Objectives /Activities /

General Objective. Consolidation of the partnership between the research teams from IEEIA and FEIE through mobility actions, exchange of good practices and transfer of knowledge based on researches on the thermal regime influences of propulsion systems with multiphase electric traction motors for the electric buses.

Specific objective O1. Reducing HVAC energy consumption based on waste heat recovered from the electric propulsion of an electric bus by controlling and monitoring electrical and thermal parameters.

Activity A.1.1. Thermal analysis of the multiphase asynchronous traction motor used on electric buses. 

Activity A.1.2. Using the heat recovered from the multiphase asynchronous traction motor to reduce the energy consumption of the heating system during the cold season.

Activity A.1.3. Monitoring the thermal regime of the electric propulsion system through sensor networks and communication protocols.

Specific objective O2.Energy optimization of a multiphase traction motors drive for electric buses with different drive cycles, through load allocations between traction motors.

Activity A.2.1. Analysis of the thermal effect on the performance of the accumulators when changing the loads of the propulsion unit.

Activity A.2.2. Thermal management of battery performance when changing loads on multiphase traction motors of an electric bus.

Activity A.2.3. Monitoring the thermal regime of storage batteries on charge-discharge cycles through sensor networks and communication protocols.

Specific objective O3. Ensuring the access of the researchers of the partner team of UTM to the research infrastructure of TUIASI through research internships aimed at multiphase asynchronous traction motors in various operating conditions, powered by accumulator batteries charged with green energy from photovoltaic panels.

Activity A.3.1. Research internship with the theme: Carrying the comparative sets of laboratory tests out for multiphase asynchronous traction motors supplied from electronic converters.

Activity A.3.2. Research internship with the theme: Modeling and simulation of the magnetic field of multiphase asynchronous traction motors in asymmetric regimes.

Activity A.3.3. Research internship with the theme: Carrying the comparative sets of laboratory tests for the multiphase asynchronous traction motors powered by batteries.

Activity A.3.4.  Research internship with the topic: Study of charge/discharge regimes of the battery of the electric bus with green energy supply from photovoltaic panels.

Specific objective O4. Increasing the degree of visibility and dissemination of the research results carried out within the project through work visits and participation in scientific events.

Activity A.4.1. Work visits to the Technical University of Moldova in Chisinau, Republic of Moldova.

Activity A.4.2. Joint participation in international scientific events abroad in order to disseminate the results of joint scientific research.