Aysegul Buyukarslan

Modelling and simulation of PEM water electrolyzer and fuel cell electrochemical degradation mechanisms (Matlab/Simulink) Design of BoP with thermal, electrochemical, water, and mass transport subsystems (Matlab/Simulink) Creating a digital twin including SCADA and communication protocols (Modbus/RTU, CANopen, TCP/IP, USB & RS-232) Prediction of fuel cell/electrolyzer aging by (PINN), AST tests, and (Machine Learning) methods Conducting fuel cell aging test procedures (IEC 62282)

Constant market review for middle-scale customers Providing detailed technical specifications based on grid codes (VDE-AR-N 4105, VDE-AR-N 4100, and VDE-AR-N 4110) as well as EEG, EnWG, and Redispatch 2.0. Overseeing BESS initiatives from concept to agreement, including pre-sales and post-sales operations. Developing value propositions for industrial and commercial collaborations (C&I)

Modelling parallel battery pack architectures & voltage output in Matlab/Simulink Optimizing voltage behavior for real-world BESS performance in Python Solving non-linear multivariable functions aimed at extending the service life of a data center cooling system with VS Code utilizing both HVAC and Thermal Energy Storage (TCM) systems. Executing a bidirectional conversion of a high-fidelity battery model between Simulink and Python

BESS Optimization for Storage Systems at the Product Management dept. Requirement Engineering for BESS configurations

Comparing BESS Models by MATLAB Simulink (NMCs, LFPs, Solid State, LMO, LTO, and LCO) Developed and Implemented a Customer Success Interface Warranty Evaluations for Different Batteries Safety Digital Twin: DNP, MESA SunSpec, IEC61850, IEEE 2030.5, IEEE 1547, MODBUS, CAN