Kilian Helfenbein
M.Sc. Renewable Energy Systems (HTW Berlin)
Researcher
+49 (0)30 1208 434 71 kilian.helfenbein@rl-institut.de
Activities
- Energy system modeling for the simulation-aided study of the grid integration of new technologies such as electric vehicles, battery storage, and heat pumps
- Conceptual design and evaluation of grid-friendly operation schemes of new electrical loads as a flexibility option in the context of sector coupling
Personal Information
Kilian Helfenbein has been a researcher in the Research Unit Transformation of Energy Systems at RLI since April 2021. Previously, he was a student assistant in the same Research Unit since August 2020.
He studied in the master’s degree program Renewable Energy Systems at the Berlin University of Applied Sciences and was writing his thesis in the open_BEA project, in which he was investigating the effects of the increasing penetration of private transport with electric vehicles on medium and low voltage networks. The focus of his work lied on the influence of different charging strategies of electric vehicles on the required grid expansion as well as on the optimization of the smart charging of electric vehicles.
Kilian holds a bachelor’s degree in Renewable Energy Systems from the Berlin University of Applied Sciences. He wrote his bachelor’s thesis at the sonnen GmbH and investigated the quality of the operating reserve of a virtual battery power plant.
Projects

reGon – Analysis of local and regional energy networks in the context of the integrated European energy system

WP-Flex: Analysis of the grid effects of increased flexibility of heat pumps through higher output and heat storage capacity

hyBit – hydrogen for Bremen’s industrial transformation

EiBeLePo – Optimization of site selection for renewable energies

open_BEA: Open Battery Models for Electrical Grid Applications

Retail4Multi-Use – Investigation of multi-use concepts at charging stations in the retail sector

Study: The contribution of decentralized electrolyzers to the energy transition

eGon
