SeaPlanner to support marine coordination for Taiwan's Formosa I Offshore Wind Farm by Staff Writers London, UK (SPX) Mar 22, 2019
Leading Marine Management System, SeaPlanner has been selected to support the construction of Formosa 1 Offshore Wind Farm Phase 2, as part of the SeaRoc's strategic partnership with Specialist Marine Consultants (SMC) who are contracted for deliver marine coordination services for the 120MW project. SMC will be responsible for managing all operational marine coordination activities during construction of the 20 6MW turbine wind farm, and will utilise the full capabilities of the SeaPlanner system to manage the safety and efficiency of the work. This includes inductions of all working personnel, management of personnel certification, live vessel, personnel and asset tracking, controlling access restrictions, Risk Assessment/Method Statement (RAMS) management, Permit to Work and Transfer of Control. Also working with the two companies and in alignment with their commitment to promoting local content, MDS, a local communications specialist, will be utilised to provide expert support to the operation. MDS have great experience in delivering communications, coastal radars surveillance and spectrum monitoring and DF solutions in-country, having previously delivered systems integration and services to the Taiwanese military, rail network, public safety (police and firefighter) and coastguard, amongst others. SeaPlanner is currently employed on a significant percentage of the world's offshore wind turbines and we are pleased to extend our coverage and support SMC on this milestone project, representing the first formal Marine Coordination contract undertaken in Taiwan." says Steve Pears, SeaPlanner Managing Director.
Improved hybrid models for multi-step wind speed forecasting Beijing (SPX) Mar 14, 2019 To help mitigate global warming by reducing the emissions that are largely responsible, wind is widely expected to become an alternative source of energy. Wind power generation utilizes the surface atmosphere, where movement blows the wind turbine to generate the power output. However, due to the turbulence in the near-surface layer, wind speeds show strong variation and disturbance characteristics, which creates instability for wind power generation. This in turn seriously threatens the security ... read more
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