How to select a custom battery pack: 6 steps from requirement to solution
Custom battery pack selection moves through six steps: usage condition…
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Battery pack guides
Selection methods, parameter reading, certification and transport, and the questions we hear most — all in one place. For anything specific, send us your requirements.
Articles
Selection and technical articles
Pick by the question you are solving right now: how to select, how to read specifications, how to handle certification, how long a pack lasts.
Prismatic vs cylindrical vs pouch battery packs: what is the difference
Prismatic, cylindrical and pouch are the three form factors of a batte…
ReadSodium-ion vs lithium-ion battery packs: positioning and where each fits
Sodium-ion and lithium-ion packs are positioned differently — one does…
ReadHow to confirm a battery pack BMS communication protocol: CAN, RS485 and system interfaces
A battery pack BMS communication protocol is confirmed against your sy…
ReadWhat certifications and transport documents does battery export need
Export certification and transport documents are handled per target ma…
ReadBattery pack temperature adaptability: why vehicle and outdoor devices need a separate assessment
A pack’s temperature adaptability is set by its chemistry, thermal des…
ReadHow to read a battery pack spec sheet: key parameters explained
Reading a spec sheet means understanding what each parameter answers. …
Read6 common mistakes in battery pack selection and how to avoid them
A common selection mistake is looking only at capacity or only at pric…
ReadWhat to prepare before you request a battery pack quote
State the application and end product, voltage and capacity, charge an…
ReadNew structure vs existing structure: balancing cost and lead time
Reusing an existing structure is faster with lower upfront input, but …
ReadHow long does a battery pack last: factors and how to assess it
How long a pack lasts has no fixed answer; it depends on standby curre…
ReadBattery pack customization: 30 frequently asked questions
From selection, samples, certification and transport to BMS, form fact…
ReadVoltage
Find by voltage platform
Once your system voltage is set, the matching voltage page shows where it fits and what to confirm. Capacities from 0.1 Ah to 600 Ah are built to your requirements; voltage platforms not listed here can be assessed as well — just tell us what you need.
6.4V battery pack
The 6.4 V platform matches low-power standby duty — emergenc…
View7.4V battery pack
The 7.4 V platform matches consumer electronics and low-powe…
View11.1V battery pack
The 11.1 V platform matches portable electronics and low-pow…
View14.8V battery pack
The 14.8 V platform sits between consumer electronics and li…
View18.5V battery pack
The 18.5 V platform mainly serves light power duty — garden …
View22.2V battery pack
The 22.2 V platform serves professional power tools, garden …
View12V battery pack
The 12 V platform is the common voltage for in-vehicle and o…
View12.8V battery pack
12.8 V is the LiFePO4 voltage that maps directly onto 12 V l…
View24V battery pack
The 24 V platform is well established in small electric fork…
View25.6V battery pack
The 25.6 V platform is a common LFP voltage, where cycle per…
View36V battery pack
The 36 V platform is well established in two-wheelers, scoot…
View48V battery pack
The 48 V platform is widely used in electric forklifts, AGV …
View51.2V battery pack
51.2 V is a common system voltage for LFP-based packs, and B…
View60V battery pack
The 60 V platform mainly serves mid- and low-speed vehicles …
View72V battery pack
The 72 V platform serves high-current duty — electric motorc…
View96V battery pack
The 96 V platform serves industrial vehicles, marine propuls…
View110V battery pack
The 110 V platform serves industrial equipment, rail transit…
ViewForm factor
Find by form factor
Prismatic, cylindrical and pouch each suit different duty. The cylindrical page includes a table of the size platforms in common use. Capacities from 0.1 Ah to 600 Ah and both continuous and peak rates are built to your duty cycle.
Scenarios
Find by application
Application pages across 27 fields, written down to the end-product level.
All application fields
Entry points across 27 fields: storage, mobility, robotics, metering and more.
OpenBattery pack selection proposals — describe the need and we deliver
Application, runtime, size, temperature and budget — spell out these few items and battery selection, BMS matching and a cost estimate come back in one pass.