PPT-Network Innovation Competition: SMART Frequency Control (Enhanced Frequency Control Capability,

SMART Frequency Control Enhanced Frequency Control Capability EFCC Charlotte Grant March 2015 2 System Operability Framework Forecasted reduction of system inertia from 360GWs to 150GWs by 2025 under Slow Progression or 2022. 3 ft Maximum SPL 108 dB continuous 114 dB peak Directivity Factor Q 60 Directivity Index DI 78 dB Nominal Impedance ohms Crossover Frequency 42 kHz Overload Protection Fullrange SonicGuard power limiting to protect network and transducers Transducers S Government work not protected by US copyright Clock Jitter Estimation based on PM Noise Measurements by DAHowe andTNTasset National Institute of Standards and Technology 325 Broadway Boulder CO 80305 ABSTRACT Jitter is the noise modulation due to r Kien. A. Hua, Jason . Kuhns. , . Ning. Jiang, . Vaithiyanathan. . Sundaram. *. *Alphabetical order. 1. Contacts in the order of names:. kienhua06@gmail.com. . jason.kuhns@ucf.edu. jiangbuf@hotmail.com. Final Report. 8 April 2014. Team Couch Street. Alex Arlint. Jake . Nylund. Kevin . Ratuiste. Robert Rodriguez. Academic Advisor:. . . Joseph . Hoffbeck. Industry Representative:. . John Turner – . The future of frequency control. 1. EFCC – the future of frequency control. 2. Three year, £8.5 million project which started in 2015. Changes to the energy landscape have identified potential future system operability challenges . SMART Frequency Control. (Enhanced Frequency Control Capability, EFCC). Charlotte Grant . March . 2015. 2. System Operability Framework….. Forecasted reduction of system inertia from 360GW/s to 150GW/s (by 2025 under Slow Progression or 2022 with Gone Green). James D. McCalley. Harpole. Professor of Electrical & Computer Engineering. 1. Wind Generation Technology Short Course. October 27, 2010. Iowa State University. Outline. MW-Hz time frames. Transient frequency control. 2. /29. Timing Recovery. Review . of Timing Recovery Problem. Synchronization is the process of aligning the time scales between two or more periodic processes that are occurring at spatially separated points. This is one of the most critical receiver functions in synchronous communication systems.. Frequency response concepts and techniques play an important role in control system design and analysis. . Closed-Loop Behavior. In general, a feedback control system should satisfy the following design objectives:. SMART Frequency Control. (Enhanced Frequency Control Capability, EFCC). Charlotte Grant . March . 2015. 2. System Operability Framework….. Forecasted reduction of system inertia from 360GW/s to 150GW/s (by 2025 under Slow Progression or 2022 with Gone Green). ) . with the TPS543C20. Rich Nowakowski. 1. Agenda. Introduction to Advanced Current . Mode (ACM). ACM Overview. ACM Small Signal Analysis. TPS543C20 Overview . ACM Comparison to other Control Modes. James D. McCalley. Harpole. Professor of Electrical & Computer Engineering. Iowa State University. 1. Impact of variability on control performance. Wind penetration is small now, so NERC says. decreasing freq gov charac . James D. McCalley. Harpole. Professor of Electrical & Computer Engineering. Iowa State University. 1. Impact of variability on control performance. Wind penetration is small now, so NERC says. decreasing freq gov charac . 32A new class of competenceCompact BOGE screw compressors have been known for their reliability in production for many years The revolutionized and expanded C-2 series lives up to this reputation more