Smart driving technologies are no longer reserved for luxury vehicles. Falling sensor costs, software-defined architectures, and aggressive mass-market strategies are bringing ADAS to affordable cars globally. By 2025, over 60% of new vehicles will offer Level 2/2+ autonomy as standard or affordable options. Safety is the key driver, with features like automatic emergency braking proven to reduce collisions. Chinese automakers are leading the democratization effort, with Western brands following. Challenges remain, but the trend toward inclusive smart driving is accelerating.

With 23 Chinese EV makers having gone bankrupt or ceased operations since 2020, over 850,000 electric cars face uncertain futures. Owners are encountering locked diagnostic systems, vanishing parts supplies, and shut-down cloud services. The issue highlights the urgent need for mandatory exit mechanisms to ensure vehicles remain serviceable long after their manufacturers disappear.

Global EV sales surpassed 20 million units in 2026, with penetration nearing one in four new vehicles sold. Falling battery prices below $100/kWh have brought price parity within reach, while total cost of ownership now favors EVs in many segments. Expanding fast-charging networks and commercial vehicle electrification further accelerate the shift. Challenges including mineral supply chains and grid capacity remain, but the mass-market tipping point has arrived.

The 2027 Exeed ES officially launched on July 20, priced from RMB 179,900. Developed through deep collaboration with Tongji University, the model offers both extended-range and pure-electric variants. It blends race-proven chassis tuning, mature intelligent driving, and comprehensive safety, aiming to deliver a high-performance vehicle with no glaring weaknesses for the family market.

This article explores how smarter battery technology – driven by advanced Battery Management Systems, AI thermal control, and intelligent cell balancing – is extending EV range, speeding up charging, and preserving battery life without necessarily increasing pack size. It highlights the shift from battery hardware to software intelligence and what this means for the future of electric driving.

This press release covers Leetx and Centron's joint exhibition at AMTS 2026 in Shanghai, showcasing how AI vision and data-driven control systems are transforming NEV assembly – from adhesive dispensing and fastening to battery pack safety and human-centric automation.

This article offers practical summer EV battery care tips. It explains why high temperatures accelerate battery degradation and provides two key habits – charging during cooler hours and letting the battery rest before plugging in – to help EV owners protect their batteries and extend battery life during hot weather.

Ultra-fast charging technology is transforming the EV industry by significantly reducing charging times and improving convenience. Advances in 800V platforms, battery technology, and charging infrastructure are accelerating global EV adoption and shaping the future of sustainable transportation.

On July 9, 2026, LIGHTYEAR held a NEV business meeting to address parts order closures, export challenges, and team collaboration. Discussions covered customer follow-up, pricing, logistics, and market access policies. Clear work plans and individual responsibilities were assigned for the coming week. LIGHTYEAR remains focused on overseas expansion and is committed to strengthening its business systems to achieve greater success in the NEV export market.

Mainstream dealerships often replace entire EV systems for minor faults, leading to sky-high repair bills. This article explores a smarter, more sustainable approach: component-level repair. By fixing isolated parts—like a single battery cell or a circuit board chip—independent mechanics are saving consumers thousands of dollars and reducing e-waste, driving the future of affordable EV ownership.