Not Just 10,000 mAh: Honor Power 3 Will Be a Mini Power Plant

The past few months have been packed with events in silicon-carbon batteries. This technology is now in a flourishing phase, and the proof comes from devices Honor and Realme, which have now reached or surpassed 10,000 mAh.

However, 2026 could end big with Honor Power 3: the next model in the lineup would boast a battery capable of making rivals pale, a whopping 15,000 mAh of capacity (Si-Ca, clearly).

Honor Power 3 with a 15,000 mAh battery and the news doesn’t end here

honor power 2
Honor Power 2 – Credits: Honor

Honor Win is the device that took the Battery Phone concept to the next level by implementing top-of-the-line specs (with Snapdragon 8 Elite Gen 5) while Power 2 is a worthy representative of the mid-range. Realme P4 Power and Narzo Power are no exception, while it seems rival brands are also preparing surprises (rumor has it of vivo and Xiaomi/Redmi).

In short, we shouldn’t be surprised by much, and yet the latest news is stunning. The next model in the Power line — presumably arriving as Honor Power 3 — would mark a turning point with a remarkable 15,000 mAh capacity. In short, a miniature power plant: the device could function as a power bank without batting an eye, staying operational for days.

Below you’ll find a list of the brand’s upcoming launches: this is a leak, so take the details with caution:

  • Honor X80i (May) – 7,000 mAh
  • Honor 600 Series (June) – 9,000 mAh
  • Honor Magic V Flip 3 (July) – 6,500 mAh
  • Honor X80 (August) – 13,080 mAh
  • Honor Magic 9 Series (September) – 8,000 mAh
  • Honor Magic V7 (October) – 8,000 mAh
  • Honor WIN 2 Series (November) – 12,000 mAh
  • Honor Power 3 (December) – 15,000 mAh

So, in summary, practically all of Honor’s future smartphones would be Battery Phones. Yes, there are devices with even larger batteries, but these are rugged models or lithium-based solutions. For the Chinese brand’s devices, they would all be equipped with silicon-carbon units, thus with a compact profile and weight.