Apple Picking GBM

Apple Picking GBM

Come enjoy the fall scenery with SWE by picking apples at Goodwin’s Orchard. We will be going on Friday 10/4/2024  from 4:15-6:00. Sign up is even more important for this event because of transportation planning!

Research Showcase: Sustainable Electric Grid Transport System

The Road to Sustainability: Transforming the Power Grid for Renewables and Electrified Transit

The Road to Sustainability: Transforming the Power Grid for Renewables and Electrified Transit

By addressing the challenges of grid modernization, renewable integration and electric vehicle infrastructure, we're paving the way to a greener future.

Electricity is an essential yet often overlooked aspect of modern life. Many people flip a switch or plug in a device without a second thought, unaware of the intricate technology and vast infrastructure required to meet their energy needs. This convenience has led to a general mental disconnect between our daily electricity use and the complex systems that generate, transmit and distribute power across the grid. As society faces the concurrent challenges of intensifying climate policies, growing electric vehicle adoption and greater electrical power demands, it becomes increasingly important to understand the intricate dance of innovation, infrastructure and regulation that keeps our lights on. 

Clarkson faculty and student researchers are working across disciplines on strategies for the evolution of the power grid, the urgent need to align it with climate goals, and the profound implications of an electrified transportation future on grid infrastructure.


The Problem

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A white electric vehicle charges in front of a solar array and faraway city skyline.

State and Federal climate mitigation mandates present a complex challenge: ensuring grid stability and reliability while simultaneously electrifying transport and transitioning to sustainable, carbon-free energy sources. Achieving these goals demands significant investment, technological innovation and a coordinated effort across government, industry, academia and communities to modernize the grid and align energy consumption patterns with the realities of a cleaner, electrified future.
 

The Purpose

This research seeks to answer critical questions about how to build a more sustainable and equitable energy future, by investigating the technological, political and societal dimensions of potential grid-transportation system solutions. Using New York as a reference case, this research will produce quantifiable metrics to evaluate sustainable transportation and power system options – and their economic, environmental and social impacts – to provide practical guidelines for infrastructure and transportation planners nationwide.

The Methods

A globe with 'CO2' and downward arrows overlaid, surrounded by icons representing sustainable energy sources such as solar panels, wind turbines, electric vehicles and green manufacturing, set against a background of lush grass in sunlight.

Improve evaluation metrics

Identify gaps in policy-making metrics to better evaluate economic and technical efficiency, sustainability and equity.

An industrial facility with interconnected icons overlaid, representing electric vehicles, renewable energy, light bulbs, and CO2 reduction, all against a blue-toned cityscape background. The image emphasizes industrial efforts to reduce carbon emissions through technology.

Quantify the scope

Aggregate and create of data sets that capture the interdependencies between environmental sustainability, economic and technical efficiency and social equity outcomes.

Several electric vehicles, including black, red, and white cars, connected to charging stations in a parking lot under a cloudy sky. The image emphasizes the growth of electric vehicle infrastructure.

Develop data-driven insights

Analyze actual EV charging data to characterize the charging demand and reduce uncertainty in modeling the grid-transportation system.

Rows of high-voltage power lines stretching into the distance, with glowing transmission lines against a backdrop of a darkening sky. The image represents energy transmission and the power grid.

Innovate power delivery

Develop advanced methods that will allow carbon free energy to supply electric transportation while maintaining power grid reliability.

About the New York State Climate Leadership and Community Protection Act

2050

NYS-mandated target for net-zero emissions. 

We have a long way to go...

In 2022, just 30% of NYS's electricity was from renewable sources.

The New York State Climate Leadership and Community Protection Act (CLCPA), enacted in 2019, is one of the most ambitious climate laws in the United States. The CLCPA mandates a dramatic reduction in greenhouse gas emissions, requiring the state to achieve 70% of its electricity from renewable sources by 2030, a completely carbon-free power sector by 2040 and statewide net-zero emissions by 2050. The law also emphasizes environmental justice, ensuring that disadvantaged communities, which have historically borne the brunt of pollution, receive 40% of the benefits from clean energy investments and projects.

Through the CLCPA, New York is positioning itself as a leader in the fight against climate change, with a comprehensive approach that integrates technological innovation with environmental, social and economic considerations.

The Players

To address the interconnected challenges of transportation electrification and transitioning to more renewable power sources, our research team consists of engineers, economists and sustainability scholars along with key stakeholders representing electric utilities, regional grid operators, municipalities and community leaders.

The Clarkson University Research Team

Collaborators and Stakeholders

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National Grid corporate logo
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New York ISO logo

Student Researcher Spotlight

The interdisciplinary nature of this project creates diverse research opportunities for Clarkson faculty and students alike.

Honors student Thomas Robbins ‘24 was recently awarded a top undergraduate prize at the American Association for the Advancement of Science’s (AAAS) 2024 Annual Meeting for his work, titled "Defining Disadvantaged Communities (DACs) for Environmental Justice: Variation and Impact."

Learn more about student research opportunities at Clarkson

Let's build a better future together.

Clarkson University faculty and students are working together to find solutions for a more sustainable world. Join us.