E-Drive transmissions must be able to smoothly and continuously between energy sources and yet must be designed to provide maximum efficiency while shifting. At Methodica, we have technical experience in electric drive transmission design for all hybrid drive topologies. This, along with the agile software development approach, enables us to deliver strong modular development that can be transferred seamlessly across programs. We support our customers and clients in :

In electric and hybrid cars, the battery pack functions similarly to the gasoline tank, storing electrical energy that can later be used to power the electric motor.We are directly engaged in providing end-to-end system and advanced battery control software development for 48v, 365v Lithium-Iron Phosphate, and Lithium Nickel Manganese Cobalt Oxide battery architecture developments. At Methodica, we know that in today’s competitive world, our customers face a multitude of choices with respect to choosing the right software development architectures, underlying toolchains, and verification and validation platforms to exercise all use cases and fail-safe conditions rigorously. Our SMEs have supported major Tier 1 battery pack suppliers in all phases of product development.

As a driving force for the prime mover power flow transition from fuel-based to electric current-based, an efficient traction motor product is a key differentiation for performance, efficiency, and drivability. At Methodica, our SMEs provide solutions for the complete product development lifecycle to one of our major OEMs to develop high-performance e-motor software development. Our SMEs developed project planning requirements, development & management, MBD e-motor controls development, motor calibration, Dyno, HIL development support, and vehicle testing.