Integrated Energy Systems

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Powering Tomorrow

New sources of power generation are needed to meet skyrocketing world energy demand. Penn State researchers innovate solutions and lead efforts that support scalable, abundant, safe, affordable, and clean energy.

Generating Results

As society continues to increase its energy consumption needs, improvements in energy sources, efficiency, infrastructure, policy, and management will become increasingly important to the process of stewarding natural resources.

Penn State researchers are searching for methods to meet the world’s need for reliable energy sources while considering the economic, environmental, health, and climate effects of energy generation.

Research areas include biomass energy, coal utilization for fossil and renewable energy, global unconventional shales, solar photoconversion, and wind energy.

Penn State is a leader in research on clean and efficient energy utilization strategies for engines, turbines, fuel cells, refrigeration, and many other devices. The University also leads in smart energy systems by focusing on topics such as CO2 capture, sequestration, and utilization, energy storage, and smart infrastructure.


    Penn State engineers advocate for new ways to facilitate a global conversation about energy consumption, including how much energy is being used, the fuel sources that generate electricity, and how different parts of the world can reduce its carbon footprint.

    Integrated Energy Systems Research

     

    Featured IEE Researchers

    Assistant Professor, Leone Family Department of Energy and Mineral Engineering (EME)
    Professor and Corning Faculty Fellow, Materials Science and Engineering

    More Researchers by Topic

    Find more researchers studying integrated energy systems by clicking on any of the following topics:

    Batteries Solar Electricity Energy Policy Energy Storage Hydrogen Power Shale Gas Wind Energy

    Energy University

    Energy is a Pennsylvania tradition. Energy has been a top industry in the Commonwealth since colonial times and is a field where Penn State has been a leader for over a century.

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    Penn State is committed to advancing Pennsylvania’s global leadership in responsible and effective energy production and management.

    In partnership with industry, government, and community stakeholders, we are collaborating across disciplines and campuses to address the globe’s most vexing energy challenges. We already rival the best of the world’s energy universities, with leading contributions in all aspects of energy research for the future. But we need to do more.

    The stakes are high: affordable, accessible, clean, safe, and abundant energy is essential for humankind to survive, thrive, and progress. To ensure our global future, we must all work together to secure our energy future.

    Energy University Forum #1 materials and recording

    Energy University Forum #2 materials and recording

    Register for Energy University Forum #3: Energy Outreach

    Prospectus for Energy Research, Education, and Outreach at Penn State

    We will continue building on our promise to provide the research, innovation, and leadership to achieve a bright and sustainable future for the Commonwealth, nation, and world.

    Read Full Prospectus

    Integrated Energy Systems News

    Featured Stories

    Scientists improve process for turning hard-to-recycle plastic waste into fuel

    | psu.edu

    A study lead by Penn State scientists may improve the ability of chemical recycling to process mixed plastics — like multilayer food packaging materials that are currently expensive and difficult to recycle using traditional methods, the scientists said.

    New grant continues Arctic research addressing climate change and communities

    | psu.edu

    The National Science Foundation’s Navigating the New Arctic program recently awarded researchers from Penn State and the University of New Hampshire a $3 million grant to examine earthquake impacts on community well-being and perception and preparedness toward potential earthquakes.