We use cookies on our website.
Some of them are necessary for the functioning of the site, but you can decide about others.
Battery Cycler
All-in-One Cycling, Bi-directional Power Supply.
Modular Power. Scales with Your Research.
The All-in-One Workstation for Battery Research & Development
Our new battery cycling platform combines modular power, precise multichannel voltage monitoring with temperature sensing, and intuitive software to make testing any chemistry simple and scalable. At the heart of the system is a bi-directional power source, matched to the exact performance needs of your lab. Choose the source yourself, or let Kolibrik tailor the perfect setup.
With voltage monitoring via our proven CVM modules, multichannel temperature sensing, and control through Kolibrik Measuring Software, the Battery Cycler brings accuracy, scalability, and simplicity into one seamless system. The workstation communicates via Ethernet.
Curious to learn more or explore how it could fit your research?
Solution Highlights
Purpose-Built Efficiency
Precise results, optimized for cost-effective testing thanks to specialized design.
Bi-directional power, built your way
Integrated bi-directional power supply, pre-configured or selected by you.
True multichannel operation
Test multiple cells or modules simultaneously — voltage and temperature.
Kolibrik Meauring Software inside
The same intuitive, proven platform used across all our high-power systems.
Battery Cycler Connection
Purpose-Built for Battery R&D
Make your battery research faster, easier, and more reliable.
Measure the full battery pack while keeping track of individual cell voltages for deeper insights with precise voltage monitoring, thanks to our proven CVM technology. Start small and expand as your projects grow — the modular system adapts to any scale.
With intuitive Kolibrik Software designed for scientists, setup is quick, automation is simple, and long experiments run smoothly without supervision. Less time troubleshooting, more time discovering.
What It's Used For: The Main Goal
The ultimate goal of using a battery cycler isn't just to charge a battery for use—it's to characterize its health and performance.
Researchers use the data collected to answer critical questions:
Capacity
What is the battery's true energy storage capacity, and how does it fade over time?
Cycle Life
How many times can the battery be charged and discharged before it significantly degrades?
Efficiency
How much of the energy put into the battery during charging is actually returned during discharging?
Safety and Behavior
How does the battery perform under different charge rates, temperatures, or stress conditions?
Application Examples
Lithium-ion cycling for EV research
Long-term stability tests for grid-scale batteries
Fast prototyping for startup labs
Educational use in universities — easy to learn, quick to deploy
Tell us your requirements.
Whether you need a custom device, system integration, or a complete solution — designed for your application, power range, and specific requirements — we’ll help design it.
Send us a few details and our engineers will get back to you with ideas, options, and the next steps.
