Commercial & Industrial Energy Storage
Almacenamiento de energรญa comercial e industrial
Home Energy Storage
Almacenamiento de energรญa en el hogar
Drones
Drones
Telecom Backup Power
Energรญa de reserva para telecomunicaciones
Low-Speed Electric Vehicle
Vehรญculos elรฉctricos de baja velocidad
RV Power
Potencia para vehรญculos recreativos
Forklift Battery
Carretilla elevadora
Lead-to-Lithium Conversion
Conversiรณn de plomo en litio

Baterรญa de vida รบtil ultra larga

Using a special material formula and process, the cycle life can exceed 3,000 times. The calendar life is significantly extended, reducing the total cost of ownership. This makes it especially suitable for long-term use in applications such as energy storage systems and industrial equipment.

Herewin semi-solid long life battery
Herewin 6S1P 22.2V 26000mAh Semi-Solid UAV Battery | 320Wh/kg

ยท 320Wh/kg high energy density for extended flight time
ยท Semi-solid NMC-based energy platform for lightweight UAV integration
ยท 10C discharge for stable industrial drone output
ยท 6S1P 22.2V 26000mAh platform with only 2050g pack weight
ยท Cycle life โ‰ฅ500 with operating temperature range of -20~60โ„ƒ

Herewin 14S1P 51.8V 22000mAh Semi-Solid UAV Battery | 320Wh/kg

ยท 320Wh/kg high energy density for extended flight time
ยท Semi-solid NMC-based energy platform for lightweight UAV integration
ยท 10C discharge for stable industrial drone output
ยท 14S1P 51.8V 22000mAh platform with only 4000g pack weight
ยท Cycle life โ‰ฅ500 with operating temperature range of -20~60โ„ƒ

Herewin 12S1P 44.4V 22000mAh Semi-Solid UAV Battery | 320Wh/kg

ยท 320Wh/kg high energy density for extended flight time
ยท Semi-solid NMC-based energy platform for lightweight UAV integration
ยท 10C discharge for stable industrial drone output
ยท 12S1P 44.4V 22000mAh platform with only 3320g pack weight
ยท Cycle life โ‰ฅ500 with operating temperature range of -20~60โ„ƒ

Herewin 14S1P 51.8V 10500mAh Semi-Solid UAV Battery | 310Wh/kg

ยท 310Wh/kg high energy density for longer usable endurance
ยท Semi-solid battery structure for lightweight professional UAV integration
ยท 10C discharge for stable industrial drone output
ยท 14S1P 51.8V 10500mAh platform with only 2070g pack weight
ยท Recommended connector options: XT60 / XT90S / AS150U, final connector can be customized

Herewin High Voltage Semi-Solid 18S1P 71.1V 67000mAh UAV Battery | 300Wh/kg

ยท 300Wh/kg semi-solid high energy density
ยท 18S 71.1V high-voltage platform for stronger UAV system matching
ยท 67000mAh large-capacity reserve for heavy-duty working cycles
ยท 1C charging for standard charging workflows
ยท Recommended connector options: AS150 / QS10 / QS12, final connector can be customized

Herewin High Voltage Semi-Solid 14S1P 55.3V 67000mAh UAV Battery | 300Wh/kg

ยท 300Wh/kg semi-solid high energy density
ยท 14S 55.3V high-voltage platform for stronger UAV system matching
ยท 67000mAh large-capacity reserve for long-duration loaded working cycles
ยท 1C charging for standard charging workflows
ยท Recommended connector options: QS8 / QS10 / AS150, final connector can be customized

18S 47000mAh 68.4V Heavy Lift UAV Battery | Herewin Advanced 500A Smart Pack

Wide application for agricultural and heavy-lift UAV
Up to 500A output for demanding drone operations
Plug-and-play smart battery design
Built-in BMS with communication protocol
Real-time monitoring and stable high-power output

14S1P 53.2V 21000mAh Agricultural Drone Battery | Herewin 25C Smart Plug-in Pack

ยทDesigned for agricultural UAV and special drone platforms
ยทPlug-and-play structure for easy installation and replacement
ยทBuilt-in BMS for safer and more stable battery management
ยทSmart communication protocol for better system compatibility
ยทReal-time monitoring for battery status and operation data
ยท25C discharge capability with 1C max charging current

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Aplicaciones

Solar Energy Storage Systems
Solar Energy Storage Systems

Ultra-durable batteries perfectly match the long-term operational needs of solar power stations.

Grid-side Energy Storage
Grid-side Energy Storage

High-endurance battery systems designed to handle frequent daily charge-discharge cycles with ease.

Transport-oriented AGV
Warehouse AGVs

Long-cycle batteries ensure 24/7 uninterrupted logistics operations in automated storage environments.

shared electric bicycle
E-scooters compartidos

Maintenance-free battery design significantly reduces operating and service costs for fleet operators.

Smart Street Lighting
Smart Street Lighting

Long-lasting and stable batteries provide reliable nighttime illumination for years with minimal intervention.

Subsea Cable Monitoring
Subsea Cable Monitoring

Corrosion-resistant, ultra-long-life batteries deliver consistent power to deep-sea monitoring systems over extended deployments.

DISEร‘O GRATUITO

Planes de baterรญas exclusivos y personalizados Ingenieros profesionales planifican programas de baterรญas uno a uno.

Maximice el efecto del dron con nuestras soluciones de baterรญas a medida

EES-Propose-Requests
Proponer solicitudes
Customized-Solution
Soluciones a medida
End-to-End-Controlled-Production-Testing
Producciรณn y pruebas controladas de principio a fin
Warehouse-and-shipped-out
Almacenamiento y envรญo

Explore la fรกbrica Herewin: La fuente de la calidad

Fundada en 2019, Shenzhen Jarwin Time Technology Co., Ltd. estรก respaldada por un equipo fundador y operativo con mรกs de 20 aรฑos de amplia experiencia en la industria de las baterรญas. Se especializa en el desarrollo y la producciรณn de baterรญas de polรญmero de iones de litio de alto rendimiento.
Descubra quiรฉnes somos y quรฉ representamos. Explorando la meticulosa precisiรณn de nuestros
lรญneas de producciรณn, la gestiรณn eficaz de nuestras fรกbricas y la opiniรณn genuina de nuestros clientes satisfechos,
verรก cรณmo garantizamos la excelencia en cada paso del proceso

Distintos servicios para clientes con distintos patrones

PARA CLIENTES OFFLINE

Plazo de entrega flexible

Plazos de entrega fiables y apoyo al almacenamiento.

Alta rentabilidad

Precios competitivos para maximizar el valor global.

Amplia selecciรณn de productos

Diversas opciones para todos los segmentos del mercado.

PARA CLIENTES EN LรNEA

MOQ bajo

MOQ flexible con opciones de productos mixtos.

Logotipo personalizado

Personalizaciรณn del logotipo para lotes pequeรฑos.

Paquete integral de marketing

Proporcionar imรกgenes y vรญdeos de calidad para aumentar los ingresos por ventas.

PARA CLIENTES DE MARCA

Derechos regionales exclusivos

Proporcionar todos los recursos y capacidades de herewin

R&D Resources

Custom sample within 7 days with R&D capabilities.

Entrega rรกpida

Producciรณn eficiente y envรญo en 25 dรญas como mรกximo.

Flujo de producciรณn de la baterรญa de estado semisรณlido

Mixingโ€‹
Etapa 1: Mezcla de los purines

Los materiales activos, los agentes conductores y los aglutinantes se dispersan uniformemente en disolvente para formar una pasta de electrodos.

Coating
Paso 2: Recubrimiento del electrodo

La pasta homogeneizada se recubre con papel de aluminio y se seca para formar lรกminas de electrodos.

Drying
Etapa 3 : Calandrado

Los electrodos revestidos se comprimen a una presiรณn controlada hasta alcanzar el grosor especificado.

Coating&Winding
Etapa 4 : Secado primario al vacรญo

Despuรฉs del calandrado, los electrodos se secan al vacรญo para eliminar la humedad residual.

Pressuring Film
Etapa 5 : Corte del electrodo

Las lรกminas de electrodos se cortan con precisiรณn a las dimensiones requeridas.

Making Filmโ€‹
Etapa 6 : Montaje de la pila en Z

Los รกnodos, cรกtodos y separadores se apilan en configuraciรณn "Z" para formar los nรบcleos de las cรฉlulas.

Stacking
Paso 7 :Soldadura de pestaรฑas

Las lengรผetas de los electrodos multicapa se alinean, se sueldan por ultrasonidos y se aรญslan con cinta adhesiva.

Welding
Etapa 8 : Encapsulaciรณn de cรฉlulas en bolsa

Los nรบcleos celulares se alojan en bolsas laminadas de aluminio preformadas con sellado superior/lateral.

Encapsulationโ€‹
Etapa 9 : Secado secundario al vacรญo

Eliminaciรณn final de la humedad de las cรฉlulas ensambladas antes del llenado del electrolito.

Baking
Etapa 10 : Llenado de electrolitos

Inyecciรณn precisa de soluciรณn electrolรญtica en celdas secas.

Injection
Etapa 11 : Pre-sellado

Cierre inicial del puerto de inyecciรณn de electrolito.

Charging
Etapa 12 :Formaciรณn

Activaciรณn electroquรญmica para establecer una capa de interfase electrolรญtica sรณlida (SEI) en el รกnodo.

Extracting Airโ€‹
Etapa 13 : Sellado final

Eliminaciรณn de bolsas de gas y sellado hermรฉtico de terminales.

Charging and Dischargingโ€‹
Etapa 14 : Clasificaciรณn por capacidades

Ciclos de carga-descarga para la mediciรณn de la capacidad y la clasificaciรณn del rendimiento.

Testing
Etapa 15 : Pruebas

Valida la capacidad, la impedancia y la seguridad (por ejemplo, sobrecarga, cortocircuito) segรบn protocolos estrictos.

Assemblingโ€‹
Etapa 16 :Montaje

Integra las cรฉlulas en mรณdulos o paquetes con BMS, cableado y sistemas de gestiรณn tรฉrmica.

MรS DETALLES

Mรกs informaciรณn sobre los detalles de producciรณn y el proceso de fabricaciรณn

Proceso de prueba

Feria&Certificaciรณn

Las certificaciones son el punto fuerte de herewin.
Satisface las necesidades de todos los mercados, y las fรกbricas de origen estรกn totalmente certificadas para garantizar la calidad.

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PONERSE EN CONTACTO

ยฟQuiere saber quรฉ credenciales necesita su mercado? Pรณngase en contacto conmigo para enviarle una imagen de alta resoluciรณn

Categorรญa relacionada

Herewin smart drone battery
Herewin lipo battery cell
Herewin LFP Battery
Herewin Semi-Solid LFP Battery_
Herewin Off-grid Power

Preguntas frecuentes

Are semi-solid-state batteries more expensive than conventional batteries?

Due to more complex materials and production processes, semi-solid-state batteries currently cost more than traditional liquid cells. However, costs are expected to decline as the technology matures.

Will semi-solid-state batteries replace liquid lithium-ion batteries in the future?

Not in the short term. Semi-solid-state batteries are seen as a transitional technology and will likely coexist with liquid batteries across various applications. In the long run, they serve as a stepping stone toward fully solid-state batteries.

Blog relacionado

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A practical buyer’s guide to evaluating semi-solid battery safety claimsโ€”what thermal runaway, nail penetration, overcharge and cold-temperature test reports can prove, and the documents OEM buyers should request before committing.
Diagram comparing cell-level and pack-level energy density, showing a bare battery cell beside a complete UAV battery pack with enclosure, BMS and wiring.
Cell-level vs pack-level energy density explained: how to calculate pack Wh/kg, verify claims, and compare usable vs nominal energy.
Industrial drone battery pack labelled 400Wh/kg shown beside a bare lithium cell to illustrate cell-level versus pack-level energy density
What a 400Wh/kg battery really means for drones: cell vs pack energy density, usable energy, and how it changes flight time and payload.
Battery discharge curve showing how a lower discharge cutoff voltage adds usable capacity at falling voltage and how cell, BMS and device cutoff limits stack.
How discharge cutoff voltage changes usable capacity, energy and cycle life, and how to compare battery datasheets under matched test conditions.
A heavy-lift industrial multirotor drone airframe with its battery pack, ESC, motor and propeller power path labelled, illustrating why higher-voltage batteries reduce current.
How higher pack voltage cuts current and IยฒR loss in industrial UAVs, plus an 8-step voltage selection and supplier verification guide.
A lithium-ion battery pack on a test bench showing a flat open-circuit voltage curve beside a declining capacity-retention curve
Normal OCV does not mean a healthy pack. Learn why voltage stays flat as capacity fades, and how to test capacity, DCIR and SOH properly.

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