BAK high power series – lithium-ion cells for demanding power applications
The BAK high power series combines advanced lithium-ion technology with exceptional power density and cycle stability. Featuring cylindrical cell formats (18650 and 21700), these cells are engineered for high pulse currents and stable voltage behavior under load. With their thermal resilience and low internal resistance, they are ideally suited for dynamic load profiles across a wide range of industrial and mobile use cases. The series is designed to meet the rigorous demands of industrial applications, safety systems, professional mobility solutions, and sensor technology.

Typical applications and key features

• Ideal for power tools, e-mobility, industrial equipment, and backup systems
• Designed for sensor and communication systems with high short-term energy demands
• High discharge capability with continuous currents up to 40 A
• Long cycle life combined with a compact cylindrical format
• Temperature-stable operation up to +75 °C during discharge
• Low internal resistance to minimize power loss
   

Performance profile and model examples
For maximum energy output under high current loads, the N21700CGP model delivers 4,000 mAh capacity with up to 40,000 mA discharge current – ideal for industrial power tools or mobile high-current applications.
The compact 18650 variants offer fine-tuned performance levels:
The N18650CQP combines 3,000 mAh capacity with 20,000 mA capability, making it suitable for durable applications in safety and surveillance technology.
When maximum discharge power is required, the N18650COP offers 2,500 mAh at up to 30,000 mA, making it the perfect fit for power peaks in mobile industrial environments.
With their robust construction and versatile performance, the BAK High Power Series represents a reliable, high-performance battery solution for demanding technical environments.

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BAK high capacity series – industrial lithium-ion cells for mid-power applications
The BAK high capacity Series represents reliable lithium-ion cell technology in standardized 18650 and 21700 formats. Combining high energy density, impulse strength, and thermal stability, these cells are engineered for performance in diverse industrial applications. Thanks to their standardized dimensions and robust electrochemical design based on Hi-Ni materials, they are easy to integrate into both established systems and new developments – from e-mobility and connected devices to industrial sensors and security technology.

Typical applications and key features

• E-bikes, electric scooters, e-motorcycles
• Portable and connected industrial devices
• Surveillance and security systems
• Smart metering and sensor technologies
• Power tools and mobile energy solutions
• Robust cycle life with up to 800 charge cycles
• Temperature stability from -20 °C to +70 °C
• High discharge rates up to 3C for peak power delivery
• Certified safety: GB, UN, UL, CB, PSE, BIS, BSMI
   

Performance profile and model examples
The BAK Middle Power Series spans a wide range of capacities: from compact 18650 cells with 2,600 mAh and up to 7,800 mA discharge current (e.g., N18650CH), to 21700 cells with up to 5,800 mAh (N21700CH-58E) that can deliver up to 11,600 mA. Applications requiring lightweight performance benefit from cells like the N21700CG-50E (only 67 g), while energy-intensive solutions are best served by high-capacity models such as N21700CK-55E or N21700CH-58E.

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BAK tabless series – high-performance cell technology for demanding applications
The Tabless design used in BAK cells represents a significant innovation in lithium-ion battery architecture. By eliminating traditional current collector tabs, these cells achieve lower internal resistance and more efficient current distribution. The result: high pulse capability, thermal stability, and long service life. This makes the BAK Tabless Series ideal for applications that demand strong peak performance and robust thermal behavior – from industrial systems and mobile devices to safety-critical operations.

Typical applications and key features

• Industrial electronics with high power demands
• Security systems requiring long-term reliability
• E-mobility and robotics with cyclic high-current loads
• Sensor and IoT devices where size and efficiency matter
• Temperature-resistant from -20 °C to +80 °C
• Cycle-stable up to 1000 cycles with high remaining capacity
• Fast-charging due to low internal impedance
• Compact design with excellent energy density
   

Performance profile and model examples 
The product line includes cylindrical cells in formats like 18650 and 2170. For compact setups, the INR18650-30D offers 3000 mAh capacity and short-term discharge currents up to 50,000 mA. For applications requiring maximum power and capacity, models like the INR2170-50D with 5000 mAh or the high-pulse INR2170-40D delivering up to 70,000 mA are ideal. The INR2170-45D stands out for longevity, retaining 82 % capacity after 800 cycles at 4400 mAh.

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EVE cylindrical-series: Cylindrical lithium-ion cells for industrial performance
The Cylindrical Series from EVE represents state-of-the-art lithium-ion technology in a robust cylindrical format. It combines high energy density, impulse-strong power output, and stable thermal performance—engineered for applications where performance and service life are key. Automated production ensures high consistency and excellent safety standards. Typical fields of application include industrial equipment, safety systems, mobility solutions, and connected sensor technologies.

Typical applications and key features:

• Power supply for portable industrial and measurement devices
• Battery packs for e-bikes, power tools, and logistics systems
• Backup batteries in safety-critical control units
• Operation in high-current devices under wide temperature ranges
• Fast-charging capable and high current tolerance up to 50 A
• Wide temperature range from -30 °C to +80 °C
• Certified to UL1642, UN38.3, IEC62133
   

Performance profile and model examples
For high-energy applications, the INR21700/50E offers a capacity of 5,000 mAh at 3.65 V - ideal for long-lasting energy storage. The more compact INR18650/35V delivers 3,500 mAh, perfectly suited for portable electronics with space constraints. Where high power is essential, the INR21700/40P supports continuous discharge currents up to 50,000 mA. Models like ICR18650/20P and 25P combine compact size with dynamic discharge capabilities up to 30,000 mA.

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Panasonic cylindrical general use series. Versatile lithium-ion cells for standard industrial and mobile applications
The Panasonic cylindrical general use series includes rechargeable lithium-ion round cells in the proven 18650 and 14500 formats—designed for a wide range of applications across industrial, mobile, and electronic systems. The cells are based on reliable NMC, NCA, and LCO chemistries that offer a balanced combination of energy density, cycle life, and safety.

Thanks to their high volumetric energy density, solid thermal resistance, and consistent power output, these cells are ideally suited for use in applications where reliability and compact form factor are critical—such as industrial electronics, sensors, medical devices, mobility systems, and safety equipment.

Typical applications and key features

• Suitable for notebook PCs, handhelds, two-way communication devices, medical systems, e‑bikes, backup systems, and robotics
• Reliable standard cells for cost-sensitive series production
• Compact design with high energy yield—up to 620 Wh/l
• Gravimetric energy density up to 226.5 Wh/kg with optimized weight
• Stable operation from –20 °C to +60 °C
• Designed for cyclic applications with moderate current requirements
   

Performance profile and model examples
The series offers a range of cell types tailored to different application needs—from ultra-compact formats to energy-optimized versions with maximum capacity. The UR14500AC features a slim format and delivers 800 mAh—ideal for space-constrained devices. For higher energy requirements, the UR18650ZTA provides 3,000 mAh and 11.1 Wh—suited for portable communication and computing systems. Variants like the UR18650ZM2 or UR18650F offer up to 2,600 mAh at a stable operating voltage of 3.6 V to 3.7 V, with discharge currents ranging from several hundred mA to 8 A (max. discharge current for UR18650ZM2).

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Panasonic high capacity series
The Panasonic high capacity series represents advanced lithium-ion technology in a cylindrical cell format, engineered for industrial-grade performance. Based on proven NCA chemistry (nickel–cobalt–aluminium oxide), this lineup combines industrial reliability with versatile form factors for multiple sectors, including industrial electronics, safety systems, mobile instrumentation, and e‑mobility.

Typical applications and key features

• Power sources for industrial equipment, sensor systems, and IoT
• Battery modules in safety-critical infrastructure
• Energy storage for portable medical and laboratory devices
• Power supply for e‑bikes, e‑scooters, robotics, and UAVs
• Optimized for operation in temperatures from –20 °C to +60 °C (during discharge)
• Cell formats: 18500, 18650, 21700
• High pulse discharge capability, up to 12 A (model dependent)
• Compact and energy-efficient—ideal for modular system architectures
   

Performance profile and model examples
The NCR2270A (21700) delivers 5,635 mAh at continuous discharge current of up to 12 A—an ideal solution for mobile drive systems. The NCR2170M, in the same form factor, offers exceptional energy density—perfect for space‑optimized applications with high endurance. The NCR18650GA provides 3,450 mAh, balancing capacity and compatibility—suited for portable industrial equipment. The NCR18650BF delivers 3,350 mAh with up to 4,875 mA discharge current, while the NCR18650BD offers 3,180 mAh as a robust choice for medium performance needs. The NCR1865K provides 3,100 mAh and is especially suitable for temperature‑stable applications. For compact applications, the NCR18500A (2,040 mAh) and NCR1850B (2,350 mAh) offer reliable energy storage in space‑critical sensor and control solutions.

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Panasonic high output-series - high-performance lithium-ion cells for demanding applications
The Cylindrical High Output series from Panasonic represents state-of-the-art lithium-ion technology in compact cylindrical format. These cells combine high energy density with pulse-strong current delivery and are engineered for maximum reliability – even under demanding temperature and load conditions. Their compact size makes them ideal for mobile devices, industrial applications, and mission-critical systems.

Typical applications and key features

• Industrial electronics: power tools, robotics, autonomous systems
• Mobility solutions: e-bikes, scooters, modular battery packs
• Security and communication systems: radio equipment, surveillance units
• Sensing and measurement technology: mobile test systems, data loggers
• Energy storage solutions: backup and emergency power systems
• Temperature-stable discharge behavior (up to +60 °C)
• Flat voltage curve for consistent output
• High cycle stability under continuous load
   

Performance profile and model examples
For applications that demand steady output in confined spaces, the UR18650RX offers up to 2050 mAh and supports 1C discharge rates – ideal for long-lasting applications with moderate energy demands. When maximum discharge current is the priority, the UR18650NSX delivers up to 2600 mAh and supports continuous loads up to 25 A – a solid choice for power tools and mobile systems with high energy turnover. Both models combine compact design with proven Panasonic quality – enabling energy-efficient, safe battery systems for industrial use.

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Panasonic prismatic general use series. Versatile standard cells in a flat format for industrial, consumer, and mobile applications
The prismatic lithium-ion cells in the Panasonic general use series are designed for a wide range of applications—from industrial and consumer electronics to mobility systems. These cells combine high energy density with a flat design and offer a broad capacity range—from 820 mAh to 2,000 mAh at a nominal voltage of 3.7 V. This makes them ideal for mobile devices, compact energy storage systems, and sensitive electronics.

Typical applications and key features

• Flat cells for portable electronics and modular battery systems
• Compact energy supply for IoT, robotics, and medical technology
• High cell capacities for extended runtimes in space-constrained designs
• Various cell chemistries available (LCO, NCA, NMC) depending on performance needs
• Discharge operation down to –20 °C—suitable for industrial environments
• Ideal for devices with medium to high energy demand and limited volume
   

Performance profile and model examples
The Panasonic general use series includes prismatic and pouch cells with 3.7 V nominal voltage and capacities from 820 to 2,000 mAh. For compact designs, the UF463443GUM provides 850 mAh at just 4.55 mm thickness. The UF463450FP and CGA573442 (each 960 mAh) are versatile for IoT and consumer applications. Higher energy densities are offered by pouch-format models like the UF553443ZU (1,040 mAh) or the NCA-based UF553450ZP (1,200 mAh). The UF653450SQ (1,300 mAh) and UF703450F (1,480 mAh) combine high capacity with compact form factors. For longer runtimes, the CGA103450A (1,950 mAh) and UF103450PN (up to 2,000 mAh) are available.

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Panasonic prismatic high capacity series - High-density energy for compact high-tech applications
The Panasonic prismatic high capacity series features lithium-ion cells designed specifically for applications where compact size and high energy density are critical. Thanks to their flat form factor, stable voltage output, and temperature tolerance up to +60 °C, these cells deliver reliable power in both mobile and industrial systems. With capacities of up to 4,530 mAh and volumetric energy densities exceeding 500 Wh/l, they are ideal for space-constrained devices.

Typical applications and key features

• Mobile devices: reliable energy for smartphones, tablets, and POS terminals
• Medical and IoT: stable performance under changing environmental conditions
• Camera and audio: compact power for camcorders and digital imaging systems
• Sensors and industrial electronics: ideal for cyclic operation and high energy density
• Wearables and embedded systems: flat cells for ultra-compact designs
• Capacities from 720 to 4,530 mAh—suitable for a wide range of system requirements

Performance profile and model examples
The series includes a variety of cell types tailored to different energy demands. NCA463436A (720 mAh), NCA523436 (840 mAh), NCA593142SA (1110 mAh), NCA622944SA (1170 mAh), NCA623535 (1100 mAh), NCA673440 (1265 mAh), NCA843436 (1300 mAh) und NCA882936SA (1310 mAh). Für mittlere Energiebedarfe stehen Zellen wie NCA793540 (1570 mAh), NCA593446 (1300 mAh), NCA103443 (2010 mAh), NCA103450 (2350 mAh) und NCA653864SA (2400 mAh) zur Verfügung. Anwendungen mit hohem Strombedarf bedienen die Modelle NCA903864A (3280 mAh), NCA496080SA (3490 mAh), NCA596080 (4170 mAh) sowie NCA596080SA mit 4530 mAh Kapazität.

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Panasonic high voltage series - Compact cylindrical cells designed for high-demand applications
The Panasonic high voltage series delivers maximum energy density in a standardized 18650 format. Leveraging advanced lithium-ion chemistries such as NMC (nickel manganese cobalt oxide) and NCA (nickel cobalt aluminum oxide), these cells achieve higher cell voltages—enabling more efficient use of limited space. These properties make the series a strong choice for industrial systems, safety technologies, mobility solutions, and sensor applications. Thanks to their thermal stability and reliable performance under cyclic loads, they meet the demands of high-end development projects.

Typical applications and key features

• Portable devices, robotics, and industrial communication systems
• High gravimetric and volumetric energy density for space-constrained designs
• Extended charge voltage up to 4.35 V for more energy per cell
• Stable performance in varying ambient temperatures (–20 °C to +60 °C during discharge)
• Long cycle life—even under frequent charge/discharge conditions

Performance profile and model examples
The Panasonic high voltage series includes several models tailored to a broad range of use cases. The UR18650ZY, with a typical capacity of 2,600 mAh and charge current up to 1,750 mA, is ideal for compact, energy-efficient devices requiring high reliability. For high-demand systems, the UR18650ZTA is the model of choice: it offers a typical capacity of 3,000 mAh, a charge cut-off voltage of 4.35 V, and energy density of up to 620 Wh/l—delivering strong pulse performance for power-intensive mobile applications.

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Panasonic pouch high voltage series - High-performance cells in a flat format for compact system integration
Panasonic’s high voltage pouch cells are based on advanced lithium-ion technology and offer a nominal voltage of 3.85 V. They are ideal for industrial battery systems where high energy density must be achieved in a compact format. Typical use cases include mobile applications, space-constrained power supplies, and industrial sensor systems.

Typical applications and key features

• Compact energy supply for modular battery systems
• Buffer and supply solutions for industrial electronics and embedded systems
• Flat cell integration in mobile devices with limited installation space
• Pouch format for flexible mechanical system design
• High cell capacities for extended runtime
• Nominal voltage of 3.85 V—optimized for high-voltage systems
• Suitable for integration into custom cell packs and modules

Performance profile and model examples
For highly compact systems, Panasonic offers the UPF496171Z, a lightweight pouch cell with a typical capacity of 3,550 mAh and a weight of only 47.4 g. With a slim height of just 4.9 mm, it fits efficiently into space-optimized designs—ideal for mid-range energy requirements. The UPF4564124ZB represents the next performance level: with a capacity of 6,000 mAh and a thickness of only 4.5 mm, this cell is designed for high-energy applications with strict height constraints. Despite its high capacity, the cell weighs only 81.1 g.

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