inlet Actuators
TE's actuators are fortified to work in harsh automotive environments ,conforming to the latest IEC 62196 and GB/T 20234 standards. Available in 12 plug-and-play configurations, they can be used in a variety of electric vehicles – such as scooters, motorcycles, trucks, buses, ferries, and aircraft – to increase safety levels. TE’s actuators are extremely durable and have been tested for up to 80,000 charge cycles.
Key Benefits
- Variations for all regional EV charging standards and markets
- Highly configurable, modular design built for durability and sustainability
- Robust and proven designs for greater currents and voltages
- Custom-tailored TE locking actuators provide improved reliability and safety
Charging Inlets Portfolio at a Glance
Explore More
Application
CHARGING PATH
Quick, reliable, and safe high-power energy transfer, from the grid to the car
Our charging inlet portfolio supports all common international interface variants, from AC for daily home charging, and high-powered DC charging available from public stations. They address the electrical engineering requirements of today’s and tomorrow’s EVs.
Electric vehicle (EV) adoption is surging, but barriers to ownership remain. Limited vehicle range, convenience, and the unpredictable availability of public charging stations are chief among drivers’ concerns. Having ready access to a greater number of high-powered charging (HPC) stations will alleviate those concerns. But as EV batteries get larger and their storage capacities continue to increase, the vehicle’s charging inlet and other electric drivetrain components must also be capable of transferring power at greater current and voltage levels.
TE Connectivity’s (TE) feature-rich AMP+ Charging Inlets are the vital access point between the electrical grid and the EV, providing fast, smart and safe AC and DC charging at currents of up to 500 amps and voltages of up to 1000 VDC.
CI 250 High-Powered Charging Inlets for EVs
TE Connectivity’s AMP+ Automotive Charging Inlet 250 provides the vital electrical input port for tomorrow’s electric cars. It can safely, quickly, and reliably transfer up to 1000 DC volts and up to 250 amps of continuous current from a high-powered charging station to an EV. It is designed to enhance driver convenience by delivering a faster charging speed.
CI 200 High-Powered Charging Inlets for EVs
TE Connectivity’s AMP+ Automotive Charging Inlet 200 provides the vital electrical input port for tomorrow’s electric cars. It can safely, quickly, and reliably transfer up to 1000 DC volts and up to 200 amps of continuous current from a high-powered charging station to an EV. It is designed to enhance driver convenience by delivering a faster charging speed.
CI 32 AC-only Charging Inlets for EVs
TE Connectivity’s AMP+ Charging Inlet 32 series provides a convenient at-home/at-work AC charging solution for EVs. CI 32 series inlets offer integrated sensing and actuation, which safely allows for intelligent charging control while providing touch-safe operation and charging state feedback.
AMP+ Charging Inlet Actuators
TE's actuators are fortified to work in harsh automotive environments ,conforming to the latest IEC 62196 and GB/T 20234 standards. Available in 12 plug-and-play configurations, they can be used in a variety of electric vehicles – such as scooters, motorcycles, trucks, buses, ferries, and aircraft – to increase safety levels. TE’s actuators are extremely durable and have been tested for up to 80,000 charge cycles.
Key Benefits
- Variations for all regional EV charging standards and markets
- Highly configurable, modular design built for durability and sustainability
- Robust and proven designs for greater currents and voltages
- Custom-tailored TE locking actuators provide improved reliability and safety
Charging Inlets Portfolio at a Glance
