This company designs and manufactures high-performance battery systems specifically for high power applications. They also develop integration solutions for electric and hybrid propulsion systems. Additionally, the company offers design and implementation services for broader mobility and energy systems.
Funding
$100K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
The electric vehicle market requires efficient and reliable battery systems and powertrain integration to meet the increasing demand for sustainable transportation solutions. Developing and testing these systems can be complex and resource-intensive, requiring specialized expertise and equipment.
Solution
Fast Charge Engineering (FCE) designs and manufactures high-performance battery modules and complete battery packs tailored to customer specifications, offering solutions for cylindrical, pouch, and prismatic cell types. FCE also provides comprehensive powertrain integration services for electric and hybrid vehicles, including the selection of traction drives, design of HV/LV electrical systems, and development of control firmware. In addition, FCE offers testing, design, and fabrication services for energy components and devices, supporting companies in the development of innovative energy solutions.
Target Audience
FCE's primary customers include electric and hybrid vehicle manufacturers, automotive suppliers, and companies involved in the development and testing of energy storage and propulsion systems.
Features
- Custom battery module and pack design, considering cell type, electrical layout, and mechanical/thermal performance
- Patented direct liquid cooling technology for enhanced thermal management in battery modules and packs
- Battery Management System (BMS) development with flexible voltage/temperature sensing and communication protocol configuration (CAN bus, CAN FD, Lin)
- High Voltage (HV) and Low Voltage (LV) connector expertise, including wiring design, HVIL circuitry, and cable sizing
- Electromechanical management system design for powertrain high voltage circuits, both inside and outside the battery pack
- Vehicle Control Unit (VCU) selection and firmware development for full electric and hybrid vehicle applications
- Support for On-Board Charger selection and DC/DC converter integration
- Electrified supercharging systems for internal combustion engines, including eboosters, eturbos, 48V batteries, and VCUs
- Battery testing services for single cells and full modules at high currents (up to 900A)
- Design and fabrication of custom electronic boards, such as BMS, gateways, datalogging devices, and dashboards
- CNC and 3D-printed mechanical component design and manufacturing for experimental automotive and stationary applications
- FEM structural verification and CFD thermofluidodynamic analysis