Custom Vehicle Electrification Solutions
We develop vehicle electrification solutions, converting internal combustion engines into electric motors. Our team selects and integrates system components, tailoring them for trucks, cars, boats, and heavy machinery.
Our engineers can work alongside your team of mechanics and electricians. We’re ready to assist you in reverse engineering and software development, ensuring each component functions seamlessly within your system.
Why Our Clients Order Electrification Solutions
Specialised Vehicles We Work With
with waste press
Side and rear
loader waste trucks
Our Automotive Electrification Services
Our automotive electrification services span from truck to ship electrification solutions.
The complete conversion process for a single model typically takes 8-12 months.
And with comprehensive tech documentation from our clients, the process will speed up even more as we'll skip the reengineering phase. We'll get the result faster for additional vehicles of the same model.
Reverse engineering includes examining and disaggregating systems to understand their operation. This process helps us create detailed requirements for the following steps.
Using insights gathered through reverse engineering, we take existing components, connect them, and combine them into the system.
After integration, we build missing components, which could involve emulation, simulation, new code, algorithms, interfaces, and more.
QA and code testing
Employing various tools, including CAN, Ethernet, and JTAG, we validate that old and new components interact seamlessly and do not overload the system.
Our Case Study on Vehicle Electrification
We transformed diesel utility trucks into electric vehicles for a German automotive company. They now offer integrated features such as heating, air conditioning, recuperation, hill start assist, and AC/DC charging. This electrification broadened our client's market reach within the DACH region and EU cities.
Our team integrated an ECU based on a microcontroller by TTControl to manage the electrical system — motor, inverter, charging, and more. Using Codesys, we developed ST language code for the device, enhancing adaptability.
More about this case study →
Our Tech Stack
HYDAC eVision² 7.0, Qt
6 slaves, 126 battery cells, 380V
C,C++,Rust, ST (structured text), similar to PLC programming
Charging up to 20/100 kW
HYDAC TTC-580 EV system and vehicle interface
ARADEX-powered electric motor and inverter technology. Key specifications: power output of 90 kW for the electric motor and a maximum torque of 1150 Nm.
KEB's inverter for power steering | MOTEG motors for the air brake system compressor | Recuperation | Cruise control | Air conditioning
Whom We Serve
We collaborate with specialised vehicle suppliers who opt for automotive electrification. Our team integrates electric motors, batteries, inverters, and other components to transform diesel vehicles into electric units. Such projects often involve the reverse engineering of communication protocols, ensuring that all systems operate flawlessly despite component replacements or removals.
We help our clients in the EV manufacturing sector select suitable components, outline requirements and create comprehensive software to ensure seamless operation between their chosen components. Typically, they have thorough documentation on how original electronic systems function, but even when it is unavailable, our engineers employ experimental methods to decipher how vehicle components operate.
Our background in highly regulated automotive projects allows us to work in the most complex project environments in the industry.
We offer flexibility for our on-site resources, essential for hands-on tasks such as system bring-up, tuning, and thorough testing of hardware and software solutions.
In-depth ECU expertise
Our understanding of ECU specifics allows us to create various modules and systems across electric, hybrid, and internal combustion vehicles.
Our Engagement Models
Time & Material
– Payments for actual hours worked
– Regular reporting of time and results
– Regular communication with the team
– Connecting / disconnecting engineers on request
– Flexible development process
– Fixed monthly costs
– Custom-built team with specific competencies
– Fully dedicated engineering team
– Comprehensive IT infrastructure
– Max efficiency for complex projects
– Budget control
– Reduced risk
– Flexible resource allocation
– Clear scope
– Predictable timeline
– Quality control
Do You Need a Quote for Vehicle Electrification Solution?
Drop us a line about your project! We will contact you today or the next business day. All submitted information will be kept confidential.