New energy vehicle batteries mainly consist of four parts: cells, modules, battery packs (PACKs), and battery management systems (BMS). Their core technologies and safety designs are as follows: I. Ce…
1. Current Battery Lifespan From an energy conversion perspective, the battery in an electric vehicle is its "heart," continuously converting chemical energy into electrical energy to power the vehicl…
Batteries are a crucial component of modern new energy vehicle technology. For new energy vehicles, the battery is the most critical element, accounting for 40% to 60% of the total vehicle cost. New e…
Many new energy vehicle owners have likely encountered the "charging gun disconnection" issue while charging their vehicles. "Does this affect the vehicle's battery?" is a common concern. Today, let's…
Can repurposing recycled batteries into energy storage components truly herald a renaissance for the new energy industry? Indeed, this approach holds significant potential to revitalise the sector. …
The quality of new energy vehicle components varies considerably, so how can one avoid falling into the trap of purchasing substandard parts? The explosive growth of the new energy vehicle market ha…
Why is the battery recycling system for new energy vehicles still incomplete? The imperfect recycling system for new energy vehicle batteries is the result of multiple factors such as technological …
What developments and new products has Huawei introduced in the intelligent vehicle sector? Huawei's strategic positioning in this field centres on building a technological ecosystem, driving deep i…
Rainy Season Driving Without Worry? Unveiling the All-Weather Perception Capabilities of Huawei's Automotive Lidar Accessories! During rainy season driving, challenges such as drastically reduced vi…
From chips to algorithms: How does Huawei's intelligent thermal management system address electric vehicle range anxiety? Through end-to-end innovation spanning chip packaging to intelligent algorit…