Application
E-DRIVE SYSTEMS
High-voltage, high-current interconnectivity solutions for an EV’s drivetrain
Electric vehicle connection systems need to be able to carry very high current levels, especially during high-powered charging sessions or during periods of peak acceleration. But cars inherently have limited physical space under the hood, so these electrical connections also need to be optimized for compactness, weight, and geometric flexibility, as well as cost.
TE Connectivity’s e-drive interconnection systems are specifically designed to provide a safe, reliable high-voltage/high-current connection between an EV’s traction battery, power distribution unit, invertor, and the e-motor. Our broad portfolio of connectors, headers and terminals covers an EV’s complete electrical connectivity needs. Our Class 4/5/6 products provide the ability to transfer power at high current levels for performance-demanding electric drivetrain applications.
Product families in the Class 4/5/6 category include the versatile HC-STAK interconnection system, the HV 2100 series, the HV 1100 series, the HV 800 series interconnection systems, and the IPT system. Combined, these solutions offer thousands of configuration options and an array of device and wire harness applications.
HVCSJI Series
HVCSJI series is a connector solution available today from TE. Improve your EV performance with an optimized connector design with our HVCSJI series with a simplified wire harness assembly process that saves time and cost. Designed for safety and durability in harsh environments.
HV 2100 Series
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.
HC-STAK Busbar Connector
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.
AMP+ HVP 800 High-Voltage Interconnection System
TE Connectivity's (TE) AMP+ HVP 800 high-voltage interconnection system safely transports high currents and voltages through hybrid and electric vehicles. The robust design supports multiple wire harness assembly routing options.
AMP+ HVP 1100 High-Voltage Interconnection System
TE Connectivity's (TE) AMP+ HVP 1100 high voltage connector system is designed for flexibility with a wide range of options for hybrid and electric vehicle device applications.
AMP+ IPT Shielded Ring Tongue
TE's AMP+ IPT shielded ring tongue provides 360-degree EMC shielding and wire-to-device capabilities.
Key Benefits
- Rated for up to 1000 VDC and up to 407 A at 85° C
- Compact: Package-maximized for size, bulk, weight, flexibility, and cost
- Scalable: Can accept a variety of conductor sizes and materials
- Safe: Touch-safe finger protection with Connector Position Assurance (CPA)
- Easy to assemble: Tool-activated and finger-activated latching
- Flame-, vibration-, and moisture-resistant
- Automation-capable options available for improved manufacturing efficiency
Explore More
Application
E-DRIVE SYSTEMS
High-voltage, high-current interconnectivity solutions for an EV’s drivetrain
Electric vehicle connection systems need to be able to carry very high current levels, especially during high-powered charging sessions or during periods of peak acceleration. But cars inherently have limited physical space under the hood, so these electrical connections also need to be optimized for compactness, weight, and geometric flexibility, as well as cost.
TE Connectivity’s e-drive interconnection systems are specifically designed to provide a safe, reliable high-voltage/high-current connection between an EV’s traction battery, power distribution unit, invertor, and the e-motor. Our broad portfolio of connectors, headers and terminals covers an EV’s complete electrical connectivity needs. Our Class 4/5/6 products provide the ability to transfer power at high current levels for performance-demanding electric drivetrain applications.
Product families in the Class 4/5/6 category include the versatile HC-STAK interconnection system, the HV 2100 series, the HV 1100 series, the HV 800 series interconnection systems, and the IPT system. Combined, these solutions offer thousands of configuration options and an array of device and wire harness applications.
HVCSJI Series
HVCSJI series is a connector solution available today from TE. Improve your EV performance with an optimized connector design with our HVCSJI series with a simplified wire harness assembly process that saves time and cost. Designed for safety and durability in harsh environments.
HV 2100 Series
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.
HC-STAK Busbar Connector
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.
AMP+ HVP 800 High-Voltage Interconnection System
TE Connectivity's (TE) AMP+ HVP 800 high-voltage interconnection system safely transports high currents and voltages through hybrid and electric vehicles. The robust design supports multiple wire harness assembly routing options.
AMP+ HVP 1100 High-Voltage Interconnection System
TE Connectivity's (TE) AMP+ HVP 1100 high voltage connector system is designed for flexibility with a wide range of options for hybrid and electric vehicle device applications.
AMP+ IPT Shielded Ring Tongue
TE's AMP+ IPT shielded ring tongue provides 360-degree EMC shielding and wire-to-device capabilities.
Key Benefits
- Rated for up to 1000 VDC and up to 407 A at 85° C
- Compact: Package-maximized for size, bulk, weight, flexibility, and cost
- Scalable: Can accept a variety of conductor sizes and materials
- Safe: Touch-safe finger protection with Connector Position Assurance (CPA)
- Easy to assemble: Tool-activated and finger-activated latching
- Flame-, vibration-, and moisture-resistant
- Automation-capable options available for improved manufacturing efficiency
