Battery Japan2013
We are participating in Battery Japan 2013 - 4th Int\'l Rechargeable Battery Expo

- held from Feb. 27 (Wed) to March 1 (Fri), 2013

Please visit our booth located in Korea Pavilion

We are pleased to inform you that we will be exhibiiting at upcoming Battery Japan 2013,

held from Feb. 27 (Wed) ~ Mar. 1 (Fri), 2013 at Tokyo Big Sight in Japan.

It is our honor to invite you to our booth and share the specific details about our products/


SM version 3.3 released
  SM version 3.3 released

More new techniques added

Potentiostatic IV curve -BAT optional software package
Galvanostatic IV curve -BAT optional software package

External booster control Added

Deposition mode added

For stripping voltammetry techniques, Deposition function was added.

SM version 3.2 released
  SM version 3.2 released

More new techniques added

Multisine techniques(PEIS,GEIS) -EIS optional software package
Galvanodynamic HFR-EIS optional software package
Galvanodynamic GEIS -EIS optional software package
Variable Scan rate CV -BAT optional software package
Potentiostatic ECN -COR optional software package
Galvanostatic ECN -COR optional software package
ZRA mode ECN -COR optional software package

Multichannel Strip Chart function Added

More Graphs function added

More shortcut :  Eref vs |Q| graph in DC graph, Rs & Cs vs. frequency in EIS graph, Cycle No vs. DOC(Depth of Discharge) graph in Cycle graph
Advance graph setting Menu added
Hide rest data function added
Drop data file on overlayed graph

Data conversion Tool added

Data editing function on report

Data searching/filtering on report: File, Cycle No, Step Number

Tag function added for Constant control (Pstat,Gstat,C-rate,Power,Load,OCP)

Multichannel configuration available for single channel series(SP2, SP5, PP1)

Ripple simulation function Added (SM software)
Battery charger is used for charging secondary battery. Generally voltage or current ripple exists and it may effect battery capability.
Sine wave generator function was added to ZiveLab's SM software to simulate ripple.
There is 4 kinds of control function.
. galvanostatic sine wave
. potentiostatic sine wave
. power sine wave(Bias: power control, sinewave: current control)
. load sine wave (Bias: load control, sine wave: current control)

User can set the following parameter
1. Offset: voltage , current , power, load
2. Sinewave frequency
3. Amplitude (peak to peak value

Following example is;
   Charing(G-SINE)-> CC discharging->CC Charging -> CC discharging (These 4 steps cycling)

Voltage averaging profile

Voltage vs. Cpacity