Close
Login to Your Account
|
Faadooengineers
Results 1 to 2 of 2

Thread: Paper Presentation: Voltage source converter topology for HVDC grid connection of offshore wind farms

Popular topic for study

Basic Structure of a Power System

A power system is an interconnected network with components converting nonelectrical energy continuously into the electrical form and transporting the electrical energy from generating sources to the loads/users Read this topic
  1. 10th December 2010 , 11:19 AM #1
    FaaDoO-Engineer
    FaaDoO-Engineer is offline
    FaaDoO-Administrator FaaDoO-Engineer's Avatar
    Join Date
    Oct 2010
    Posts
    1,257
    Blog Entries
    3

    Gender: : Male

    Branch: : Computer Science Engineering

    City : Noida

    Pdf 32 Paper Presentation: Voltage source converter topology for HVDC grid connection of offshore wind farms

    ABSTRACT-- Large offshore wind farms are recently emerging as promising alternative power Sources. Long distances between offshore generation and onshore distribution grid demand new solutions for their connection to the AC network.

    HVDC systems based on voltage source converters (VSC) are a promising alternative to conventional AC transmission above a certain cable length. This paper presents a new VSC transmission topology for HVDC grid connection of offshore wind farms.

    Similar Threads:

    Attached Files for Direct Download
      File Name:
      File Size:
      442.9 KB
      Total Downloads:
      5389
    * Click on the 'file icon' or 'file name' to start downloading
    Reply With Quote Reply With Quote
  3. 6th August 2015 , 06:20 PM #2
    weirdwolfvortex
    weirdwolfvortex is offline
    Fuchcha FaaDoO Engineer
    Join Date
    Jul 2014
    Posts
    4

    Gender: : Male

    Branch: : Some other branch

    City : Amritsar

    Re: Paper Presentation: Voltage source converter topology for HVDC grid connection of offshore wind farms

    Keep up the awesome work
    Reply With Quote Reply With Quote
«Previous Thread | Next Thread»