Rosalind Smith Maxwell
About Rosalind Smith Maxwell
Rosalind Smith Maxwell is a Director with over 15 years of experience in renewable energy and clean technology. She holds a BSc in Genetics from the University of Edinburgh and has successfully advised on more than 4GW of renewable energy projects.
Work at Quinbrook Infrastructure Partners
Rosalind Smith Maxwell serves as a Director at Quinbrook Infrastructure Partners. In this role, she leverages her extensive experience in renewable energy to guide investment strategies and project developments. Her background in advising on significant renewable energy projects enhances Quinbrook's portfolio in sustainable infrastructure.
Education and Expertise
Rosalind holds a Bachelor of Science in Genetics from the University of Edinburgh. She possesses specialized knowledge in clean technology, particularly in behind the meter storage and battery manufacturing technologies. Her educational background and expertise contribute to her effectiveness in the renewable energy sector.
Background
With over 15 years of experience in renewable energy and clean technology, Rosalind has built a robust career in the industry. She was called to the Bar in 2009 after receiving the Jules Thorn scholarship from Middle Temple. Prior to her current role, she worked at Climate Change Capital for seven and a half years, focusing on sustainable investment.
Achievements in Renewable Energy Projects
Rosalind has successfully advised on more than 4GW of renewable energy power projects, which include onshore wind, solar, and biomass technologies. Her contributions to these projects demonstrate her capability in managing large-scale renewable energy initiatives and advancing clean technology solutions.
Experience at Fieldstone Private Capital Group
Between 2015 and 2020, Rosalind served as Vice President at Fieldstone Private Capital Group. In this position, she concentrated on transactions within Europe and Africa, utilizing her expertise to facilitate investments in renewable energy projects across these regions.