offshorewind

Supporting transition to sustainable energy

jorgemartiresElectrical engineering, Facilitation, Safety and reliability engineering, Uncategorized

We, at MAR Consulting, have been busy supporting clients around the world with the challenging transition to sustainable energy. Among others, we have been involved in major projects in the offshore wind energy, hydrogen, carbon capture, electrification and transition to electrical vehicles. Thus, we have build vast knowledge within these industries leveraging our competencies of electrical engineering and risk management. We are ready to support you with your challenges to transition to a better future. Please visit our services page to get to know what we can offer, and contact us if you may have any questions. We look forward […]

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Scope of Work RAM study offshore wind substation

jorgemartiresReliability, availability and maintainability analysis

MAR Consulting prepared a scope of work and methodology report showing how a reliability, availability and maintainability (RAM) shall be performed for an offshore substation engineering project. The offshore substations will be receiving power from wind turbine generators and transmitting it to shore. MAR Consulting will eventually support the engineering team to develop the RAM model and analysis, depending on project award to Client. MAR Consulting has extensive experience performing RAM analysis in a variety of projects and industries. Please contact us if you need support on reliability, availability and/ or maintainability analysis.

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Availability of LV concept for wind power substation

jorgemartiresElectrical engineering, Reliability, availability and maintainability analysis

MAR Consulting supported the development of an availability study of a new concept for low voltage (LV) power supply to auxiliary systems in offshore wind substations. The concept proposed includes less redundancy. Therefore, it is essential to understand how it may impact the availability of the LV wind power substation. The substation’s main objective is to transmit offshore wind power to the onshore grid. For this purpose, auxiliary systems are essential to maintain the substation operationally capable. Failure of power to auxiliary systems such as cooling pumps, etc results in the inability to transmit power to shore. It was concluded […]

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