Project Work

Study Courses: AI, IMAT, UET; AI, EE, SBT, UI, UP

Responsible: Prof. Dr. Henrik te Heesen

Tasks:

• Modeling of electricity load profiles

• Modeling of PV systems

• Design of a block-type thermal power station (CHP) [assigned]

• Energy balancing of buildings [assigned]

⤓ Projekt information "Excel Tools for Energy Applications"

↦ Energy Tools of the IBT

Study Programmes: Bachelor: AI, EE, MB, PT, SBT, UI, UP

Responsible: Prof. Dr. Henrik te Heesen

Tasks:

A literature search is to be carried out on the following topics:

• Energy hubs
• (Regional) Rnergy models
• Energy hybrid systems (PV, wind, CHP, fossil, etc.)
• Tensile tests of additively manufactured components

⤓ Project information "Literature Review"

Study Courses: AI, IMAT, UET; AI, EE, SBT, UI, UP

Responsible: Prof. Dr. Henrik te Heesen

Current tasks in the project:

• Research and data maintenance of energy generation systems and energy consumption units
• Modelling and simulation of energy flows
• Development of scripts for automatic data integration and consistency checks
• Development of evaluation and prognosis algorithms

↣ Website with information about the research project ENMOSA
⤓ Projekt information for energy cluster modelling

Study Courses: AI, IMAT, UET; AI, EE, SBT, UI, UP

Responsible: Prof. Dr. Henrik te Heesen

Tasks:

• Further development of a web application for yield optimization (UCB PVapp)
• Yield analysis of photovoltaic systems in Europe

↣ Website for the yield study of PV systems
↣ Website UCP PVapp
⤓ Project information "Tasks for Photovoltaics"

Study Courses: IMAT, UET; AI, EE, SBT, UP

Responsible: Prof. Dr. Henrik te Heesen

Tasks:

• Development of models for energy hub concepts
• Building the models in the INNODIG lab
• Description of the model for different target groups

⤓ Project information "Construction of Energy Hub Models"

Responsible: Prof. Dr. Henrik te Heesen

Tasks:

• Research for possibilities of company presentation in clusters/networks
• Development of a compact and structured brochure for the company presentation, preparation of the brochure with contents and coordination with the companies
• Creation of a questionnaire for companies for offers of internships and final theses
• Support for the integration of content on the Ecoliance website

↣ Website research project UmTecNetz
↣ Website Ecoliance Rhineland-Palatinate
⤓ Further information on the project

Master Degree Programs: IMAT, UET # Bachelor Degree Programs: EE, SBT, UP
Responsible: Prof. Dr. Henrik te Heesen

Tasks:

• Development of an energy model for a winery
• Synthesis of the expected energy consumption
• Integration of different power generation systems
• Examination as to the eligibility of the measures 

⤓ Download description for "Energy Concept for a Winery"

Remark: You need profund knowledge of the German language for this project.

Study Courses: IMAT, UET; EE, SBT, UP

Responsible: Prof. Dr. Henrik te Heesen

Tasks:

• Technical and economical design of a floating photovoltaic system on the Steinbachtalsperre dam, taking into account the plant‘s own consumption
• Identification of environmental legal requirements regarding the installation and operation of floating PV systems on drinking water storage lakes

⤓ Project information "Floating Photovoltaic System"

Study Courses: Master: AI, IMAT, UET

Responsible: Prof. Dr. Henrik te Heesen

Tasks:

• Research for existing algorithms for the synthesis of minute values (literature or program code)
• Implementation of the algorithm in Python for (at least) one energy technology application (e.g. solar irradiation, yield of wind turbines, power load profile)
• Validation of the algorithm

⤓ Download project information

Responsible: Prof. Dr. Henrik te Heesen

Tasks:

• Design, development and optimisation of workpieces
• Metrological monitoring of the manufacturing process
• Conventional and generative manufacturing of components
• Evaluation and writing of the results

↣ Further information on the research project RERAP