Recent Searches

Share this Post

Share on facebook
Share on twitter
Share on linkedin

Home
White Papers & Case Studies
Case Study: East Power Phase #1 - Transmitting Power to Cities

Case Study: East Power Phase #1 - Transmitting Power to Cities

Published Date February 28, 2020

Fill form to unlock content

Loading, please wait

Error - something went wrong!

Please register to view this content

Thank you!

Download PDF

Previous Flipbook

Case Study: GCCIA HVDC interconnection
Next Flipbook

Case Study: Buk-Dangjin - Godeok HVDC

Other content in this Channel

3 months ago
Digitization Underway : Large-scale Data Center Development Support

Read Now
3 months ago
The Data Centers AI & ML Trilemma

Read Now
5 months ago
Grid Solutions Delivers Critical Infrastructure in Development of Hyperscale Data Center in Australia

Read Now
8 months ago
The Copper Diet

This whitepaper explores the concepts of facilitating the standardization of copper leftovers used for wiring after switching over to process bus for digital substations.

Read Now
9 months ago
FAQ: Finding Fault Location Accurately with Traveling-Wave Fault Location

Discussion on how to use the traveling-wave fault location (TWFL) technique to determine fault location, with excellent accuracy rates.

Read Now
11 months ago
FAQ: Today’s P&C Approach to Generator Protection

Read Now
about 1 year ago
PowerNode Motor Health Management

GE Grid Solutions has launched a new solution, PowerNode – Motor Health Management (MHM), that monitors the health of the motors and detects faults at an early stage of development.

Read Now
about 1 year ago
FAQ: Fundamentals of Bus Differential Protection

Read Now
about 1 year ago
Behind the Meter Energy Optimization: An Overview

Explore the benefits and capabilities of microgrids with advanced control and optimization platforms for increased reliability, resiliency, and energy savings.

Read Now
over 1 year ago
Major US Chemical Company Upgrades to Integrated Protection & Control Solution for Synchronous Motors

Read Now
over 1 year ago
FAQ: Fire Mitigation Using High-Impedance Fault Protection

Learn how high-impedance fault (HIF) protection senses small currents from conductors lying on the ground and trips the circuit to remove power, reducing the chance of starting a fire.

Read Now
over 1 year ago
FAQ: Protection System Design for Practical Microgrids

Read Now
over 1 year ago
Greening the Future Data Center Infrastructure via the GE Aeroderivative Technology and Microgrid Controls

Read Now
over 1 year ago
FAQ: Digital Substation Standardization Strategies

Learn about the value of standardization in the development of digital substations in both greenfield and brownfield applications.

Read Now
over 1 year ago
GOOSE on Rails: Application for Traction Catenary Supplies

This paper explores the topology and technology of AC railway catenaries, with a particular focus on how the system is energized, protected from faults, and controlled.

Read Now
over 1 year ago
FAQ: Optimizing Renewable Energy Transmission with New Fixed Series Capacitors Technology

Read Now
over 1 year ago
A pulp and paper company’s new installation of Multilin 869 Motor Protection Relays

Read Now
over 1 year ago
FAQ: Solving Renewable Integration Challenges with WAMPAC

Read Now
almost 2 years ago
FAQ: High Speed Falling Conductor Protection

Learn how high-speed falling conductor protection (HFCP) offers a solution to serious hazards, including igniting wildfires, when an overhead power line breaks.

Read Now
almost 2 years ago
FAQ: Beyond the Math: Understanding and Applying Symmetrical Components

Read Now