Semi-solid state battery
A bateria de estado semi-sรณlido รฉ um novo tipo de tecnologia de armazenamento de energia entre as baterias de lรญtio lรญquidas tradicionais e as baterias de estado totalmente sรณlido, cuja parte eletrolรญtica consiste em materiais eletrolรญticos hรญbridos do tipo gel ou sรณlido-lรญquido. Ela mantรฉm as caracterรญsticas de seguranรงa das baterias de estado sรณlido, mas tambรฉm tem a alta densidade de energia e a compatibilidade de processamento das baterias lรญquidas. Seu eletrรณlito รฉ um estado misto sรณlido-lรญquido (o eletrรณlito lรญquido representa 5-15%), com alta densidade de energia (300-450Wh/kg) e alta seguranรงa (resistรชncia ao ponto de fixaรงรฃo, resistรชncia ร fuga tรฉrmica).
ยท 68.4V 18S1P configuration with 30000mAh capacity and 2052Wh nominal energy
ยท 25C continuous discharge supports demanding takeoff and changing UAV loads
ยท Up to 5C charging enables faster battery rotation for intensive operations
ยท 10200g soft pack design for high-voltage professional UAV integration
ยท Cycle life of at least 1000 cycles under specified operating conditions
ยท 68.4V 18S1P configuration with 30000mAh capacity and 2052Wh nominal energy
ยท Stable 15C continuous discharge supports takeoff and changing UAV loads
ยท Up to 3C charging supports practical battery rotation for repeated operations
ยท 10200g soft pack design balances high-voltage energy with UAV integration
ยท Cycle life of at least 750 cycles under specified operating conditions
ยท 68.4V 18S1P configuration with 47000mAh capacity and 3214.8Wh nominal energy
ยท 20C continuous discharge supports demanding takeoff and changing payload conditions
ยท Up to 4C charging improves battery rotation for intensive UAV operations
ยท 16100g high-voltage soft pack design for large heavy-duty UAV integration
ยท Cycle life of at least 600 cycles under specified operating conditions
ยท 53.2V 14S1P configuration with 47000mAh capacity and 2500.4Wh nominal energy
ยท 20C continuous discharge supports demanding takeoff and changing UAV loads
ยท Up to 4C charging improves battery rotation for intensive field operations
ยท 12500g high-voltage soft pack design for large industrial UAV integration
ยท Cycle life of at least 600 cycles under specified operating conditions
ยท 45.6V 12S1P configuration with 47000mAh capacity and 2143.2Wh nominal energy
ยท 20C continuous discharge supports high-current takeoff and changing UAV loads
ยท Up to 4C charging improves battery rotation for repeated industrial operations
ยท 10650g large-capacity soft pack design for heavy-duty UAV integration
ยท Cycle life of at least 600 cycles under specified operating conditions
ยท 320Wh/kg high energy density for extended flight time
ยท Semi-solid NMC-based energy platform for high-voltage UAV integration
ยท 18S1P 66.6V 31000mAh LiHV platform with 6900g pack weight
ยท 10C discharge for stable cruising and endurance-focused drone output
ยท Cycle life โฅ500 with operating temperature range of -20~60โ
ยท 350Wh/kg high energy density for extended flight time
ยท Semi-solid NMC-based energy platform for high-voltage UAV integration
ยท 14S1P 53.2V 33000mAh LiHV platform with 5520g pack weight
ยท 10C discharge for stable cruising and endurance-focused drone output
ยท Cycle life โฅ100 with operating temperature range of -20~60โ
ยท 320Wh/kg high energy density for extended flight time
ยท Semi-solid NMC-based energy platform for lightweight UAV integration
ยท 6S1P 22.2V 22000mAh platform with only 1720g pack weight
ยท 10C discharge for stable cruising and endurance-focused drone output
ยท Cycle life โฅ500 with operating temperature range of -20~60โ
Aplicativos
High-energy-density semi-solid batteries help reduce battery weight and extend flight time for industrial UAVs, long-endurance drones, fixed-wing UAVs, and cargo drones.
High-voltage semi-solid battery systems deliver stable power for multi-rotor UAVs, heavy-lift drones, cargo drones, and other high-power unmanned aircraft.
Semi-solid lithium battery packs provide higher energy density, longer driving range, and stable power output for electric motorcycles used in urban mobility and commercial delivery.
Semi-solid swappable battery packs combine high energy density, compact size, and intelligent battery management for electric motorcycle battery-swapping systems.
Semi-solid traction battery packs support longer operating time and reliable power output for golf carts, electric forklifts, sightseeing vehicles, and other low-speed electric vehicles.
Semi-solid RV batteries combine enhanced safety with a lightweight design, helping reduce overall vehicle weight while providing stable power under high loads and supporting multiple onboard appliances simultaneously.
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Production Flow of Semi-solid State Battery
Active materials, conductive agents, and binders are uniformly dispersed in solvent to form electrode slurry.
Homogenized slurry is coated onto aluminum foil and dried to form electrode sheets.
Coated electrodes are compressed to specified thickness under controlled pressure.
Post-calendering electrodes undergo vacuum drying to remove residual moisture.
Electrode sheets are precision-cut to required dimensions.
Anodes, cathodes, and separators are stacked in “Z” configuration to form cell cores.
Multi-layer electrode tabs are aligned, ultrasonic-welded, and insulated with adhesive tape.
Cell cores are housed in pre-formed aluminum laminate pouches with top/seal side sealing.
Final moisture removal from assembled cells prior to electrolyte filling.
Precise injection of electrolyte solution into dry cells.
Initial closure of electrolyte injection port.
Electrochemical activation to establish Solid Electrolyte Interphase (SEI) layer on anode.
Gas pocket removal and hermetic terminal sealing.
Charge-discharge cycling for capacity measurement and performance binning.
Validates capacity, impedance, and safety (e.g., overcharge, short-circuit) under strict protocols.
Integrates cells into modules or packs with BMS, wiring, and thermal management systems.
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FAQs
A semi-solid-state lithium battery is a transitional technology between liquid lithium-ion batteries and fully solid-state batteries. It uses a hybrid electrolyte system (solid content โฅ50%) combining solid and liquid components.
Key Advantages
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Alta densidade de energia: Achieves 275-300 Wh/kg (vs. 170-190 Wh/kg in traditional liquid batteries).
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Enhanced Safety: Reduced liquid electrolyte minimizes flammability risks.
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Production Feasibility: Lower cost than fully solid-state batteries with higher technical maturity.
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Alta densidade de energia: Utilizes graphite anodes (current mainstream design) and optimized electrode materials for improved energy storage efficiency.
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Compact Design: Solid electrolytes partially replace traditional separators + liquid electrolytes, reducing volume by 30%+.
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Superior Safety: Suppresses lithium dendrite growth and offers better thermal stability than liquid batteries.
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Electric Vehicles: Enhanced safety and increased range under complex usage.
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Heavy-Duty Drones: Lightweight yet powerful for demanding flight conditions.
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Energy Storage Systems: Long-term, stable performance with grid-level safety.
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Consumer Electronics: Higher energy density for longer battery life.
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Wearables: Compact energy solutions with strong safety performance.
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