References

The table below lists an excerpt of our publications regarding OPED. Feel free to contact us if you want to learn more!

TitleYearDescription
Carbon Footprint Minimization of Electric Powertrains by Multi-Objective Design Optimization2024Highlights the minimization of the carbon footprint (production and in-use greenhouse gas emissions) of an electric axle drive along other design objectives. Selected optimal solution appears insensitive to the power grid’s electricity mix.
Product Family Design Optimization of Electric Axle Drives by Multi-Objective Cooperative Coevolution2024Extension of the OPED method to enable the optimization of product families. Considers quantity-dependent cost and cost uncertainties.
Inverter Design Optimization Method Focusing on Electric Powertrain Package Integration2023Describes an inverter model used by the OPED method.
Parking lock integration for electric axle drives by multi-objective design optimization2023Describes a modelling approach to optimize the integration of a parking lock and its implementation in OPED. Compares optimality of a system with and without a parking lock.
Multi-Objective System Optimization by Means of Evolutionary Algorithms for Electric Powertrain Development: Magna-OPED2022Gives an overview of the general methodology behind OPED.
Cost Reduction of Electric Powertrains by Platform-Based Design Optimization2020Describes a basic approach on how product families can be optimized with OPED. For latest update, see respective publication above.
Electric Propulsion Systems Design Supported by Multi-Objective Optimization Strategies2019Highlights the outline of an overall development process supported by OPED.
System Cost Reduction by Electric Powertrain Design Optimization2019Introduction of quantity-dependent cost models for the sophisitcated optimization of production cost.
Multi-objective gearbox design optimization for xEV-axle drives under consideration of package restrictions2018Introduces the first gearbox model used by OPED. Showcases a gearbox design optimization and compares the optimal solutions to a conventionally designed solution.
Multi-Objective System Design Synthesis for Electric Powertrain Development2018The beginning of OPED. Highlights the first concept and considerations regarding electric axle drive system design optimization.