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Uconn energy storage research


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Materials Science and Engineering | Research

Research Interests: Mark Aindow Ceramics, Materials and Semiconducters; Nanomaterials; TEM, SEM and AFM. Materials for Energy Products and Storage; MSE Education: Pu-Xian Gao Associate Professor: Nanomaterials Synthesis, Characterization and Manipulation, Nanotechnology for Energy, Environmental and Biomedical Applications University of

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Center for Clean Energy Engineering (C2E2) | Assistant Research

The Assistant Research Professor contributes to the Center for Clean Energy Engineering''s major research projects in clean energy technology, including decarbonization, hydrogen production, and electric aviation. especially in energy storage and hydrogen production areas. Founded in 1881, UConn is a Land Grant and Sea Grant institution

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Facilities | CREATE Lab: Cyber-Physical Resilience Empowering

RTDS testbed allows for large-scale renewable grid integration research and development, including offshore wind, solar PV and energy storage. The multi-energy microgrid testbed and large-scale renewable-based systems can be simulated with hardware and software in the loop, where the hardware is RTDS tied together with HPC, PVs, energy storage

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Dr. Hanchen Huang Accepts Professorship in Sustainable Energy

Dr. Huang''s position is associated with the Eminent Faculty Initiative in Sustainable Energy, an initiative funded by a State of Connecticut allocation of over $2.8 million annually, with additional support of $5.5 million from UTC Power, FuelCell Energy, Northeast Utilities and the Clean Energy Fund/Connecticut Innovations.

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UConn, Cadenza launch battery-tech research

Led by Prof. Radenka Maric, UConn''s vice president for research and Connecticut Clean Energy Fund Professor of Sustainable Energy, UConn will help Cadenza study technology to synthesize graphite collected at a massive

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Home | Sustainable Power Energy Lab

The Sustainable Power and Energy Lab (SPEL) at the University of Connecticut (UConn), directed by Dr. Zongjie Wang, is a power system research laboratory with a focus on power system non-linear optimization, grid planning and operation, and grid resilience.Our goal extends beyond the confines of traditional research; we are committed to creating a diverse, inclusive,

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Center for Energy Innovation Marks Its First Year

One of just seven Fraunhofer research centers in the country, the center is the result of a partnership between UConn, Fraunhofer USA, and the Connecticut Department of Energy and Environmental Protection. "CEI currently has active research in the areas of glasses, battery storage, and adsorbents," said Prabhakar Singh, director of the Center.

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Meet The Group | Sotzing Research Group

Research Interests: Bio-based polymer synthesis for capacitive energy storage applications. Awards: SPE Connecticut Section Scholarship (2022), Polymer science Pre Doctoral Graduate Fellowship(2023), SPE Connecticut Section Scholarship (2024)

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Home | Sotzing Research Group

UConn University of Connecticut school of University of Connecticut . Search University of Connecticut. The Sotzing research group is also exploring the use of cannabinoids for various applications. Polymer Dielectrics For Capacitive Energy Storage. Contact Information. Phone: 860-486-4619: E-mail: g.sotzing@uconn :

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Yudong Wang | Professor Xiao-Dong Zhou Research Group

Dr. Yudong Wang is an assistant research professor at Center for Clean Energy Engineering and Department of Mechanical Engineering, University of Connecticut. He has worked on energy conversion and energy storage since he start ed his Ph.D. study in 2016.

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UConn Applies Clean Energy Expertise to Multi-State

UConn brings the resources and acumen of the Center for Clean Energy Engineering (C2E2), a multidisciplinary research center focused on education and innovation of clean energy systems. C2E2 Director Ugur

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UConn, Cadenza launch battery-tech research partnership

Led by Prof. Radenka Maric, UConn''s vice president for research and Connecticut Clean Energy Fund Professor of Sustainable Energy, UConn will help Cadenza study technology to synthesize graphite collected at a massive mine in Mozambique for use in lithium-ion batteries. and is targeting the electric vehicle and grid storage markets

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Optimal Battery Locations for Shiftable Loads in Distribution

University of Connecticut Storrs, CT, USA Abstract—The integration of Battery Energy Storage Systems (BESS) into power grids is crucial for enhancing grid stability, efficiency, and the integration of renewable energy sources. This study investigates the optimal place-ment of BESS within an IEEE 33-bus system to minimize

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How much money does UConn engineering spend on research?

UConn Engineering''s annual research expenditures exceed $50M per year with approximately 70% of the total coming from federal agencies, such as the National Science Foundation, the National Institutes of Health, the Department of Energy, and Department of Defense.

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Positions | Computational Engineering and Design (CEaD)

The applications include energy storage materials and biomaterials. Design optimization, machine learning, and uncertainty quantification for structural metamaterials: develop machine learning-driven design methodologies to design structural metamaterials. Design for Additive Manufacturing is also within our research scope.

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Metal Oxides for Energy Conversion and Storage

Extensive research efforts have been put forward to understand the nature of metal oxides as catalysts as well as support materials for energy conversion and storage. One of the primary missions of catalysis research is to design and optimize the activity and selectivity of catalysts at the atomic level, which calls for a comprehensive

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Mesoscale Physics and Stochastics in Energy Storage

Fundamental understanding of the underlying transport, chemistry, microstructure, and interface interactions in porous electrode architectures is of critical importance. This talk will highlight the role of

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October 24, 2024 | Sustainable Power Energy Lab

On March 19th, 2024, the Department of Energy awarded Lead Principal Investigator, Associate Director of the Eversource Energy Center and Assistant Professor of Electrical Engineering Zongjie Wang with a $4.5 million grant ($3,340,168 DOE and $1,127,191 awardee costs share) to pursue this groundbreaking initiative, which focuses on developing a new

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Center for Clean Energy Engineering (C2E2) | Energy Materials

The Energy Materials group has published research in areas such as energy environmental application of novel materials and nanostructures for improved performance of dye-sensitized solar cells, dye regeneration, functional semiconductor materials and devices, atomic layer deposition, selective atomic-scale processing, piezo-electric thin films for chemical and

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News | Electrical Insulation Research Center

New UConn Research Project Aims to Eradicate Use of Gas 25,200x More Harmful Than CO2. UConn receives $2 million grant to remove harmful greenhouse gas. The piston/pendant allows engineering for temperature ‐ invariant dipolar polarization for energy storage. As part of a UConn lead MURI program, the design strategy uncovered in this work

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Will UConn invest $8 billion in regional hydrogen hubs?

The Department of Energy is preparing to invest $8 billion in regional hydrogen hubs, including the northeastern consortium that UConn has joined. (Peter Morenus/UConn Photo) UConn was announced as a strategic partner in the proposal in late August.

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Is UConn building a northeastern hydrogen hub?

(Peter Morenus/UConn Photo) UConn is putting its expertise in clean and renewable energy into practice as a member of a six-state, multiagency and university consortium seeking to establish a Northeastern hydrogen hub.

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Research | Kang Group

UConn University of Connecticut school of University of Connecticut In this research area, we are focused on developing new laser-based advanced manufacturing technologies in a reliable, scalable and cost-effective manner and further investigate novel light-based applications. We explore various energy storage materials and perform

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Energy, Sustainability, and Climate Change | Office of the Vice

UConn researchers are actively engaged in studying the effects of climate change and developing strategies for adaptation and mitigation, including climate-resilient agricultural practices,

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Students | Sustainable Power Energy Lab

Feng Chen is a Ph.D. candidate at the University of Connecticut (UConn) and serves as a research assistant in the SPEL lab under the supervision of Dr. Wang. He earned his B.Eng. degree in Mechatronic Engineering and M.Eng.

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Research | CREATE Lab: Cyber-Physical Resilience

UConn University of Connecticut school of University of Connecticut Localization and Response with DERs," UConn Research Excellence Program, 09/01/2022-08/31/2023. (PV) and mobile battery energy storage. Using self

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Prof. Zongjie Wang Awarded $4.5M DOE Grant to Benefit Grid

On March 19, the Department of Energy awarded Lead Principal Investigator, Associate Director of the Eversource Energy Center and Assistant Professor of Electrical Engineering Zongjie Wang with a $4.5 million grant ($3,340,168 DOE and $1,127,191 awardee costs share) to pursue this groundbreaking initiative, which focuses on developing a new

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Clean Energy Summit 2024 | Innovation Partnership Building at UConn

On Monday, September 23, 2024, UConn hosted the Sustainable Clean Energy Summit: Decarbonizing Society and the Grid in collaboration with Eversource. The event brought together over 300 UConn students, faculty, and attendees from state government, industry, and various organizations to discuss the future of sustainable energy.

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UConn Applies Clean Energy Expertise to Multi-State

UConn is putting its expertise in clean and renewable energy into practice as a member of a six-state, multiagency and university consortium seeking to establish a Northeastern hydrogen hub.

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Research

At UConn, we believe collaboration accelerates scientific breakthroughs and discovery. Bringing a top research institution like the University of Connecticut together with industry leaders, small- to medium-sized businesses, foundations, and other academic institutions allows us to tackle bigger challenges and find more innovative solutions.

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About Uconn energy storage research

About Uconn energy storage research

As the photovoltaic (PV) industry continues to evolve, advancements in Uconn energy storage research have become critical to optimizing the utilization of renewable energy sources. From innovative battery technologies to intelligent energy management systems, these solutions are transforming the way we store and distribute solar-generated electricity.

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