Clarkson University Researchers Innovate for Sustainable Power Solutions
Clarkson University's Research Initiatives for Sustainable Power
Collaborative Research Aims to Strengthen Grid Reliability, Capacity, and Sustainability
Clarkson University has launched two significant research collaborations aimed at enhancing the sustainability and efficiency of power grids across regions. These projects, undertaken in partnership with the New York Independent System Operator (NYISO) and Avangrid, emphasize evolving the electricity framework to better meet the growing demands of our energy-dependent society.
Leveraging Interdisciplinary Expertise
The research will draw from the vast expertise of Clarkson faculty, including Leo Jiang, Assistant Professor of Electrical and Computer Engineering, and Qingran Li, Assistant Professor of Economics and Financial Studies. By combining insights from engineering and business, the team is poised to address pressing issues regarding grid reliability, long-term capacity expansion, and real-time monitoring of operational risks that arise from integrating renewable energy sources.
The Growing Demand for Electric Power
With the electrification of transportation and heating systems on the rise, the power grid must prepare for a notable increase in demand. This surge in energy requirements poses challenges to an already strained grid, further complicated by the transition towards renewable energy resources over fossil fuel alternatives. To ensure a willing and able power supply for the future, key questions arise regarding generation resources and pricing incentives that can drive necessary capital investments in the grid.
Collaboration Across Disciplines
Addressing these multifaceted issues necessitates collaboration among various specialties. The expansion and modernization of electrical grids lend themselves to cooperative efforts among engineers, economists, policy experts, mathematicians, and data scientists. By working together, the goal is to create a sustainable electricity infrastructure that meets future energy demands.
"Clarkson's Power Engineering program has a longstanding tradition of working alongside the power industry to spearhead grid modernization initiatives. The current collaborations with Prof. Jiang and Prof. Li are invaluable contributions to our research endeavors and align with Clarkson's broader mission to support the energy sector," remarked Dr. Thomas Ortmeyer, Director of Clarkson's Center for Electric Power System Research.
Dr. Jiang emphasized the educational aspect of the projects, stating, "We are not only applying our interdisciplinary knowledge to current challenges but also providing Clarkson students with vital skills that will make them competent professionals in the workforce of the future."
NYISO Collaboration: Enhancing Grid Reliability
The partnership with NYISO will focus on evaluating the Value of Lost Load (VOLL) from the perspective of consumers in the area. A key area of this research will quantify the economic implications associated with lost load events and generate robust pricing signals to attract investment aimed at bolstering generation capacity.
Moreover, the project aims to provide grid operators with advanced decision-making tools that visualize operational risks, thereby improving the reliability of grid operations.
"This collaboration blends economics and power engineering to tackle real-world challenges," stated Jiang. "Our ambition is to deliver practical insights that will bolster the grid's adaptability to dynamic conditions and maintain reliable power supplies for customers throughout the state."
Avangrid Collaboration: Analyzing Grid Capacity Expansion
Through the partnership with Avangrid, the research will delve into the potential benefits of widening the grid capacity across New York and New England. The study aims to outline social benefits associated with grid expansion and assist Avangrid in creating a framework for cost-benefit analysis regarding future investments in grid developments.
Li stated, "Expanding grid capacity encompasses more than merely addressing growing energy demands; it involves fostering a sustainable and equitable energy landscape through prudent investments. Our research will serve as a blueprint for evaluating the broader impacts of grid investments, empowering stakeholders to make informed decisions that consider economic and social implications alike."
Developing Future Leaders in Energy
The research initiatives are part of Clarkson University's commitment to advancing interdisciplinary research designed to foster innovative solutions for pressing societal needs. Engaging both undergraduate and graduate students in this research will equip them with vital experience tackling real-world energy issues.
This collaboration is not the first consortium between Jiang and Li, having previously worked together on electrification and reliable grid operation. The Team Science initiative exemplifies the power of diverse expertise joining forces to navigate complex scientific challenges effectively.
"Clarkson is celebrated for its focus on interdisciplinary research. The collaboration between Dr. Jiang and Dr. Li is a prime example of our dedication to collective work across various fields, yielding impactful solutions," noted Michelle Crimi, Dean of the Graduate School and Interim VP for Research & Technology Transfer. "Furthermore, our students will play a crucial role in tackling some of the most pressing energy challenges of our generation."
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SOURCE Clarkson University
Frequently Asked Questions
What is the purpose of the research collaborations?
The research collaborations aim to enhance the sustainability and efficiency of power grids in New York and New England.
Who are the key faculty members involved in this research?
Key faculty include Leo Jiang and Qingran Li, both assistant professors specializing in power engineering and economics, respectively.
What challenges does the current power grid face?
Key challenges include increasing demand due to electrification, the integration of renewable energy sources, and ensuring grid reliability.
How will students benefit from these research projects?
Students will gain hands-on experience in addressing real-world energy challenges, providing them with interdisciplinary skills vital for their careers.
What outcomes are expected from the collaborations?
The collaborations aim to produce actionable insights for grid operators and inform decision-making regarding grid expansion and modernization.
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