The ebook chapters delve into the challenges and advantages of different types of electric power systems and battery storage. The ebook analyzes both functional and environmental safety, as well as V2X (vehicle-to-everything) technology. V2X is a communication framework that allows vehicles to interact with various elements within their environment, such as other vehicles (V2V), infrastructure (V2I), pedestrians (V2P), and networks (V2N). By facilitating real-time information exchange, this comprehensive communication framework enhances safety, efficiency, and convenience.
The e-book also highlights relevant Amphenol products, including sensors, connectors, and cable assemblies suitable for EV, VEH, and eVTOL applications.
Amphenol Aerospace's HV38999 series high-voltage circular connectors are designed to meet the power requirements of next-generation aircraft. Thanks to optimized insertion, these specialized connectors can safely carry high voltages and currents at high altitudes while remaining partially free of discharges to extend connector life. These connectors utilize a fail-safe sequencing and are compatible with standard 38999 accessories.
The SurLok Plus™ is a high-performance compression lug solution designed by Amphenol Industrial to meet the needs of high-voltage power applications in industries such as commercial electric vehicles, energy storage, and industrial equipment. The IP67-rated SurLok Plus series enables reliable power distribution without requiring special twisting tools, and offers easy field installation, superior safety features, and robust performance.
Amphenol Industrial's ePower-Lite plastic power connectors are designed for use in the commercial hybrid electric vehicle and heavy equipment markets. The 2-, 3-, and 4-pole connectors incorporate patented RADSOK® technology, offering high amperage, low temperature rise and voltage drop, and low resistance.
The Amphenol RF FAKRA to AMC cable set combines the automotive industry standard FAKRA connector with the microminiature AMC connector on an ultra-flexible 1.13 or 1.37 mm coaxial cable. This combination allows for easy connection and disconnection and is ideal for automotive and IoT applications requiring a compact infrastructure.
Amphenol Piher's HCSP-1BS open loop current sensors are based on Hall effect and TMR technologies suitable for monitoring and managing performance and safety in battery systems for applications in the automotive and transportation industries.
