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Post-Event Restoration Strategy for Coupled Distribution-Transportation System Utilizing Spatiotemporal Flexibility of Mobile Emergency Generator and Mobile Energy Storage System
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A. K. Erenoğlu And O. Erdinç, "Post-Event Restoration Strategy for Coupled Distribution-Transportation System Utilizing Spatiotemporal Flexibility of Mobile Emergency Generator and Mobile Energy Storage System," Electric Power Systems Research , vol.1, pp.1, 2021

Erenoğlu, A. K. And Erdinç, O. 2021. Post-Event Restoration Strategy for Coupled Distribution-Transportation System Utilizing Spatiotemporal Flexibility of Mobile Emergency Generator and Mobile Energy Storage System. Electric Power Systems Research , vol.1 , 1.

Erenoğlu, A. K., & Erdinç, O., (2021). Post-Event Restoration Strategy for Coupled Distribution-Transportation System Utilizing Spatiotemporal Flexibility of Mobile Emergency Generator and Mobile Energy Storage System. Electric Power Systems Research , vol.1, 1.

Erenoğlu, Ayşe, And Ozan ERDİNÇ. "Post-Event Restoration Strategy for Coupled Distribution-Transportation System Utilizing Spatiotemporal Flexibility of Mobile Emergency Generator and Mobile Energy Storage System," Electric Power Systems Research , vol.1, 1, 2021

Erenoğlu, Ayşe K. And Erdinç, Ozan. "Post-Event Restoration Strategy for Coupled Distribution-Transportation System Utilizing Spatiotemporal Flexibility of Mobile Emergency Generator and Mobile Energy Storage System." Electric Power Systems Research , vol.1, pp.1, 2021

Erenoğlu, A. K. And Erdinç, O. (2021) . "Post-Event Restoration Strategy for Coupled Distribution-Transportation System Utilizing Spatiotemporal Flexibility of Mobile Emergency Generator and Mobile Energy Storage System." Electric Power Systems Research , vol.1, p.1.

@article{article, author={Ayşe Kübra TATAR And author={Ozan ERDİNÇ}, title={Post-Event Restoration Strategy for Coupled Distribution-Transportation System Utilizing Spatiotemporal Flexibility of Mobile Emergency Generator and Mobile Energy Storage System}, journal={Electric Power Systems Research}, year=2021, pages={1} }