Publikationen - Netze für Erneuerbare Energien

L. Clasing, E. Waffenschmidt, H. Rost van Tonningen,
"Design and experimental simulation of an off-grid system for a wind-driven desalination technology with black start capability",
2ème Conférence Ouest Africaine Energies Renouvelables (COAER 2020), Saint-Louis, Senegal, 13.-15. Feb. 2020

In this work a design and simulation of an off-grid system for a novel wind-driven reverse osmosis desalination technology, which provides drinking water and electrical energy, is presented. The system is designed according to technological, sustainable, ecological and economic criteria on the example of the Johnny Cay Regional Park.
The novel wind-driven desalination technology is based on a hydraulic drivetrain and enables seawater desalination by reverse osmosis with low conversion losses and is now intended to additionally generate electrical energy from excess wind energy. Furthermore, the hydraulic drivetrain promises variable-speed transmission for an electrical generator and can take over the network formation.

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Links

Lionel Clasing,
"Entwurf und Simulation eines Wind-Photvoltaik-Inselnetzes mit Batteriespeicher",
Bachelorarbeit Technische Hochschule Köln, 28.Juni 2016.