Yousef Pipelzadeh, Ph.D Email & Phone Number

London, United Kingdom

As the Director of European Operations at Manitoba Hydro International (MHI), I lead a team of engineers in advancing power system simulations and consultancy services. My expertise in tools like PSCAD™/EMTDC™, DIgSILENT, and PSS/E is integral to developing large-scale, inverter-based power systems in EMT and undertaking weak grid connection studies.A significant aspect of my role is working closely with clients to deliver high-quality projects. This involves providing specialized PSCAD training to industry professionals and leading the technical developments of Global Engineering consultancy projects.I also drive strategic initiatives for expanding PSCAD market presence in Europe and globally, showcasing our state-of-the-art technological solutions. My over 15 years of experience in the power systems industry guides my approach to mentoring our engineering team and leading MHI in delivering pioneering solutions tailored to the diverse needs of our international clients.

London, United Kingdom

In my role as a research fellow, I've been involved in several impactful research projects and grant proposals, contributing to the advancement of integrating modern power electronics into power networks. My expertise encompasses HVDC & FACTS, the interaction between AC/DC operation and control, and addressing stability challenges in large interconnected power grids with HVDC and wind energy.Research Projects:Hubnet (2015-2016): Funded by EPSRC, this project focused on corrective control with transient assistive measures, analyzing the infeed loss of large DC links and cascading loss of HVDC stations in close AC proximity.ERIFT (2013-2015): Investigated the interaction between Modular Multi-level Converter HVDC links and the AC system, with a goal to enhance renewable integration through flexible transmission options.Control for Energy and Sustainability (2012-2013): Concentrated on developing adaptive HVDC control systems and robust transient stability methods for the secure operation of GB power systems.PhD programme: (2008-2012): My PhD project at Imperial College was co-sponsored by National Grid, focused on the coordination of damping control in transmission networks with HVDC links, leading to the publication of over 10 journal and conference papers.Grant Proposals:Participated in several grant proposals, including projects on adaptive HVDC control systems and damping contributions from offshore networks, and initiatives involving smart offshore grids and DC grid technologies.Through these roles, I have had the opportunity to collaborate with various institutions and industry partners, striving to contribute meaningfully to the power systems field. My work often involves wide-area monitoring and control, aimed at enhancing network capacity utilization and integrating smart grid technologies.

London, United Kingdom

Consulting Projects:As a Principal Investigator, I have led several consultancy projects, delivering innovative solutions and impactful findings to prestigious clients in the energy sector.Adaptive HVDC Control System and Power Oscillation Damping Methods (P162.009):Client: Electric Power Research Institute, California, USA.Objective: Developed System Identification Algorithms and novel robust and adaptive control systems for transient and power oscillation damping.Contributions: Delivered monthly technical reports and presented work to members from EPRI, National Grid, and Scottish Power Energy Networks.Outcome: The project's findings are documented in a report available on EPRI's website.Duration: 1 year.Damping Contribution from DC Connected Offshore Wind Farms Networks:Client: National Grid, U.K.Objective: Investigated the potential of DC connected offshore wind farms in providing system services to the AC transmission networks.Contributions: Presented findings to National Grid, involving discussions with representatives from 6 wind manufacturers (including GE, Vestas, etc.).Outcome: The project's results influenced new requirements in National Grid’s grid-code for future offshore connections.Duration: 2-3 months.

Beijing City, China

Studying the Interaction of Modular Multi-level Converter based HVDC Systems with AC system dynamics.

Warwick, United Kingdom

Spent 4 months at National Grid ESO office during my PhD to research the impact of multiple LCC and VSC based HVDC links and Wind Farms on the National Grid Transmission network. Verification of system performance. System studies including stability analysis and identify interaction between AC/DC transmission networks. National Grid House, Warwick, United Kingdom.

Ottawa, Canada Area

Directly involved in a new-start up venture under the mentorship of business magnate, serial high-tech entrepreneur Sir Terry Matthews in the silicon valley of Canada. We developed vertical solutions targeted at customers requirements. A full life-cycle development of a product was experienced from understanding the competitors, contributing in writing design specifications, developing the product through to end-user sales.

Kanata, Canada

Selected as one of four graduates from U.K. to undertake an Entrepreneurial programme by establishing a new-start up venture under the mentorship of high-tech entrepreneur Sir Terry Matthews. Developed vertical solutions targeted at customer’s requirements. A full life-cycle development of a product was experienced from understanding the competitors, contributing in writing design specifications, developing the product through to end-user sales.

Swansea, United Kingdom

Worked as an Intern on Electronics aspects of a Medical device. Formerly known as starbridge systems.

Doctor Of Philosophy (Phd), Power Systems

Title: Coordination of Damping Control in Transmission Networks with HVDC links (published over 10 top-tier journal/conference papers)..

Master Of Engineering (Meng), Electrical And Electronics Engineering, 1St Class (Hons)

Grade: 1st class honors (ranked top 5% in department) Industrial Projects: Completed summer internships as an Electronics Engineer (3.