Manwell, James

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Job Title
Professor, Department of Mechanical & Industrial Engineering, College of Engineering
Last Name
Manwell
First Name
James
Discipline
Mechanical Engineering
Expertise
Effect of external conditions (wind and waves) on the design of offshore wind turbines
Hybrid power (wind/photovoltaics/diesel) system design and analysis
Modeling of battery storage systems
Offshore wind energy system design and analysis
Remote sensing techniques applied to wind resource assessment
Introduction
Prof. Manwell is on the faculty of the Department Mechanical and Industrial Engineering at the University of Massachusetts in Amherst and is the Director of the Renewable Energy Research Laboratory (RERL) there. He has been working in field of wind energy for over 25 years, where his research interests have focused on wind resource assessment, hybrid power system design, and offshore wind energy. Beginning in the 1980’s and continuing up to the present he has been active in the design and modeling of hybrid power systems, including the development of the Hybrid2 computer code. Hybrid systems include multiple types of generators, electrical loads, storage units and control systems. Under his direction, the Renewable Energy Research Laboratory installed in 1994 the first utility scale (250 kW) wind turbine in Massachusetts. This turbine forms an integral part of the research and education program at the University. More recently, he has assisted the Town of Hull in acquiring a 660 kW wind turbine in 2001 (the largest in New England at that time), followed by a 1.8 MW wind turbine in 2006 (again, the largest in New England). He is an author of a textbook on wind energy: Wind Energy Explained: Theory, Design and Application. Prof. Manwell also provides assistance to the Massachusetts Technology Collaborative (MTC) and the Commonwealth of Massachusetts’ Division of Energy Resources (DOER) to facilitate the introduction of renewable energy to the state. Currently he is the U.S. representatives to the International Electrotechnical Commission’s program (IEC TC88 WG3) to develop design standards for offshore wind turbines. He is also a member of the International Science Panel on Renewable Energy.
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  • Publication
    Weatherization and Energy Security: a Review of Recent Events in ERCOT
    (2022-01-01) Zakeri, Golbon; HMaria Hernandez, Maria; Lackner, Matthew; Manwell, James
    Purpose of Review This review addresses the question of energy security. With the transition of energy generation fleet to cleaner, more sustainable electricity production, energy security is a topic of increasing importance. Recent Findings Recent events in Texas brought the concept of energy security to the fore. In this review, we examine the makeup of electricity generation and the causes of the February 2021 blackout of Texas. We will investigate the cost/benefit of winterization in Texas and ask why this was not undertaken subsequent to a similar event in 2011. Summary We investigate the case of Texas blackout of February 2021 and estimate the cost of prevention of this undesirable outcome. We suggest that market mechanisms need to be in place to incentivize electricity producers to ensure energy security going forward.