EPASSA Cast Episode 1: Live data from the American Grid- Welcome to Colorado. 23:23, the grid never sleeps
Thierry Julio Epassa- P.E. in Sixteen USA States
Electrical Engineer Director || Arc Flash, Short Circuit, Electrical Studies|| US Security Clearance || Linkedin Newsletter Author|| OSHA, IEEE, NFPA Expert||Contractor for 1328 US Federal Facilities Arc Flash Studies
The video below shows the voltage and current data in the grid. Check out the rotation and how the values change. There is a quiz at the end.
La Fin- The End- El Fin
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Lead Protection and Control Engineer | Electrical Design, Automation
3 天前In my software I can even make analog channels in comtrade file with active, reactive and apparent power. Do you still do it by hands?https://youtu.be/4Arfj3NYDEQ?si=EjmPnYNnEGxlN5HV
Oil & Gas Sector - Electrical Power Engineer at Chevron SJVBU
2 周V L-N =19.8kV I L-N = 55.5 MVA= 3 * V L-N * I L-N ~ 3.297 MVA
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?? 21M+ impression | 28K+ Global Followers | Believer in Individuals with?a?Vision??? | Futurist | Tech Visionary | #1 Qatar Favikon LinkedIn | ?? Innovation Enthusiast
2 周Great insights from EPASSA! ?? Understanding real-time data from the grid is crucial for Dravo’s innovative energy solutions. ? In electrical engineering, monitoring how voltages and currents interact the way you showcased at 23:23 provides foundational knowledge for efficiency. ?? For the MVA calculation: Multiply voltage (in kV) by current (in kA) and adjust for the power factor. Keep up the excellent work in sharing knowledge that empowers us all in engineering! ?? #EnergyInnovation #ElectricalGrid #DataInsights #KnowledgeIsPower ??
Knowledge is Power, and Power is Our Expertise