Cells age differently
Their characteristics become different over time.
Rethink Battery Architecture
Nubacell develops cell-level switching electronics that enable batteries to dynamically reconfigure during operation.
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Longer Battery Life
Use the available capacity of all cells more effectively.
Programmable Voltage
Configure and adapt battery output voltage in software.
Fault-Tolerant Operation
Automatically bypass faulty cells while keeping the battery operational.
Modular Serviceability
Repair, replace or expand the battery at cell or module level.
Second-Life Ready
Use aged and second-life cells more effectively.
Flexible Architecture
Combine different cells or integrate supercapacitors.
01 / Conventional architecture
Why conventional battery architecture is no longer enough
Healthy capacity remains unused
Energy still available in other cells cannot be fully utilised.
The economics have changed
Batteries are now larger, more widespread and more valuable. Better utilisation now creates a strong economic case for cell-level control.
Conventional battery · Fixed series connection
02 / Nubacell reconfigurable architecture
How the technology works
Nubacell changes the fixed battery architecture by adding continuous, automatic control at cell level.
- MonitorThe condition of every cell is monitored individually.
- SwitchIndividual cells are automatically connected or bypassed.
- ReconfigureThe battery adapts its configuration and output parameters during operation.
03 / What we offer
Products
01
Cell-Level Switching Electronics
→Modular electronics that monitor and individually switch battery cells, enabling dynamic reconfiguration, cell bypass and output control.
For battery manufacturers
To integrate cell-level control into new battery systems.
02
Custom Reconfigurable Batteries
→Custom battery systems built around Nubacell’s reconfigurable architecture for laboratory, industrial and specialised applications.
For product developers
To improve product performance with a purpose-built reconfigurable battery.
03
Industrial High-Density Cell Tester
→An industrial platform for testing many cells simultaneously and building functional electrical models of conventional or reconfigurable batteries. The models use real cells and can be operated and measured under load.
For cell manufacturers, battery system developers and test labs
To reduce cell-testing cost or validate the electrical performance of a battery design before building a pack prototype.
04
Cell-Level Battery Monitoring Platform
→A wireless platform for monitoring every cell in your battery prototype. Sensors connected to individual cells provide cell-level voltage and temperature data, alongside battery current and overall condition, through a browser-based interface.
For battery development teams
To observe and compare individual cell behaviour throughout prototype development and testing.
04 / Evidence
Proven beyond simulation.
From patented architecture to high-current validation with physical cells.
01 / Working hardware
Portable Battery Technology Demonstrator (The Case)Cell-level monitoring, bypass and dynamic reconfiguration implemented with physical cells.
02 / Intellectual property
UK Patent GB2601017
Patent for the reconfigurable battery architecture, granted in 2023.
03 / High-current validation
High-current test platform
Enables customers to validate Nubacell’s reconfigurable battery architecture using their own cells at currents up to 150 A.
Designed and engineered in the UK.
05 / Contact
Let’s discuss your battery application
Developing a new battery, exploring reconfigurable architectures or testing cells at scale? Let’s find the right integration approach.
Contact us