Latest articleEngineering Guides
Cell vs Pack Energy Density: What 460Wh/kg Really Means for Flight Time
A 460 Wh/kg rating describes one cell. See how much survives in a real drone pack, how much energy you can use, and how to estimate flight time.
Engineering notes from CGBT on semi-solid-state cell technology, UAV battery pack design, drone applications and industry news.
Latest articleEngineering Guides
A 460 Wh/kg rating describes one cell. See how much survives in a real drone pack, how much energy you can use, and how to estimate flight time.
How semi-solid-state cells work, what drives their energy density and safety, and the pack engineering that turns them into longer UAV flight times.
Materials, C-rate capability and pack engineering behind 350 Wh/kg semi-solid-state drone batteries, and how they add up to 30 minutes of extra UAV flight time.
How semi-solid-state technology is reshaping UAV power with safer, longer-lasting drone batteries. CGBT on the future of drone batteries.
Technical principles and key features of semi-solid-state batteries, the transitional technology between liquid lithium-ion cells and fully solid-state designs.
What semi-solid-state batteries are and why they are a game changer for drones: higher energy density, better safety and longer flight times than lithium-ion.
Related: Semi-solid drone batteries
Practical engineering guides for UAV battery packs, from BMS and PCM protection to connector selection and sizing.
PCM vs BMS explained: how protection circuit modules and battery management systems differ in function, cost and use in lithium battery packs.
How to choose the right UAV battery connector: current rating, contact resistance, locking, sizing and safety for industrial drone battery packs.
Related: Custom battery pack manufacturing
How semi-solid-state batteries perform in real drone missions, from emergency rescue and defence to low-altitude logistics and air mobility.
How semi-solid-state batteries will power the low-altitude economy: drone logistics, urban air mobility and long-endurance UAV operations.
Which battery should power a rescue drone? We compare semi-solid batteries with lithium-ion on flight time, cold-weather output and safety.
How semi-solid state batteries give military drones longer endurance, better safety and cold-weather performance, and what still limits them.
Related: Recommended packs by mission
Semi-solid-state battery market trends, CGBT company updates and reports from the drone exhibitions our team attends.
Recap of CGBT’s visit to Japan Drone 2025 at Makuhari Messe: key UAV trends, battery technology insights and partner meetings from Asia’s leading drone expo.
CGBT’s semi-solid-state drone batteries deliver longer flight times, higher safety and better performance for the fast-growing commercial UAV industry.
Market drivers, growth forecasts, application areas and development trends of semi-solid-state batteries across EVs, energy storage and drones.
Related: Our exhibitions
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