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Welcome

to the homepage of our Institute for Electrical Power Supply with Integration of Renewable Energies (E5).

Since October 2011, the department has existed at the Technical University of Darmstadt and in this form brings together the two former fields of electrical energy supply and renewable energies.

Open theses

Students who do not explicitly want to apply for one of the finalized theses can also write an e-mail to

Proseminar

Methods for the validation of dynamic simulation models of electrical equipment in the time domain

Supervisor:
Supervisor:

For more information, please click here- only in german!

Student Thesis/ Bachelor Thesis

Dynamic and stationary short-circuit current calculation of inverter-coupled generators

Supervisor:

For more information please click here – only in german!

Student Thesis/ Bachelor Thesis

Short-circuit current calculation with extremely high decentralized supply

Supervisor:

For more information please click here – only in german!

Student Thesis/ Bachelor Thesis

Mixed-integer linear modeling of electrical battery storage systems

Supervisor:
Supervisor:

For more information please click here – only in german!.

Proseminar / Bachelor Thesis

Comparison of different approaches for the modeling of current and voltage impressing harmonic sources

Supervisor:
Supervisor:

For more information, please click here.

Master Thesis

Grid Forming Control for the Modular Multilevel Con-verter-Based Multiterminal High-Voltage DC System

Supervisor:
Supervisor:

For more information please click here.

Master Theses

Development of Multi-Period AC-OPF algorithm for an electric network with high renewable energy penetration

Supervisor:
Supervisor:

For further informations please click here.

These are our most recent tenders – an overview of all open tenders can be found here: Open theses

Hiwi Jobs

Students who do not want to explicitly apply for one of the advertised jobs may also like to write an e-mail to

Assistance in organizing a conference for students

Supervisor:

For further informations please click here (only in german language!).

Visualization and control of a network model in LEGO Mindstorms with the programming language Python

Supervisor:

For further informations please click here (only in german language!).