5 results found for 'Chang Fang and Xidao'

5 results found for 'Chang Fang and Xidao'
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  • CIP Picks TECO Onshore Substation for Taiwanese OWFs

    5 August 2019
    Contracts & Tenders, Wind Farm Update

    Copenhagen Infrastructure Partners (CIP) has awarded TECO Electric & Machinery with an EPC contract for the onshore substation of the Chang Fang and Xidao offshore wind projects in Taiwan. Under the deal, TECO will build the onshore substation, as well as provide the submarine cables which will transmit power from the two wind farms located offshore Changhua County in […]

  • Ramboll Design for Taiwanese Jackets

    1 October 2020
    Contracts & Tenders, Wind Farm Update

    Engineering company Ramboll has been contracted by China Steel Power Corporation to deliver the full jacket foundation design for the Zhong Neng offshore wind farm in Taiwan. The 300 MW Zhong Neng is located about 20 kilometres off the west coast of Changhua County in Taiwan. The project is co-developed by China Steel Corporation (CSC) […]

  • DNV GL to Provide Project Certification Training in Taiwan

    8 May 2019
    Contracts & Tenders, Training & Education

    Taiwan’s Bureau of Standards, Metrology and Inspection (BSMI) has contracted DNV GL to provide project certification training to help achieve the 5.5GW by 2025 offshore wind target. DNV GL is providing technical training to a local certification team consisting of CR Classification Society, Metal Industries Research & Development Centre (MIRDC) and Ship and Ocean Industries […]

  • MHI Vestas Brings Transformer Technology to Taiwan

    11 September 2020

    MHI Vestas Offshore Wind has secured a purchase agreement with Hitachi ABB Power Grids which will bring offshore wind transformer technology to Taiwan. Hitachi ABB Power Grids, in collaboration with Taiwan’s Shihlin Electric & Engineering Corporation (SEEC), will supply MHI Vestas with transformer technology which converts electricity to a higher, 66 kV voltage for long-range […]

  • Global Wind Power Potential (Switzerland)

    24 June 2011
    R&D

    A growing number of global wind resource assessments have demonstrated that the world’s technical potential for wind power exceeds current global electricity production. The theoretical potential for wind, as estimated by the global annual flux, has been estimated at 6,000 EJ/yr (Rogner et al., 2000). The global technical potential for wind energy, meanwhile, is not […]