White Paper: Cybersecurity in Mission Critical Licensed Networks: Evolution of Industrial Communications Technology
This white paper is intended to assist users of GE Vernova's MDS x710, MDS SD series, and MDS Orbit Platform to understand the various industry security requirements and how the cybersecurity capabilities within each product support these new guidelines.
White Paper: Cybersecurity in Mission Critical Licensed Networks: Evolution of Industrial Communications Technology
White Paper: MDS SD Series migration strategies to meet evolving network requirements
White Paper: Adaptive Modulation in Industrial Wireless Licensed Narrowband Communication Networks
This white paper is intended to explore the benefits that adaptive modulation (AM) techniques bring to licensed narrowband networks, and how they enable higher performing and more robust communications in unpredictable network conditions.
White Paper: Enabling a Secure, Reliable and High Performing Field Area Network with Cellular Technology
Only 8% of communication devices shipped to North American utilities in 2016 will be cellular. This is partially due to misconceptions around lack of security, reliability and performance. This paper will compare cellular and private technologies.
White Paper: Cybersecurity in Mission Critical Licensed Networks: Evolution of Industrial Communications Technology
White Paper: Extending a Network with Store and Forward
By utilizing Store and Forward (SAF) capabilities, network owners can effectively extend the range of their wireless communications network cost-effectively. This paper provides an overview of SAF and outlines the benefits.
White Paper: Managing Transmission Voltages in Power Systems With Air Core Shunt Reactors
Case Study: East Power Phase #1 - Transmitting Power to Cities
In 2017, GE Vernova was awarded, through its joint venture KAPES, the first phase of the East Power Converter (LCC) project to design and supply equipment for a 220 km energy corridor from Donghaean on the East coast, to Shingapyeong near Seoul metropolitan area. The 4 GW power capacity HVDC link will be configured as a bi-pole, with a rating of ±500 kVDC.