Skip to main content
UMass Collegiate M The University of Massachusetts Amherst
  • Visit
  • Apply
  • Give
  • Search UMass.edu
College of Engineering College of Engineering

Main navigation

  • Academics

    Academic programs

    Undergraduate programsGraduate programs4+1 Accelerated MS programsCertificate programsCourses
    See all academic programs
    AdmissionsTuition & financial aidAcademic advisingCareers & experiential learningStudy abroad for engineers
  • Research
    Research centers, institutes, and programsResearch areasUndergraduate researchResearch news & highlightsInnovation and Entrepreneurship
    Faculty ProfilesResearch development servicesCore facilitiesInstitute for Applied Life SciencesMGHPCC
  • Community
    Office of Diversity, Equity, and InclusionStudent OrganizationsMakerspacesAdvisory Boards and CouncilsNotable AlumniStudent VoicesInvited LecturesAwards Programs
    Industry Partnership ProgramEngineering ScholarshipsGive to Engineering
  • About
    Mission, vision & inclusivity statementStrategic PlanDepartmentsFaculty & StaffFaculty AchievementsLeadershipAccreditationContact
    Info for current studentsInfo for newly admitted studentsInfo for faculty and staffOpen Faculty PositionsVisit
  • News and Events
    NewsEvents

Breadcrumb

  1. Home
  2. News

Popular Science Interviews Matthew Lackner as Authority on Wind Energy

June 28, 2022 Faculty

Content

Matthew Lackner in front of wind turbine
Matthew Lackner

Popular Science recently interviewed Professor Matthew Lackner of the Mechanical and Industrial Engineering Department as a prominent expert on wind energy to explain why we likely won’t ever see rooftop wind turbines in the same way that we have rooftop solar panels.

“Sadly,” as the Popular Science article observed, “it’s not likely we’re going to see rooftop wind power become a vibrant renewable energy source anytime soon.”

Lackner, the director of the UMass Wind Energy Center and the Wind Energy Fellows, said that our roofs may not be breezy enough to support rooftop turbines and “wind doesn’t scale down as well as solar.”

According to Lackner, “If you look at large-scale solar farms versus household solar, the cost per unit of energy produced will be lower for the large-scale solar farm just because of the economics of scale. But solar panels are so cheap now that it still sort of makes economic sense to do it on one home. For wind, there are a few problems. One is that with wind turbines there are a lot of spatial scaling factors that go into it.”

Lackner said that you can justify investing in large, industrial wind turbines because they produce a lot of power. But, if you were to put small wind turbines on your home, the investment simply wouldn’t be worth it because they likely won’t generate enough power to justify purchasing and installing the turbines.

As Lackner explained, with wind power you want to have wind turbines with very tall towers that are high up in the air to extract the strong wind speeds above trees, buildings, and other obstructions. Generally speaking, the wind gets more powerful the higher you go thanks to the lack of obstacles.

“When it comes to residential,” said Lackner, “most areas have limits of towers you can install on your house…so you can’t really get a turbine up very high. You’re also, in most residential areas, surrounded by other houses and trees and things like that that block the wind low down, so wind speeds tend to be very low right near a house.”

But Lackner also noted that there may be alternative opportunities for wind turbines through community efforts. He says he can imagine a community having its own moderate-sized wind turbine if it has the right space for it and wants to make the investment. These kinds of community owned wind farms can already be found in places such as Denmark and Scotland.

“I don’t think individual homes would make a whole bunch of sense to do,” said Lackner, “but I could see [a turbine of] something like 50-100 kilowatts that powers tens of homes in a development if it was in a place that’s pretty open towards the top of a hill as opposed to the bottom of a hill.” (June 2022)

Article posted in Faculty

Related programs

  • Mechanical Engineering
  • Industrial Engineering

Related research

  • Energy, environment, and water

Related departments

  • Mechanical and Industrial Engineering

Site footer

College of Engineering
  • Find us on Facebook
  • Find us on YouTube
  • Find us on LinkedIn
  • Find us on Instagram
Address

Amherst, MA 01003
United States

Info for

  • Current students
  • Newly admitted students
  • Faculty and staff
  • Alumni

Academics

  • Academic programs
  • Departments
  • Academic advising

About

  • About the College of Engineering
  • News
  • Events
  • Faculty & Staff
  • Contact
  • Give to Engineering

Utilities

  • Email
  • SPIRE
  • Canvas
  • Online File Storage & Collaboration
  • People Finder

Global footer

  • ©2025 University of Massachusetts Amherst
  • Site policies
  • Privacy
  • Non-discrimination notice
  • Accessibility
  • Terms of use