The project purpose of “Design the Future with Solar Energy: Solar Curriculum Project” is to create solar curriculum for grades 6-12 that includes fun hands-on learning to inspire stu
This research will develop a total cost of ownership (TCO) model and online vehicle cost calculator (VCC) for transport network company (TNC) drivers. Many VCCs have been developed to support consumers in calculating the relative costs of electric and gas vehicles, but their design and the TCO models that underlie them are geared toward traditional vehicle ownership.
In this project, the researcher aims to create an agent-based cooperative vehicle-infrastructure system (CVIS) framework, and develop modeling and control approaches in a connected and automat
This project develops a Markov Decision Process (MDP) based approach to account for uncertain traffic conditions while developing eco-driving technology.
This project will address the dispatching problem of a generalized battery-electric truck fleet, in the form of an (electric) vehicle routing problem with pick-up and delivery windows.
Principal InvestigatorLuis Fernando Enriquez-Contreras
University of California, Riverside
This project is focused on developing a free and open-source Python library for integrating various microgrid components and electric vehicle charging infrastructure.
This project applies the Integrated Transport and Health Impact Model (ITHIM) to measure transportation-related health impacts in the Sacramento region.
Researchers will equip the City of Riverside's Innovation Corridor with roadside communications equipment and advanced traffic signal controllers at several key intersections, to help improve safety, mobility and environmental sustainability.
