电子电气工程博士学位-风能与控制

可再生能源技术对于全球应对气候变化的影响并迈向更清洁，更可持续的能源社会的努力至关重要。该集团是风能以及风力涡轮机和风电场控制方面的国际领导者。当前的研究活动检查涡轮机的动态分析，其建模和仿真，控制系统设计及其优化，以及资源评估和状态监视问题。它还着重于系统工程方法和实用算法的开发，以控制和优化复杂和非线性系统。这涵盖了控制设计的整个周期，包括系统分析，建模，实时仿真和实施。在与行业合作伙伴的合作下，其基于控制的研究工作已应用于发电厂，水和环境系统，海洋系统，医疗机器人系统和系统生物学。可再生能源包括更广
Renewable energy technology is central to global efforts to tackle the effects of climate change and embrace a move towards a cleaner, more sustainable energy society.<br><br>The group is an international leader in wind energy and the control of wind turbines and wind farms. Current research activities examine the dynamic analysis of turbines, their modelling and simulation, control system design and their optimisation, along with resource assessment and condition monitoring issues. It also has a focus on the development of system engineering methods and practical algorithms for the control and optimisation of complex and nonlinear systems. This covers the whole cycle of control design including system analysis, modelling, real-time simulation, and implementation. In collaboration with industry partners, its control based research work is applied to power generation plant, water and environmental systems, marine systems, medical robotic systems and systems biology.<br><br>Renewable energy includes a wider spectrum of technologies, including solar photovoltaic, energy storage and electric vehicles, which this group also targets as part of its research portfolio.