Semi-solid state battery
Semi-solid state battery is a new type of energy storage technology between traditional liquid lithium batteries and all-solid state batteries , the electrolyte part of which consists of gel-like or solid-liquid hybrid electrolyte materials . It maintains the safety characteristics of solid-state batteries, but also has the high energy density and processing compatibility of liquid batteries.Its electrolyte is solid-liquid mixed state (liquid electrolyte accounted for 5-15%), both high energy density (300-450Wh/kg) and high safety (pinpoint resistance, resistance to thermal runaway).
ยท 400Wh/kg High Energy Density Cell Technology
ยท 14S 51.1V 39000mAh Large-Capacity Battery
ยท Lightweight 5.6kg Pack Design
ยท 8C Rated Discharge and 0.5C Maximum Charging Rate
ยท โฅ400 Cycle Life for Professional Applications
ยท 400Wh/kg High Energy Density Cell Technology
ยท 12S 43.8V 39000mAh Large-Capacity Battery Pack
ยท Lightweight 4.8kg Design for Weight-Conscious UAV Platforms
ยท 8C Rated Discharge and 0.5C Maximum Charging Rate
ยท โฅ400 Cycle Life for Repeated Professional Applications
ยท High Energy Density NMC Lithium Battery Technology
ยท 18S 66.6V 34000mAh Capacity with 2264.4Wh Nominal Energy
ยท Lightweight 7.09kg Battery Pack for UAV Weight Optimization
ยท 8C Rated Discharge Capability and 1C Maximum Charging Rate
ยท Designed for Cargo, Agricultural, Cleaning, and Long-Endurance Drones
ยท 14S1P configuration with 51.8V nominal voltage and 34000mAh capacity
ยท Semi-solid battery technology with specified 340Wh/kg cell energy density
ยท 8C discharge rating for compatible professional UAV power systems
ยท 5570g net weight with compact 172 ร 94 ร 216mm dimensions
ยท Maximum 1C charging rate and cycle life of โฅ300 cycles
ยท 12S1P configuration with 44.4V nominal voltage and 34Ah capacity
ยท Semi-solid cell technology with a stated cell-level energy density of 340Wh/kg
ยท 8C discharge rating for demanding UAV power requirements
ยท 4.8kg battery pack with dimensions of 148 ร 94 ร 216mm
ยท Maximum 1C charging rate and cycle life of โฅ300 cycles
ยท 14S1P LiHV platform with 3.85V nominal cell voltage
ยท Lithium Cobalt Oxide (LCO) chemistry for high-energy UAV applications
ยท 28500mAh capacity for logistics, cleaning and agricultural drones
ยท 10C discharge capability for professional UAV power requirements
ยท 1C charging, โฅ300 cycles and 5480g battery pack design
ใขใใชใฑใผใทใงใณ
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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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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้ซใจใใซใฎใผๅฏๅบฆ: 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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้ซใจใใซใฎใผๅฏๅบฆ: 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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