Jonathan Fahlbeck
Jonathan Fahlbeck is researching with simulating the flow in hydropower under unsteady and variable load conditions. Jonathan’s work is included within the EU ALPHUES project, and with the focus on counter rotating pump-turbines intended for low-head hydropower energy storage.
Showing 18 publications
Cavitation Simulations of a Low Head Contra-rotating Pump-turbine
A Head Loss Pressure Boundary Condition for Hydraulic Systems
Evaluation of startup time for a model contra-rotating pump-turbine in pump-mode
System model development and numerical simulation of low-head pumped hydro storage
Low head pumped hydro storage with contra-rotating pump-turbines
Development of blade element momentum (BEM) method for hydropower
A Low-Head Counter-Rotating Pump-Turbine at Unsteady Conditions
Numerical analysis of an initial design of a counter-rotating pump-turbine
The Contribution of Low-Head Pumped Hydro Storage to a successful Energy Transition
Optimized initial down-scaled model design of SD-CRPT (D2.1, ALPHEUS)
Optimized initial down-scaled model design of RD-CRPT (ALPHEUS, D2.2)
Simulation of a shut-down transient in the Francis-99 turbine model
LES OF TRANSIENTS IN THE FRANCIS-99 WATER TURBINE MODEL
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Showing 1 research projects
Augmenting grid stability through Low-head Pumped Hydro Energy Utilization & Storage (ALPHEUS)