LEPAS Redefines Elegant Driving Through Its Innovative LEX Platform

In a significant development for the automotive industry, LEPAS, a newly established brand focusing on vehicles powered by alternative energy sources, has unveiled its state-of-the-art platform known as LEX. Designed to cater to global markets, the LEX platform is a product of extensive research and development, emerging from the innovative technological ecosystem of the Chery Group. This groundbreaking platform sets a new benchmark for next-generation vehicles and aims to lead the market with its intelligent design.

The LEX platform is engineered to solve pressing user concerns, including fragmented intelligence in vehicles and charging anxiety. It provides a seamless transition from traditional oil-powered vehicles to electric alternatives, establishing itself as the cornerstone of an elegant lifestyle. As the global automotive sector transitions into a more competitive arena focused on electronic and electrical architecture (EEA), the LEX platform signifies a response to the evolving consumer demands concerning user experience and vehicle performance metrics.

Innovative Electronics and Architecture

The foundation of the LEX platform lies in its adoption of a completely new electronic and electrical architecture, EEA 5.1. This technology employs an integrated dual-zone and dual-center solution, leading to several benefits, including hardware standardization, sustainable software updates, and enhanced data interoperability. Such capabilities ensure that the intelligent cockpit, smart control systems, and driving mechanisms work harmoniously, allowing for improved coordination among diverse electronics and greater flexibility for future upgrades.

The LEX platform achieves a remarkable balance between elegance and performance in driving dynamics. Its smart chassis has been fine-tuned by a team of European engineers, incorporating cutting-edge technologies such as active suspension and electronically controlled damping. Coupled with an impressive torsional stiffness rating of 23,800 N•m/degree—significantly higher than comparable vehicles—this structure delivers a ride quality akin to that of luxury limousines. The maneuverability and reliability of the vehicle provide drivers with a true sense of unity with their vehicle.

Efficiency and Versatility of Powertrains

In terms of power options, the LEX platform supports a variety of energy solutions. It features an internal combustion engine boasting a thermal efficiency of 45.79%, with fuel consumption rated at an efficient 4.9 liters per 100 km for maintenance charging modes. A high-voltage fast-charging system operating at 800V dramatically reduces charging times, while a dual-source heat pump system operates efficiently even in temperatures as low as -40 degrees Celsius, satisfying diverse usage scenarios worldwide.

The platform's design allows for rapid advancements in fully electric, hybrid, and other energy forms. LEX transcends its role as mere technical architecture; it systematically redefines the concept of “elegant driving.” Thanks to its intelligent technology, it offers controlled operations, subtle comfort, and worry-free performance.

Overall, LEPAS is positioned to become a leading brand in the new lifestyle of elegant driving. As consumers increasingly prioritize sustainability and innovative designs, the LEX platform stands out as a true pioneer in transforming how we perceive and experience driving.

As the automotive landscape continues to evolve with a focus on smart technology and sustainable practices, LEPAS’s commitment to solving modern challenges showcases its potential for future success and leadership in the new energy vehicle market.