Joint Operation of a Solar Station and a Superconducting Kinetic Energy Storage Device

Vladimir Sokolovsky; Victor Meerovich; Shaul Goren; Lidia Chubraeva; Istvan Vajda

doi:10.4028/www.scientific.net/MSF.721.263

Paper Titles

Study on Improvement of Transmission Torque for a Surface Permanent Magnet Type Magnetic Gear
p.237

Evaluation of Ultrasonic Waveform for Flaw-Image Reconstruction Using EMAT Probe
p.243

Analysis and Experiment of Cylindrical Magnetic Gear
p.249

Study of the Spinning Mechanism Resulting from Permanent Magnet Linear Actuation
p.255

Joint Operation of a Solar Station and a Superconducting Kinetic Energy Storage Device
p.263

Reduction of Power Grid Losses by Using Energy Efficient Distribution Transformers
p.269

Reduction of the Distortion Current Factor of the Current Drawn by the Electromagnetic Vibrators Supplied at Variable Frequency
p.275

Overview of the Alternative Topologies of Linear Generators in Wave Energy Conversion Systems
p.281

Techno-Economic and Environmental Evaluation of Large Scale PV Integration in Greece
p.287

HomeMaterials Science ForumMaterials Science Forum Vol. 721Joint Operation of a Solar Station and a...

Joint Operation of a Solar Station and a Superconducting Kinetic Energy Storage Device

Abstract:

It was experimentally shown that joint application of a solar station and a superconducting flywheel (a kinetic energy storage device) can solve the main problem of renewable energy sources: to provide uninterrupted and controlled power supplying. The storage device changes its operation mode (stand-by, charging, discharging) practically without any delay and its use leads to an increase of the transient stability of a power system.