ุจุทุงุฑูุฉ ุฐุงุช ูุซุงูุฉ ุทุงูุฉ ุนุงููุฉ
ุจุงุณุชุฎุฏุงู ู ูุงุฏ ู ุชุทูุฑุฉ ูุชุตู ูู ููููู ู ุชูุฏู ุ ุชูุนุฏ ุณุนุฉ ุชุฎุฒูู ุงูุทุงูุฉ ููู ูุญุฏุฉ ุญุฌู /ูุฒู ุฑุงุฆุฏุฉ ูู ุงูุตูุงุนุฉ. ููู ู ูุงุณุจุฉ ุจุดูู ุฎุงุต ููุชุทุจููุงุช ุฐุงุช ู ุชุทูุจุงุช ุงูุชุญู ู ุงูุตุนุจุฉุ ู ุซู ุงูุทุงุฆุฑุงุช ุจุฏูู ุทูุงุฑ ูุงูู ุฑูุจุงุช ุงูููุฑุจุงุฆูุฉุ ู ู ุง ูููุฑ ุชุดุบูููุง ุทููู ุงูุฃู ุฏ ููู ุนุฏุงุช.
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400Wh/kg High Energy Density: Advanced semi-solid cell technology for energy-intensive UAV applications.
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41Ah High Capacity: Provides substantial onboard energy for professional industrial drones.
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18S1P High-Voltage Configuration: 65.7V nominal voltage for compatible high-voltage UAV power systems.
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8C Discharge Rating: Designed for compatible UAV propulsion and payload requirements.
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Weight-Conscious Design: 7450g pack weight, balancing high energy storage and aircraft integration.
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Industrial UAV Applications: Suitable for evaluation in fixed-wing, heavy-lift, aerial lifting, and cargo delivery drones.
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400Wh/kg High Energy Density: Advanced semi-solid battery technology for energy-conscious UAV designs.
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41Ah High Capacity: Provides substantial onboard energy for professional drone operations.
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14S1P High-Voltage Configuration: 51.1V nominal voltage for compatible industrial UAV power systems.
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8C Discharge Rating: Designed for compatible UAV propulsion requirements.
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Weight-Conscious Design: 6000g pack weight, suitable for aircraft designs balancing battery energy and overall takeoff weight.
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Industrial UAV Applications: Suitable for evaluation in fixed-wing, agricultural, cleaning, and cargo delivery drone platforms.
ยท 400Wh/kg cell-level energy density with advanced semi-solid battery technology
ยท 12S1P configuration with 43.8V nominal voltage and 41000mAh capacity
ยท 8C discharge rating for compatible professional UAV power systems
ยท 5050g battery pack with 151 ร 94 ร 216mm dimensions
ยท Maximum 0.5C charging rate and cycle life of โฅ300 cycles
ยท 400Wh/kg cell-level energy density with advanced semi-solid battery technology
ยท 18S1P high-voltage configuration with 65.7V nominal voltage
ยท 39000mAh capacity and 8C discharge rating for professional UAV applications
ยท Lightweight 7400g battery pack for heavy-lift and cargo drone integration
ยท Maximum 0.5C charging rate and cycle life of โฅ400 cycles
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
ุงูุชุทุจููุงุช
Ultra-high energy density batteries enable continuous surveillance missions exceeding 48 hours at high altitudes.
Lightweight, high-capacity batteries support heavy-load air transport missions of up to 50kg payloads.
Aviation-grade energy density meets the vertical takeoff and landing power demands of next-generation flying vehicles.
High specific energy batteries reduce system weight, enhancing agility and movement efficiency in robotic locomotion.
Pressure-resistant, high-density battery packs ensure long-duration operations in deep-sea environments.
Aerospace-grade safety batteries deliver reliable power under extreme space conditions, supporting long-term orbital missions.
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Explore Herewin Factory: The Source of Quality
Founded in 2019, Shenzhen Jarwin Time Technology Co., Ltd. is backed by a founding and operational team with over 20 years of extensive experience in the battery industry. It specializes in developing and producing high-performance lithium-ion polymer batteries.
Gain a comprehensive insight into who we are and what we stand for. By exploring the meticulous precision of our
production lines, the efficient management of our factories, and the genuine feedback from our satisfied customers,
youโll see how we ensure excellence at every step of the process
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Flexible Delivery Time
Reliable delivery schedules and warehousing support.
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Diverse options to cater to all market segments.
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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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Learn more about production details and manufacturing process
Testing Process
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FAQs
They perform more reliably than liquid cells in both high and low temperature environments, making them suitable for applications such as drones, energy storage, or electric vehicles in harsh climates.
While not yet as fast as the fastest liquid lithium-ion options, semi-solid-state batteries support efficient charging speeds suitable for daily quick-charge needs.
Semi-solid-state battery technology has entered early-stage commercialization. Some devices already incorporate them, although the manufacturing process and cost optimization are still ongoing.
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