Power Systems Design

Medium-voltage capacitors: Boosting grid efficiency

Learn how capacitor banks work and how utilities optimize transmission and distribution system performance. Explore the power triangle, power factor correction, and how capacitors improve efficiency, capacity, and voltage regulation.

What is a power system? Generation, transmission, and distribution explained

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.

Effective overcurrent protection for utilities: fuses, reclosers, and coordination | Eaton PSEC

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.

Low-voltage dry-type transformers basics | Eaton PSEC

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.

Motor control center (MCC) basics | Eaton PSEC

Motor control centers (MCCs) are used to safely control, protect, and distribute power to electric motors. Learn how they work, are designed, and the essential role they play in electrical distribution systems.

Modular solutions for electrical power systems | Eaton PSEC

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.

Fuel cells explained | Eaton PSEC

Learn how fuel cells work and how they deliver continuous, clean power. Fuel cells can integrate seamlessly with microgrids, support islanded operation, reduce utility demand, and enhance overall reliability and resilience.

Busway explained: how modern power distribution works | Eaton PSEC

Learn what busway is, how it works, and why it outperforms cable and conduit. As power demands increase, busway can improve efficiency, save space and labor, and supports scalable power distribution.

Power density trends in the medium-voltage industry | Eaton PSEC

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.

Automatic transfer switch (ATS) fundamentals | Eaton PSEC

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.

Video Feed CTAs/Ads