Documented hardware for programs where repeatability and integration clarity matter more than volume.
Research programs fail on hardware variability, not ideas. MonoLith™ standardizes the battery stack with pre-engineered families that include traceable cells, repeatable wire-bonded module assembly, and full documentation from day one.
The BMS supports CAN with documented DBC objects, cell voltage and temperature sensing, passive balancing, HVIL, dual contactors with precharge, and isolation monitoring. Configuration is tailored per program. Every build ships with a full ICD, CAN message map, and STEP CAD issued at contract execution, structured to support grant deliverables, publication appendices, and program reviews.
Select a program type to see how EBS supports that work.
Propulsion studies, energy storage characterization, EV powertrain research, and grant-funded prototype vehicles. Documentation structured to support deliverables and program reviews. Single-unit MOQ means no procurement theater for a one-pack test article.
Not a catalog supplier. Not a distributor. Engineers who understand what a grant deliverable actually requires.
Single prototype builds welcome. No minimum order requirements, no procurement theater for one-pack test articles or small characterization studies.
Standardized wire-bonded module assembly reduces hardware variability between test articles. In-family hardware means your data stays comparable across program phases.
CAD (STEP), ICD, CAN message map, test summaries, and installation notes formatted to support grant deliverables, publication appendices, and program reviews.
VCU-compatible CAN with documented DBC objects and BMS diagnostic hooks ready for hardware-in-the-loop benches and data acquisition systems.
Quotes structured for university purchasing workflows. Documentation compatible with grant reporting requirements and compatible with standard institutional PO processes.
Not a distributor, not a catalog supplier. The engineers building your pack are reachable throughout the program with no sales intermediary and no ticket queue.
Scalable pack platform configurable across a wide voltage and capacity matrix, with defined mechanical and electrical interfaces. The primary platform for research and lab programs.
Learn More →Pre-engineered wire-bonded modules used as the building block inside custom pack configurations. Available for standalone research use and programs evaluating the module format independently.
Learn More →For programs with unique envelope or electrical requirements. Single-unit builds welcome. Contact for a fit-check before committing to a build. No obligation.
Request Fit-Check →Check feasibility in PackForge™ or send your test envelope directly to engineering.