Identification of flexibility potentials of different e-mobility storage and charging technologies for provision of ancillary services in the power system. My tasks were: - Research work on relevant e-mobiIity charging and storage infrastructure and the ancillary service market in Germany. - Development of a small Python tool to assess the participation of different e-mobility fleets in frequency control and redispatch services, given their current legal framework.- Initial… Show more Identification of flexibility potentials of different e-mobility storage and charging technologies for provision of ancillary services in the power system. My tasks were: - Research work on relevant e-mobiIity charging and storage infrastructure and the ancillary service market in Germany. - Development of a small Python tool to assess the participation of different e-mobility fleets in frequency control and redispatch services, given their current legal framework.- Initial development of an optimization tool (MILP) to study different scenarios of fleets participating in frequency control, using timeseries of their demand and electricity market prices in order to find optimal technical and economical participation. Software: Python, GIT, IBM CPLEX Show less

Supporting the Off-grid team in the context of the E-Land project. Carrying out multi-vector energy simulations to identify decarbonization options for energy islands. Development of code to automatize the performance of sensitivity analysis with the MVS tool.Software: Python, GIT

Multimodal Energy Modelling. I worked in the Energy Systems Modelling research group of the Research in Energy and Electronics section in the development of a framework for planning and management of energy systems at a global scale. My main tasks were:- Automation of the data transfer between a main Siemens database and the database of the optimization tool under development. - Running simulations of energy decarbonization paths for different regions and countries.Software: QGIS… Show more Multimodal Energy Modelling. I worked in the Energy Systems Modelling research group of the Research in Energy and Electronics section in the development of a framework for planning and management of energy systems at a global scale. My main tasks were:- Automation of the data transfer between a main Siemens database and the database of the optimization tool under development. - Running simulations of energy decarbonization paths for different regions and countries.Software: QGIS, PostgreSQL, Matlab, GIT Show less

Dynamic simulation of Distribution Grids with Artificial Neural Networks. The scope of the internship is to check the feasibility of a ANN distribution grid model coded in Python (Tensorflow) for potential integration in a Power Factory model of the German grid.Software: Python, Latex

Implementing Energy Management Systems, energy audits, energy efficiency analysis, electric market knowledge, energy management of clients with several supply points, power optimization studies...

I developed my Bacherlor's project as research intern, which I value as a great career experience. I was designing the first approach of the cooling system of a modular data center with waste heat usage.