Analyzing Energy Consumption for Karlsruhe Research Accelerator
Entry from the 27.01.2025
Position number 118405
Job vacancy: From now onPosition number 118405
Description
Particle accelerators consist of complex, energy-intensive components with different power demands and operating schedules. The rising energy costs and environmental challenges highlight the need for sustainable and cost-effective operation of accelerator facilities. This necessitates optimization of the accelerator operation, which then requires a detailed analysis of KARA using one year of power consumption data.
Your Task:High-Level Analysis: It identifies the overall power consumption profiles of the main systems of KARA, such as the storage ring, cooling plants, and beamlines. It also explores how factors like temperature, humidity, operation mode, season, and electricity prices affect energy costs.Lower-Level Analysis: Conducts a similar analysis but breaks down each main system of the KARA accelerator to the component level.Your Profile:Strong analytical and Statistical skills with MATLAB or Python for data analysis.
Basic knowledge of particle accelerators (preferred but not mandatory).
Language: English
PDF attachment: Energy_cost_HIWI (2).pdf, 755 kB
- Job type/category
- Working student
- Field of study preferred
- Engineering sciences
Electrical engineering & information technologies
Informatics
Mechanical engineering
Mechatronics & information technologies
Mechanical Engineering
Energy Engineering and Management
Financial Engineering
- Engineering sciences
- Favored career stage
- Student
- Location/region
- Karlsruhe city, Karlsruhe region
- Sector
- Research
- Language at workplace
- English
- Type of company
- Scientific institution
- Home office
- Homeoffice possible
Contact
Mrs. / Ms. Mahshid Mohammad Zadeh
Institut für Technische Physik
KIT Campus North Hermann-von-Helmholtz
76344 Karlsruhe
Germany
Tel: (+49) 721 608-26483
E-Mail: Please log in to read the stated e-mail address
Institut für Technische Physik
KIT Campus North Hermann-von-Helmholtz
76344 Karlsruhe
Germany
Tel: (+49) 721 608-26483
E-Mail: Please log in to read the stated e-mail address