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What is a power system? Generation, transmission, and distribution explained
14:42
Explore the complete electrical system from generation and transmission to distribution and loads. This video breaks down a power system into five levels: utility service, medium-voltage, transformers, low-voltage distribution, and loads.
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Effective overcurrent protection for utilities: fuses, reclosers, and coordination | Eaton PSEC
10:13
Learn utility overcurrent protection fundamentals, including fuses, reclosers, coordination strategies, and time-current curves. Discover how faults are detected, outages minimized, and the grid kept safe and resilient.
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DER integration in microgrids: PSEC energy optimization demo | Eaton PSEC
15:17
See distributed energy resources (DERs) work together, including solar, batteries, fuel cell, and microgrid, to efficiently power buildings. Moreover, learn how smart controls optimize that energy by dynamically balancing power supply and demand.
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Low-voltage dry-type transformers basics | Eaton PSEC
21:24
Learn how transformers work with, focusing on dry-type units, their components, specs, and ratings. Understand different types of dry-type transformers, their benefits, and where to use them across industrial and commercial applications.
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Modular solutions for electrical power systems | Eaton PSEC
12:07
Eaton modular solutions are integrated and engineered solutions that deliver electrical power precisely based on application requirements. Modular solutions are pre-manufactured systems that save space and reduce on-site construction time and effort.
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Electrical loads explained: residential vs. commercial vs. industrial | Eaton PSEC
10:26
This video explains electrical loads across residential, commercial, and industrial sectors and how power and energy are used, and why electrification, EVs, data centers, and advanced manufacturing are driving higher energy demand and grid evolution.
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Power density trends in the medium-voltage industry | Eaton PSEC
7:25
Rising electrification, grid modernization, and data center growth are driving the need for higher medium voltage power density. Learn what this means for medium-voltage switchgear design, efficiency, and reliability.
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Automatic transfer switch (ATS) fundamentals | Eaton PSEC
15:01
Learn how automatic transfer switches maintain continuous power to critical facilities by shifting electrical loads between utility and backup sources, the difference between open and closed transition, UL 1008 standards, and more.
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Eaton Tech Day 2025 highlights
0:30
Eaton Tech Day is an electrical industry focused seminar that showcases the latest in power management, electrical safety, energy efficiency, grid resiliency, and energy transition.
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Medium-voltage switchgear fundamentals | Eaton PSEC
15:50
Explore medium-voltage switchgear types including metal-clad, metal-enclosed, and compact switchgear. Learn key standards, design features, and advancements that enhance reliability, reduce downtime, and improve protection in power systems.
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Motor starting and control methods | Eaton PSEC
8:24
Learn how motor starting methods, ATL, soft staters, and VFDs, can impact inrush current, voltage, and energy use. In this video we explain key benefits, risks, and cost factors to help you choose the best method for your application.
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