Integration of Distributed Energy Resources (DER), such as Electric Vehicles (EVs), Battery Energy Storage System (BESS) and renewable generations, etc. into the power grid poses many technological challenges on communication, control, optimization, data analytics and power electronics. Advanced algorithms that improve the cost-effectiveness and reliability of the DER integrations have been proposed, however, there exist clear gaps among the academia utilities and vendors. Handling the intermittence of DERs and uncertainties of consumer behaviors remain a challenging task. This panel will discuss the most recent DER integration technologies and projects in the perspectives of academia, utilities and vendors with an objective to present new findings and lessons learned that bridge the gaps in DER integration projects; specifically: data analytics, solar PV adoption forecast, distributed DER management strategies, service infrastructure, and real-world DER integration projects at Alameda County, UCLA campus and City of Santa Monica.
T&D 2018: PS12 - Reliance and Cost-Effective Integration of Distributed Energy Resources: Technologies, Pilot Projects and Challenges
Posted: 17 Apr 2018
Authors:D. Black, S. Kahrobaee, Y. Nanpeng, Y. Wang
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Dynamic Long-distance Coupling of Smart Grid Research Infrastructure, Models, and Laboratories for Distributed Real-Time Assessment of Cyber-Physical Energy Systems
Application of IEEE Std 1547 and Operating Experiences of Grid-Supportive Distributed Energy Resources