The Alternating Evolution of DC Power Transmission [Historical]

@article{Guarnieri2013TheAE,
  title={The Alternating Evolution of DC Power Transmission [Historical]},
  author={Massimo Guarnieri},
  journal={IEEE Industrial Electronics Magazine},
  year={2013},
  volume={7},
  pages={60-63}
}
  • M. Guarnieri
  • Published 18 September 2013
  • Engineering
  • IEEE Industrial Electronics Magazine
After more than one century of evolution of alternating current (ac) and thanks to the competitive costs of alternators and transformers, today a great majority of electricity is produced, transmitted, and distributed worldwide by means of ac polyphase systems [1], [2]. Nevertheless, about 200 high-voltage direct current (HVDC) systems are spread over the world to provide services where they are more convenient than ac systems. Moreover, the number of direct current (dc) systems is increasing… 
DC/DC Converters for Multiterminal HVDC Systems: Based on Modular Multilevel Converter
The increase in the energy demand has resulted in searching for new energy sources. Due to the increased prices of fossil fuels and the environmental issues, renewable energy sources has become
Dynamics of an ultra-fast Thomson-actuated HVDC breaker
High Voltage Direct Current (HVDC) is a rapidly growing form of power transmission that offers advantages with respect to conventional AC networks. One of the key elements that will allow the
Control of a hybrid HVDC link to increase inter-regional power transfer
This paper examines the application of a hybrid HVDC link in a two area power system with the purpose of increasing the inter-regional power transfer. A hybrid HVDC system combines both LCCs and
An Insight into the Evolution of Direct Current Systems
TLDR
This paper summarizes the sequential events related to the development of electric supply in the 1960s by underlining the benefits of Low Voltage Direct Current transmission.
Solidifying Power Electronics [Historical]
  • M. Guarnieri
  • Engineering
    IEEE Industrial Electronics Magazine
  • 2018
More than a century ago, in 1902, American Engineer Peter Cooper Hewitt (1861-1921) derived the mercury-arc rectifier, enclosed in a glass bulb, from his mercury-vapor lamp of the previous year. He
Multi-terminal DC grids: challenges and prospects
A few multi-terminal direct current (MTDC) systems are in operation around the world today. However, MTDC grids overlaying their AC counterpart might a reality in a near future. The main drivers for
Power quality improved 18-pulse VSC based BTB HVDC system with reduced current sensors
In this paper, an improved power quality 18-pulse voltage source converter is proposed for back-to-back (BTB) high voltage direct current (HVDC) system. The proposed system is regulated using PI
Revolving and Evolving-Early dc Machines [Historical]
  • M. Guarnieri
  • Engineering
    IEEE Industrial Electronics Magazine
  • 2018
In an age largely characterized by information and communication technology, which uses more and more feeble currents, electrical power is experiencing a period of excellent health and heading toward
Hall effect in transmission lines
Transmission lines are subject to several undesired effects which are observed during distribution of power. This paper provides elementary proof-of-concept of a nonlinear phenomenon which causes
Optimized Controller Design for a 12-Pulse Voltage Source Converter Based HVDC System
The paper proposes an optimized controller design scheme for power quality improvement in 12-pulse voltage source converter based high voltage direct current system. The proposed scheme is hybrid
...
...

References

SHOWING 1-2 OF 2 REFERENCES
The Beginning of Electric Energy Transmission: Part One [Historical]
  • M. Guarnieri
  • Engineering
    IEEE Industrial Electronics Magazine
  • 2013
Today, the architecture of electrical networks is evolving. Distributed dc generation from photovoltaic systems and small wind turbines, the possibilities offered by dc energy storage, the spread of
The Beginning of Electric Energy Transmission: Part Two [Historical]
After the early experimental lines realized by Gaulard and Gibbs of 1881?1884, the consequent theoretical investigations by Ferraris, and the improvements developed at Ganz & Co. (Budapest, Hungary)