The new energy vehicle industry is rapidly advancing from the popularization of electrification to intelligence, bringing extreme challenges to vehicles' overall transmission capacity, energy efficiency and energy replenishment systems. Centered on its core strategy of "Electric Energy + Computing Power + AI", Far East Electric has built an integrated comprehensive solution for intelligent vehicle scenarios covering intelligent terminals, endurance systems and energy replenishment terminals. It underpins industrial upgrading with underlying technologies and delivers core momentum for smart and green mobility.

As autonomous driving levels keep rising and on-board functions expand continuously, profound transformations are taking place in automotive electronic architectures. Massive sensors, domain controllers and infotainment systems set unprecedented requirements for the bandwidth, latency and anti-interference performance of data transmission. In terms of endurance and energy efficiency, vehicle weight reduction and cost control remain core industry demands. The weight and cost of traditional high-voltage wiring harnesses restrict further improvements in driving range. Achieving lightweight design while guaranteeing conductive performance and structural strength has become a shared research focus across the whole industry. On the energy replenishment side, users’ demand for faster charging keeps growing, making high-power fast charging an industry consensus. However, cable overheating, increased weight and potential safety hazards caused by high current have become key bottlenecks hindering the large-scale rollout of ultra-fast charging technology, calling for more mature technical solutions to support coordinated vehicle-charger energy replenishment systems.

Far East Electric develops systematic solutions starting from core on-board components. For intelligent transmission, its single-pair Ethernet cables support 20G bandwidth, while on-board coaxial cables deliver high-speed transmission rates ranging from 100 Mbps to 10 Gbps — dozens to hundreds of times faster than traditional vehicle buses. They are fully capable of handling massive data interaction for advanced ADAS, smart cockpits, V2X and other scenarios, ensuring low-latency and stable transmission of autonomous driving commands and audio-video signals. Featuring thin-gauge wires paired with lightweight aluminum foil or braided shielding layers, the products effectively resist complex electromagnetic interference inside vehicles to prevent misjudgment of intelligent driving systems caused by signal fluctuations, while cutting wiring harness weight by 30% to 50% compared with conventional solutions. All product lines comply with automotive-grade standards and boast outstanding temperature resistance, vibration resistance and abrasion resistance. Validated by rigorous tests, they adapt to complex operating conditions throughout the full service life of vehicles.

For energy efficiency and driving range, Far East Electric launches high-performance aluminum busbar and aluminum rod solutions driven by material innovation. These products cut weight by 40% and costs by 30% versus traditional copper wiring harnesses, while matching copper conductors in conductive efficiency, mechanical strength and long-term reliability. They efficiently transmit electric energy to batteries, motors and various high-voltage components. Vehicle lightweighting reduces energy consumption and directly boosts driving range.

On the energy replenishment side, targeting heat dissipation and safety pain points of high-power fast charging, Far East Electric independently develops megawatt-level liquid-cooled cables for high-power charging piles. The circulation of high thermal conductivity cooling fluid breaks the power bottleneck of traditional cables. Each single gun supports a maximum output current of 1500 A and 1500 V high voltage, delivering over three times higher power than conventional products to deliver ultra-fast charging experience. Meanwhile, the cables resolve overheating under high current, balancing charging efficiency and easy handling.