BCS-MM01Master ModuleAlgorithms, logging and communication
BCS-PM01Power ModuleHV supply, contactors and pack measurement
BCS-CMCell ModuleCell voltage, temperature and balancing
BCS-DM01Display Module4.3″ high-contrast, high-brightness display
BCS-AM01–04Current ModuleShunt current measurement up to ±1825 AIn developmentCell Module, active balancingUp to 3 A balancing on half the footprint
Volteek designs modular battery control systems that measure every cell, balance charge and protect packs up to 1200 V. Built for motorsport, industrial machines, energy storage and space.
The system is modular, so additional modules integrate without redesign. Tailor it to your requirements, whether that is motorsport, energy storage or space.
Protection is designed in at every level, with redundant paths for the measurements that matter most.
Accurate state estimation and stored history turn raw measurements into decisions for drivers, operators and fleet teams.
Chain cell modules as the pack grows. The same master, firmware and tools carry across every project.
Each module does one job well. Select a module in the diagram or the list for its key data, or open the products page for full specifications.
Modules are detected and configured automatically, then tuned in a simple GUI.
High-accuracy measurement with sampling up to 2 kHz.
System development and design, plus integration support for your product.
In a series pack the emptiest cell decides when the whole pack stops. Passive balancing bleeds the fuller cells down to match it and turns the difference into heat. Active balancing moves that charge to the cells that need it, so the pack keeps more usable energy.
Our cell module with active cell balancing is in developmentSimplified illustration: 16 cells in series, state of charge per cell, active balancing modelled at the expected conversion efficiency of about 96%. The dashed yellow line marks the emptiest cell, which sets usable pack charge.
The same platform scales from a motorcycle to grid storage. These are the fields we design for most often.
High current, high vibration and no room for surprises on track or on the road.
Long shifts, harsh sites and machines that have to report their own health.
Storage that runs for years, where every percent of capacity has a price.
Tell us about your pack or project and we will get back to you.
Engineering the future of energy
Advanced high-voltage technology that improves reliability, energy density and lifespan. Built for high-reliability applications, with energy management you can customise for your industry.
Five modules are available today. A cell module with active cell balancing is in development.
An integrated high-voltage DC/DC converter powers the system straight from the pack. It supports up to 380 cells in series, with up to 16 cells per cell module, and combines precise measurement with advanced state-of-charge algorithms. Galvanically isolated communication, fault detection and the Intelligent ShutDown Circuit (iSDC) keep the pack safe, while 100 Mbit/s Ethernet, CAN 2.0B, USB, RS 485 and GPIO connect it to almost any application.
Five modules are available today, each with its own page of parameters, order codes and renders. A cell module with active cell balancing is in development.
BCS-MM01
Algorithms, logging and communication.
BCS-PM01
HV supply, contactors and pack measurement.
BCS-CM
Cell voltage, temperature and balancing.
BCS-DM01
4.3″ high-contrast, high-brightness display.
BCS-AM01–04
Shunt current measurement up to ±1825 A.
Up to 3 A of active balancing on about half the footprint of BCS-CM01601.
Hardware, firmware and software can be configured to suit your application.
Handles communication with the user and with peripheral devices such as the cell modules, power module and charger. Two processors increase cybersecurity and reduce power consumption.
BCS-MM01 · top view| Part number | Module |
|---|---|
| BCS-MM01 | Master Module |
Or email info@volteek.com
Manages the flow of energy to and from the battery. It controls the battery contactors, handles protection and measures the pack.
BCS-PM01 · top view| Part number | Module |
|---|---|
| BCS-PM01 | Power Module |
Or email info@volteek.com
Measures and balances the cell voltages and monitors module temperatures. An intelligent balancing algorithm keeps heat generation low.
BCS-CM01601 · top view| Part number | Cells | Max. cell V | Balancing | Temp. inputs |
|---|---|---|---|---|
| BCS-CM01601 | 16 | 5 V | 800 mA | 14 |
| BCS-CM01201 | 12 | 5 V | 800 mA | 14 |
| BCS-CM00801 | 8 | 5 V | 450 mA | 7 |
Or email info@volteek.com
A high-contrast, high-brightness display that keeps battery status and performance readable in any conditions, so users get to the data they need quickly.
BCS-DM01 · live data| Part number | Module |
|---|---|
| BCS-DM01 | Display Module |
Or email info@volteek.com
Measures the current entering and leaving the battery pack at a high refresh rate and reports to the other modules over the isoCAN bus.
BCS-AM01–04 · perspective| Part number | Measurement range |
|---|---|
| BCS-AM01 | ±250 A |
| BCS-AM02 | ±500 A |
| BCS-AM03 | ±1000 A |
| BCS-AM04 | ±1825 A |
Or email info@volteek.com
We are developing a cell module that balances actively. It delivers the same performance as BCS-CM01601 on about half the footprint, raises the balancing current to up to 3 A, and moves charge between cells at an expected efficiency of about 96% instead of burning it as heat. It works with the same BCS system you use today.
BCS-CM01601 · 148 × 63 mm| BCS-CM01601 | Active balancing · in development | |
|---|---|---|
| Status | Available | In development |
| Balancing method | Passive, surplus charge bled off as heat | Active, charge moved between cells |
| Balancing current | 800 mA | Up to 3 A |
| Footprint | Reference, 148 × 63 mm | About 50%, same performance |
| Balancing efficiency | None, all balancing energy becomes heat | About 96% expected, only about 4% lost |
| System compatibility | BCS platform, isoCAN | Same, works with existing BCS modules |
A passive balancer drains the fullest cells through resistors, so every watt it removes turns into heat inside the pack. That is why passive balancing currents stay low.
The active cell module moves that energy to the emptier cells instead. At an expected efficiency of about 96%, only around 4% of the energy moved is lost as heat, which is what makes a balancing current of up to 3 A practical.
Simplified illustration: 16 cells in series, state of charge per cell, active balancing modelled at the expected conversion efficiency of about 96%. The dashed yellow line marks the emptiest cell, which sets usable pack charge.
The released BCS-CM cell module covers 8, 12 or 16 cells per module, with ±1.9 mV cell voltage accuracy.
Turnkey engineering solutions
Our team combines design and engineering to deliver customised solutions quickly and reliably. From concept to execution, we turn your idea into a working product with end-to-end services.
From firmware for embedded systems, through user interface development, all the way to cybersecurity and networking.
Design of complex high-speed and high-power PCBs, including their mechanical properties, mounting, vibration isolation and cooling.
From system-level architecture and feasibility studies to integration into existing systems, ensuring compatibility with your current infrastructure.
We have extensive experience developing high-voltage electronics. High voltage lets us build more power-dense and efficient systems for applications where it matters.
We have developed systems for devices that operate in extreme conditions. We design electronics and mechanical subsystems that survive a race weekend or prolonged operation in space.
Tell us what you are building and when you need it.
Space grade technologies
Volteek is developing advanced battery control solutions for aerospace, space and other high-reliability applications. Our electronics already have flight heritage in orbit.
We developed the on-board computer hardware for KOSTKA, the 1U CubeSat built by the YSpace team at Brno University of Technology: a dual-processor PC/104 board with redundant memory, inertial sensing, temperature channels and a camera interface. It has been flying since July 2026.
Mission KOSTKA at cubesat.czA PC/104 on-board computer board for CubeSat-class missions. Our hardware combines a high-performance main processor and a lower-power coprocessor with redundant non-volatile memory, external PSRAM, spacecraft bus transceivers, inertial sensing, a parallel camera interface and four RTD measurement channels.
The Volteek Space Battery System is a modular, Li-ion based power storage unit for satellites from 10 to 1000 kg. Modules connect in series or parallel to scale the voltage and capacity of the battery stack.
Connect modules in series or parallel to reach the voltage and capacity the mission needs.
Separate charge and discharge interfaces fit into distributed power storage architectures.
Overvoltage, undervoltage, short-circuit and over-temperature protection, configurable remotely.
Cell charging, active cell balancing and heating are managed on board, autonomously.
Survival mode, watchdog recovery, safe-state transitions and startup arbitration.
Every event is reported to the spacecraft over a redundant, isolated CAN bus.
How we develop the Space Battery System, from the first requirement to flight hardware.
This project is implemented with financial support from the Technology Incubation programme.
Talk to us about high-reliability battery control for your mission.
Tailored engineering expertise
Whether you are interested in our battery control solutions or our R&D capabilities, we are here to help. Let’s shape the future together.
IČ: 19638515
DIČ: CZ19638515
Spisová značka: C 135473
Krajský soud v Brně
