Trustees approve $3M for design of the Energy Advancement and Innovation Building

 

The Ohio State University Board of Trustees approved on Friday $3 million for design of a building that will help anchor an envisioned innovation district in the university’s west campus.

 

The Energy Advancement and Innovation Center will be a hub where Ohio State faculty members, students, alumni, ENGIE researchers, local entrepreneurs and industry experts work together on the next generation of smart energy systems, renewable energy and green mobility solutions.

 

The university was granted approval for $3 million for professional services for the Energy Advancement and Innovation Building, which will serve as a hub for technology commercialization first outlined in the university’s comprehensive energy management partnership.

 

The project is a cornerstone of the university’s public-private partnership with Ohio State Energy Partners (OSEP). As part of the agreement, OSEP committed $50 million for the project, including $35 million in design and construction costs.

 

“We are very excited to be moving into the design phase of this watershed project which is one of the cornerstones of our long-term partnership with Ohio State, and as a fellow Buckeye, I feel very lucky to be a part of the development of the innovation district,” said Serdar Tufekci, CEO of OSEP.

 

The Visionary Project Advisory Committee was formed early in the conceptual stages to guide the university in the governance of center. Jay Sayre, who serves as Assistant Vice President in the Office of Research and Director of Innovation in the Institute for Materials Research, chairs the committee, which is comprised of Ohio State, OSEP, and Columbus community members.

 

“We envision the Energy Advancement and Innovation Center as a vehicle to propel innovation beyond the R&D stage to commercial successes in the market where everyone can benefit,” Sayre said. “This will be a place where our students will benefit by connecting with the creativity of faculty, staff, ENGIE researchers, and our local community to leave a lasting, impactful legacy on our academic mission.”

 

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Ohio State-led research team receives $2.2 million grant for transformational energy project

Researchers at The Ohio State University are leading a project recently awarded $2.2 million from the Department of Energy to develop gallium nitride (GaN) semiconductor materials suitable for high-voltage power control and conversion.

 

The project, “GaN MOCVD Growth on Native Substrates for High Voltage (15-20 kV) Vertical Power Devices,” is one of 12 projects receiving $35 million in funding through the Advanced Research Projects Agency-Energy (ARPA-E) OPEN+ program.

 

“Today’s dominant power semiconductor devices use Silicon, which suffers at high power and high temperature operations. It is absolutely critical to find alternatives to harness medium-voltage electricity infrastructure for applications across industry, transportation, on the grid and beyond,” said Hongping Zhao, associate professor in the Electrical and Computer Engineering (ECE) and Materials Science and Engineering (MSE). “This project aims to develop wide bandgap semiconductor GaN materials grown on native GaN substrates that enables vertical power devices with switching voltages up to 15-20 kilovolts.”

 

The team is led by Zhao and includes ECE and MSE professor Siddharth Rajan; IMR Executive Director, Distinguished University Professor and Neal A. Smith Professor of Electrical Engineering Steven Ringel; and ECE professor Jin Wang. During the three year project, Ohio State will partner with SixPoint Materials, Inc., a California-based materials manufacturer, which will focus on developing GaN substrates.

 

Zhao joined Ohio State in August 2017 through the IMR-led Materials & Manufacturing for Sustainability Discovery Theme. Zhao’s research interests focus on the growth and physics of wide bandgap and ultra-wide bandgap semiconductor materials and devices, and the low-dimensional semiconductor nano-materials and devices for energy applications.

 

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Ohio State faculty team up on $2.75 million award to enable nuclear nonproliferation research

An interdisciplinary team at The Ohio State University will spearhead a research thrust area within a new consortium focused on nuclear nonproliferation.

 

The National Nuclear Security Administration, overseen by the U.S. Department of Energy, has established the consortium with the goal of strengthening the nation’s nuclear security.

 

Ohio State’s Department of Mechanical and Aerospace Engineering and Department of Electrical and Computer Engineering will share $2.75 million of the consortium’s five-year, $25 million funding.

 

The Consortium for Enabling Technologies and Innovation, led by Georgia Institute of Technology, is a collection of 12 universities and 10 national laboratories that will develop and refine technologies supporting the nation’s nonproliferation mission to detect and characterize the production of nuclear materials. The consortium will perform basic research in computer and engineering sciences for nonproliferation, advanced manufacturing for nonproliferation and novel instrumentation for nuclear fuel cycle monitoring.

 

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Jung-Hyun Kim, industry partners receive nearly $2.5M DOE award to advance EV technology

 

Jung-Hyun Kim, assistant professor in the Department of Mechanical and Aerospace Engineering, received with partners Nexceris and Navitas a nearly $2.5-million grant from the Department of Energy to develop cathode materials for the next generation of electric vehicle batteries.

 

The project, “Cobalt-free LNMTO spinel cathode materials,” is one of 42 research projects sponsored through the Department of Energy program aiming to shore up U.S. energy security by supporting the development and commercialization of affordable, energy-efficient transportation technologies.

 

Increased energy efficiency plays no small part in the stability and growth of an economy driven by transportation. The average U.S. household spent about one-sixth of its total expenditures on transportation in 2017, according to a U.S. Bureau of Labor Statistics survey. That year, 11 billion tons of freight were transported by vehicles, with about $35 billion in products shipping each day, according to the Bureau of Transportation Statistics.

 

Demand for battery materials is also expected to increase as interest in electrical vehicles grows within the transportation industry.

 

Kim, who was recruited to The Ohio State University through the Institute for Materials Research-led Materials & Manufacturing for Sustainability Discovery Theme, will focus on developing materials to supplant prohibitively high-cost materials, such as Cobalt, used in electric-vehicle batteries. Cobalt is vital to the performance of lithium-ion (Li-ion) batteries, but recent increases in demand and price have resulted in shortages and concern about its outlook.

 

“Our work over the next three years will pave the way to a new generation cathode of Li-ion batteries,” Kim said. “Our goal is to develop low-cost cathode materials with high energy and power and demonstrate it using prototype battery cells with 2 Ah capacity, which can significantly impact Li-ion battery markets, mainly for electric vehicle (EV) applications.”

 

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Ohio State joins $42M DOE project for innovative buildings research

The Ohio State University was named among the funding recipients in a recently announced U.S. Department of Energy (DOE) $42 million project to support innovative residential and commercial building technologies for energy efficiency.

 

As part of the overall program, Ohio State Associate Professor in Electrical and Computer Engineering Hongping Zhao is set to lead an almost $600,000 project for the research proposal “High Efficiency InGaN Light Emitting Diodes (LED) emitting Green, Amber and Beyond.”

 

Zhao arrived at Ohio State in 2017 as an associate professor with a joint appointment in the Department of Materials Science and Engineering through the Materials & Manufacturing for Sustainability Discovery Theme, led by the Institute for Materials Research (IMR).

 

According to DOE, buildings use 75 percent of the nation’s electricity and account for 40 percent of its overall energy use.

 

“We are excited to be selected to tackle the challenges that current LED technology is facing. InGaN LEDs emitting in blue have achieved high quantum efficiencies with commercialized products available on the market. However, LEDs emitting in green, amber and longer wavelength still suffer from low efficiencies,” Zhao said. “In this project, we will develop novel materials and structures to address this issue.”

 

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