Graphene Battery!

Most of the questions at the event still revolved around the Holographic Smartphone's formidable performance.

Someone asked about battery life.

"Hello, I'd like to ask: the Holographic Smartphone has Artificial Intelligence and holographic projection functions, so its power consumption must be quite high. Yet this phone isn't much larger than an ordinary smartphone, and from what I can see, it even seems thinner and lighter. What is the battery capacity like? How long does it last? Does it use any new battery technology?"

Bradley nodded at the young man, who wore a shirt and black-rimmed glasses in typical IT-guy fashion, then answered with a smile.

"You're right. Since the holographic projection module and high-performance hardware take up more space, the Holographic Smartphone only has about one-third of the battery space of a conventional smartphone. Combined with the increased power consumption caused by holographic projection and high-power hardware operation, ordinary lithium batteries are no longer sufficient to support normal use of the Holographic Smartphone."

Bradley paused slightly, then smiled as everyone listened intently.

"So, the Holographic Smartphone uses the latest Graphene Battery developed by S.H.I.E.L.D. Technology!"

Graphene Battery!

Many people were not particularly familiar with the name, but those who knew something about battery technology could not help lighting up!

Today's most advanced and widely used lithium-ion batteries had actually reached a bottleneck. It was difficult for their performance to make any major breakthroughs, which greatly limited both the endurance and performance of electronic products.

Smartphones needed charging at least once a day, and with heavy use, they could not even last a full day. Ordinary drones generally had flight times of twenty to thirty minutes, while purely electric cars mostly had ranges of around three hundred to five hundred kilometers. These figures had not improved significantly in a long time.