Turbines Beyond the Coastlines: How Offshore Wind Could Solve Impending Energy Crisis
TAMUG Environmental sociologist Dr. Jenna Lamphere explores how ocean wind turbines may have what it takes to meet Texas's booming power demands — and how the public feels about them.
An offshore wind farm located in Norfolk, England
The modern energy landscape is undergoing a seismic shift. As traditional power infrastructure feels the strain of extreme weather and skyrocketing demand, clean energy innovation has rapidly evolved from a Utopian ideal to a tangible reality. Solar panels and inland wind farms have led the charge for decades, but the frontier of clean energy is expanding beyond the coastline and into the open ocean. At Texas A&M University at Galveston, Dr. Jenna Lamphere sits at the crucial intersection of human society and environmental policy. As an environmental sociologist and program coordinator, Dr. Lamphere does more than just study turbines — she studies the human factors surrounding them.
associate professor of Maritime Studies at the College of Marine Sciences & Maritime Studies at Texas A&M University at Galveston
Understanding Dr. Lamphere’s focus requires looking back at her roots. Growing up outside Detroit, Michigan — the former auto capital of the world — she witnessed the devastating aftereffects of deindustrialization and economic restructuring in her own backyard. Seeing the heavy toll that those factors had on the people around her was what sparked her interest in sociology. This interest truly stood out to her once she was working under the Green Economy Initiative while pursuing her graduate degree at the University of Tennessee.
“I didn’t realize, until I got working there, how much that line of work resonated with me,” said Lamphere. “That really sparked my interest in working with different institutions to help solve or come up with solutions to problems at the interface of the environment and social inequality.”
That acute awareness of human factors is especially relevant now, as Texas is facing an unprecedented power crunch fueled by industrial growth and data centers.
“The demand for electricity in Texas is projected to double by 2030, so we’re going to need a lot more energy coming online,” Lamphere notes. “And offshore wind right now is the only renewable technology that can be developed at scale — like a massive scale.”
The advantages of maritime turbines are compelling. Efficiency is the most alluring, with offshore wind turbines achieving capacity factors up to 60% due to uninterrupted ocean breezes. This coveted factor places them on par with a lot of fossil fuel generation, according to Lamphere.
“Onshore, wind is somewhere around 35%,” Lamphere recalled. “So it’s a lot more efficient offshore.”
Stability is a strength for offshore turbines as well, as ocean winds peak in the evening and stay strong throughout the winter — precisely when solar power goes dark and home heating demand surges, making it an excellent complement to existing infrastructure. Furthermore, the underwater lattice structure that helps support the platforms also serves to replace critical ocean habitats.
“Many fishermen I have spoken to were very supportive of offshore wind in the Gulf,” Lamphere observed. “Because they saw the potential for establishing new underwater habitats.”
With the goal of translating these benefits into policy, Dr. Lamphere works to bridge the gap between academic research and public engagement. Alongside co-author Dr. Elizabeth Nyman at Texas A&M University at Galveston, Dr. Lamphere recently submitted a book manuscript offering comparative case studies of offshore wind projects across the country to guide policymakers on what has and has not worked. She has also collaborated extensively with organizations like the National Wildlife Federation — even traveling to Virginia to visit a promising offshore energy project. Locally, she hosted a campus forum on offshore wind and conducted a statewide survey to gauge if Texans approve of offshore wind.
“Texas residents are highly supportive,” Lamphere noted. “71% are supportive, and only 9% are actually opposed.”
Naturally, no energy transition comes without friction. While offshore wind promises efficiency, stability, and strengthened habitats, Dr. Lamphere readily acknowledges the trade-offs. Turbine blade recycling remains an unsolved landfill issue, hurricane-resistant engineering is still evolving, and visual impacts draw skepticism from seaside homeowners concerned about their seascape views.
“It’s not a perfect solution, but I think there are a lot of benefits,” she emphasized. “So right now, it’s mostly about public education and raising awareness.”
Despite the potential hurdles, Dr. Lamphere remains unwaveringly optimistic. Texas, while charting its energy future, needs multi-faceted solutions that balance environmental necessity with community economic health. Through her research and advocacy, Dr. Lamphere makes a strong case that offshore wind may just prove to be the force for good that the Texas grid desperately needs.
