College of Arts Sciences College of Engineering Enrico

College of Arts & Sciences College of Engineering Enrico Pontelli, Satish Ranade Sukumar Brahma, Huiping Cao, William Yeoh, Son Tran, Satyajayant Misra, Hong Huang, Wenxin Liu http: //icredits. nmsu. edu/

College of Arts & Sciences College of Engineering an interdisciplinary research agenda to realize the energydelivery paradigm an integrative educational agenda to develop IST workforce. L E A R N I N G K N O W L E D G E D I V E R S I T Y outreach to reconcile the composition of the smartgrid workforce with shifting US demographics

College of Arts & Sciences College of Engineering MONITORING ENERGY DELIVERY • • • Building to peak or building to back up intermittent generation is not sustainable Most developments point to using bulk generation and the transmission system as an energy delivery system. Emergent behavior when a proper optimization problem is formulated Load following at the utilization level using energy storage, demand response and differentiated reliability Distribution feeders morph to customer driven microgrids with the DISTCO becoming an enabler Implementation • Comprehensive Real Time Classification and Localization of Disturbances in Power Systems using Synchronized Measurements for Protection and Security Feature extraction techniques through extensive comparison of existing approaches Semi-supervised learning clustering approaches to learn unknown disturbance events unsupervised discriminative pattern discovery algorithms to characterize different disturbances • • • Education & Outreach • • • K-12 Accessible classes CS, EE Interdisciplinary MS and Ph. D COORDINATION COMMUNICATION • • Class of Optimization Problems in Energy Delivery amenable to distributed solution Distributed Constraint-based models such as DCOPs Market-based Models such as Continuous Double Auctions Knowledge-based Negotiations Information-centric Communication Architecture Guaranteed quos Protocols for secrecy in one-one and many-many Extended IEC 61850 – Thin, Information-centric Network Protocol layer between TCP and IP

Education & Outreach • K-12 Deliver Smartgrid-related activities via existing and new programs • Young women in computing, • Pre-engineering Program, • GK 12 • School visits – Lunch and Learn • Accessible classes CS, EE • Consolidate prerequisite classes to enable minors • ECE - Circuits, Power, Signal Processing, Elective • CS – Object Oriented Programming, Data Structures, Algorithms, Elective • Create Smartgrid-focused minor/Certificates • BS and MS programs • Modified Graduate Classes • Interdisciplinary MS and Ph. D Research Directions Students and Collaborators Welcome!