Looking for the right cell ?
Nothing is easier than that!
The BateÂmo Cell ExplorÂer helps you to quickÂly find cells that fullÂfil your requireÂments. Scroll down, type in your requireÂments and check for relÂeÂvant cells in your application.
Step 1: Your Cell Requirements
Type in your requireÂments and use the slidÂers to filÂter the corÂreÂspondÂing range. Leave unknown valÂues blank or use the BateÂmo Pack Designer
to idenÂtiÂfy the cell requireÂments for your appliÂcaÂtion. Then scroll down to see the relÂeÂvant cells.
Your RequireÂment
Enter your TarÂget Values:
FilÂter
CapacÂiÂty
EnerÂgy
PowÂer
CurÂrent
ForÂmat
Ah
Wh
W
A
18650
21700
pouch
prismatic
21700
pouch
prismatic
CapacÂiÂty:
The capacÂiÂty is meaÂsured by disÂchargÂing the cell at an ambiÂent temÂperÂaÂture of 25°C from 100% with a conÂstant curÂrent C/10 until the lowÂer voltÂage limÂit is reached.
EnerÂgy:
The enerÂgy is meaÂsured by disÂchargÂing the cell at an ambiÂent temÂperÂaÂture of 25°C from 100% with a conÂstant curÂrent of C/10 until the lowÂer voltÂage limÂit is reached.
PowÂer:
The cell peak powÂer is defined to be the powÂer the cell can delivÂer for 5 minÂutes. ThereÂfore, the cell is disÂcharged from 100% SOC at an ambiÂent temÂperÂaÂture of 25°C with a conÂstant curÂrent until either the lowÂer voltÂage limÂit or the maxÂiÂmum surÂface temÂperÂaÂture is reached after 5 minÂutes. For cells which reach the maxÂiÂmum surÂface temÂperÂaÂture, the meaÂsured powÂer is directÂly takÂen as peak powÂer. For cells which reach the minÂiÂmum voltÂage after 5 minÂutes, the meaÂsured powÂer is mulÂtiÂplied by a corÂrecÂtion facÂtor, that estiÂmates the powÂer which would have heatÂed up the cell to the maxÂiÂmum surÂface temÂperÂaÂture withÂin 5 minÂutes. The therÂmal boundÂary conÂdiÂtion is free conÂvecÂtion. This operÂaÂtion of the cell might be outÂside the specÂiÂfiÂcaÂtion of the cell manufacturer.
CurÂrent:
The cell peak curÂrent is defined to be the curÂrent the cell can delivÂer for 5 minÂutes. ThereÂfore, the cell is disÂcharged from 100% SOC at an ambiÂent temÂperÂaÂture of 25°C with a conÂstant curÂrent until either the lowÂer voltÂage limÂit or the maxÂiÂmum surÂface temÂperÂaÂture is reached after 5 minÂutes. For cells which reach the maxÂiÂmum surÂface temÂperÂaÂture , the meaÂsured curÂrent is directÂly takÂen as peak curÂrent. For cells which reach the minÂiÂmum voltÂage after 5 minÂutes, the meaÂsured curÂrent is mulÂtiÂplied by a corÂrecÂtion facÂtor, that estiÂmates the curÂrent which would have heatÂed up the cell to the maxÂiÂmum surÂface temÂperÂaÂture withÂin 5 minÂutes. The therÂmal boundÂary conÂdiÂtion is free conÂvecÂtion. This operÂaÂtion of the cell might be outÂside the specÂiÂfiÂcaÂtion of the cell manufacturer.
The capacÂiÂty is meaÂsured by disÂchargÂing the cell at an ambiÂent temÂperÂaÂture of 25°C from 100% with a conÂstant curÂrent C/10 until the lowÂer voltÂage limÂit is reached.
EnerÂgy:
The enerÂgy is meaÂsured by disÂchargÂing the cell at an ambiÂent temÂperÂaÂture of 25°C from 100% with a conÂstant curÂrent of C/10 until the lowÂer voltÂage limÂit is reached.
PowÂer:
The cell peak powÂer is defined to be the powÂer the cell can delivÂer for 5 minÂutes. ThereÂfore, the cell is disÂcharged from 100% SOC at an ambiÂent temÂperÂaÂture of 25°C with a conÂstant curÂrent until either the lowÂer voltÂage limÂit or the maxÂiÂmum surÂface temÂperÂaÂture is reached after 5 minÂutes. For cells which reach the maxÂiÂmum surÂface temÂperÂaÂture, the meaÂsured powÂer is directÂly takÂen as peak powÂer. For cells which reach the minÂiÂmum voltÂage after 5 minÂutes, the meaÂsured powÂer is mulÂtiÂplied by a corÂrecÂtion facÂtor, that estiÂmates the powÂer which would have heatÂed up the cell to the maxÂiÂmum surÂface temÂperÂaÂture withÂin 5 minÂutes. The therÂmal boundÂary conÂdiÂtion is free conÂvecÂtion. This operÂaÂtion of the cell might be outÂside the specÂiÂfiÂcaÂtion of the cell manufacturer.
CurÂrent:
The cell peak curÂrent is defined to be the curÂrent the cell can delivÂer for 5 minÂutes. ThereÂfore, the cell is disÂcharged from 100% SOC at an ambiÂent temÂperÂaÂture of 25°C with a conÂstant curÂrent until either the lowÂer voltÂage limÂit or the maxÂiÂmum surÂface temÂperÂaÂture is reached after 5 minÂutes. For cells which reach the maxÂiÂmum surÂface temÂperÂaÂture , the meaÂsured curÂrent is directÂly takÂen as peak curÂrent. For cells which reach the minÂiÂmum voltÂage after 5 minÂutes, the meaÂsured curÂrent is mulÂtiÂplied by a corÂrecÂtion facÂtor, that estiÂmates the curÂrent which would have heatÂed up the cell to the maxÂiÂmum surÂface temÂperÂaÂture withÂin 5 minÂutes. The therÂmal boundÂary conÂdiÂtion is free conÂvecÂtion. This operÂaÂtion of the cell might be outÂside the specÂiÂfiÂcaÂtion of the cell manufacturer.
Step 2: Cells
The graph shows the cells that are relÂeÂvant in your appliÂcaÂtion. HovÂer over the cirÂcuÂlar marks to see the cell manÂuÂfacÂturÂer and cell name. You can also zoom into the graph by scrolling and drag the graph where you want it. To reset the view just right click into the graph.
Format:
18650
21700
Pouch
PrisÂmatÂic
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SetÂup Graph:
Axis
Type
Please put in at least one requireÂment valÂue to show an overview table of your relÂeÂvant cells.
The table gives on overview of your relÂeÂvant cells. Use the table to comÂpare difÂferÂent cells and to get more details. ConÂsidÂer to go back to Step 1 to change requireÂments or to tightÂen or loosen filÂter settings.
Your Requirement
— Ah
— Wh
— W
— A
Next Steps
Great, you idenÂtiÂfied relÂeÂvant cells for our appliÂcaÂtion. You did that based on your capacÂiÂty, curÂrent, enerÂgy and powÂer requireÂments. To make the right cell choice and to develÂop your batÂtery sysÂtem, you must go deeper:
- BateÂmo Cells BatÂtery sysÂtems are develÂoped based on simÂuÂlaÂtions. We help you out and supÂply everyÂthing you need.
- BateÂmo Cell Data To furÂther evalÂuÂate if a cerÂtain cell is the right choice for you, you must anaÂlyze the cell perÂforÂmance in the whole operÂaÂtional area. ThereÂfore, you need extenÂsive meaÂsureÂment data that allows a detailed analyÂsis and the comÂparÂiÂson of difÂferÂent cells. We have all you need!
- BateÂmo Cell Report InterÂestÂed in a techÂniÂcal deep dive? Then our report is what you need. You learn the details about the cell includÂing the outÂer and inner conÂstrucÂtion, the safeÂty feaÂtures and the materials.