Effective Angle Prediction Algorithm for Utilization of PMU Data: Toward Prevention of Wide Area Blackouts
Published via IEEE Xplore
Abstract
Advanced state estimation and angle prediction algorithms utilizing the data measured by Phasor Measurement Units (PMU) can limit the spread of wide area blackouts. Advanced prediction analysis provides information on the overall condition of the power system and allows for the most efficient remedial action...
Data Center Demand Response
Published March 11, 2019 | Distributed Energy Magazine
Sean Morash, Consultant, EnerNex
Carsten Baumann, Schneider Electric
Data centers represent roughly 2% of US electricity usage. Because of the digitalization of the modern economy, the thirst for computer power—ultimately served by data centers—continues to grow. At the same time, electrical usage by other end-uses has remained relatively flat...
EnerNex Selected to Work with the Public Utilities Commission of Ohio in Support of its Grid Modernization Efforts
Released via BusinessWire
Knoxville, Tenn., USA, March 12, 2019 —EnerNex, a CESI company, today announced it has been selected by the Public Utilities Commission of Ohio (PUCO) as the technical consultant to advise the PUCO staff and to facilitate the Data & Modern Grid Workgroup (DWG) and the Distribution System Planning Workgroup (...
The Energy Exchange Podcast
Episode #9 | Behind the Door of OpenADR
OpenADR is an open, highly secure, and two-way information exchange protocol and global Smart Grid standard supporting grid modernization efforts around the world. Host Ron Chebra of EnerNex gains insight from Rolf Bienert, Managing and Technical Director of the OpenADR Alliance, on the history of the OpenADR standard– how it started in California but has now come into the global marke...
Breaker Switching Analysis for Wind Power Plants
By: Bikash Poudel, Senior Consultant
bpoudel@enernex.com
865-218-4600 x6168
Vacuum Circuit Breaker (VCB) switching for protection and control operations in electric power systems may cause high frequency transients overvoltage that can affect the transformers nearby. These transients exhibit phenomenon such as current chopping, pre-strike and re-strike. Studies done by EnerNex h...
Fault Induced Delayed Voltage Recovery (FIDVR) Phenomenon: Modeling and Guidelines
By: Sarina Adhikari, Senior Consultant
sadhikari@enernex.com
865-218-4600 x6177
Broadly speaking, voltage sensitive loads are classified into two different categories: static or steady state, and dynamic loads. Accurate modeling of loads in the simulation environment that can closely mimic the behavior of the real-world load dynamics is a ...
The Energy Exchange Podcast
Episode #8 | Taking Knowledge to the Next Generation
While at DistribuTECH 2019, Host Ron Chebra had the opportunity to interview Rick Bush, T&D World and Mark Johnson, Utility Analytics Institute and talk about the next generation of engineers in our industry - how to make an environment where they want to work and play. Plus, they chat about how to ensure we don't create a swamp out of the data we're collecting. All th...
A Benchmark Test System to Evaluate Methods of Harmonic Contribution Determination
Published via IEEE Xplore
Abstract
Harmonic distortions at a point of common coupling (PCC) are caused by the harmonic sources in both supply system and customer facilities. In order to verify compliance with harmonic limits for an operating facility, it is essential to determine the contribution of a facility to the harmonic distortions measured at the PCC. Over th...
The Energy Exchange Podcast
Episode #7 | On the DTECH 2019 Show Floor with Teresa Hansen
Live from the DistribuTECH 2019 show floor: Host Ron Chebra interviews Teresa Hansen, Vice President of Content at Clarion Events and Chair of the advisory committee for DistribuTECH. What's her take on the buzzwords and hot topics from this year's show and what's Clarion's goals for DTECH 2020.
Episode Presenters
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