Semi-solid-state batteries are an emerging technology, so their commercial use is still limited, but they are gaining attention in several cutting-edge fields. Here's where they are being tested, piloted, or gradually adopted:
1. Electric Vehicles (EVs)
Why used: Higher energy density and safety vs. traditional lithium-ion batteries.
Use cases:
High-performance EVs needing extended range.
Some of Brands have announced semi-solid-state battery packs for premium EVs.
Status: Early stage; small-batch integration in flagship models or prototypes.
2. Aerospace & Drones
Why used: Lightweight + high energy density = longer flight time.
Use cases:
Drones for mapping, surveillance, or delivery.
Satellite and space probe power storage (due to vacuum-safe design).
Status: Lab-scale and military R&D use.
3. Consumer Electronics (Concept/Prototype Level)
Why used: Safer than conventional lithium-ion and can fit compact designs.
Use cases:
Smartphones, tablets, and wearables (future potential).
Status: Not yet commercialized, but some prototypes are under testing.
4. Grid Energy Storage (R&D Phase)
Why used: Enhanced cycle life and reduced fire risk make it promising for solar and wind energy storage.
Use cases:
Future stationary storage systems for renewable energy.
Status: Still in R&D and pilot stages.
5. Electric Motorcycles and Compact Vehicles
Why used: Space and weight savings; longer range than LiFePO₄.
Use cases:
High-end electric motorcycles and scooters.
Post time: Aug-06-2025
