Sen. Chuck Schumer at Stony Brook to Support SBU-BNL Energy Hub Application

SCHUMER CALLS FOR $120 MILLION PACKAGE FOR FUNDING LONG ISLAND ELECTRIC BATTERY HUB; PROJECT WOULD REVOLUTIONIZE BATTERY MARKET AND MAKE LONG ISLAND THE RESEARCH CENTER FOR ELECTRIC CAR BATTERY DEVELOPMENT
 
Schumer: Project Would Create Hundreds of Good Paying Jobs on Long Island in the Short Term and Has the Potential for Many More


 

Biggest Obstacle to Growth of Electric Vehicle Market is Reliability of Batteries; BNL/SBU Battery Hub Would Develop More Efficient Batteries That Could Be Manufactured in Upstate New York
 
Schumer: Long Island Has the Technical Expertise, Upstate Has the Manufacturing Capacity and New York Would Get the Jobs

United States Senator

Senator Schumer tours the Takeuchi lab for energy storage at the Advanced Energy Center at Stony Brook Univeristy.

Charles E. Schumer, joined by Dr. Samuel Stanley, President of Stony Brook University, Sam Aronson, Director of Brookhaven National Lab, and other key stakeholders, called on the United States Department of Energy to approve a $120 million funding package from the United States Department of Energy for a joint Brookhaven National Laboratory-Stony Brook University electric battery hub that would create an immediate 100 high-paying jobs and over time, grow to a total of 270 jobs on Long Island and hundreds across the state. The project has the potential to create new manufacturing jobs in upstate New York if the research hub is able to make a major scientific breakthrough to extend the life of commercial battery technology. In addition to technologies to improve energy storage on our critical infrastructure, the project could revolutionize the electric vehicle market by creating refined batteries for electric cars that are more efficient than any battery currently on the market. Schumer made the case that the American electric vehicle market has been slow to take off because of the power and efficiency limitations of exiting batteries.

“Long Island has the expertise, research facilities, and the tools to revolutionize the electric vehicle and commercial battery market, and now we need to provide the resources to turn this expertise into a reality,” said Schumer. “The funding package we are working on securing will not only create hundreds of high-paying jobs on Long Island, but it could also create new manufacturing jobs in upstate New York if we make a major breakthrough.”

Schumer pointed to Long Island and New York’s established track record of using Brookhaven National Lab’s scientific prowess to make battery breakthroughs as proof-positive that the Brookhaven-Stony Brook application should be a clear favorite of the Department of Energy. Research conducted by GE scientists and engineers using the National Synchroton Light Source (NSLS) at Brookhaven National Laboratory employed x-ray experiments on the structure and chemical properties of batteries and has allowed scientists to better identify and fine tune battery design, maximizing performance and improving reliability. As a result, GE built a new manufacturing operation in Schenectady, NY to produce the new “Durathon” battery, which will eventually lead to the creation of 300 new jobs. Schumer noted that this Hub’s proposed scope of work holds the potential to fundamentally change how we power electric cars.  GE will continue its battery research work at the new National Sychrotron Light Source II. In addition to GE, major U.S. firms like General Motors and IBM have also signed on as part of the team to establish the battery hub.

Stony Brook University’s Advanced Energy Technology Center (AERTC) will be the dedicated home for the new hub, dubbed the Center for Extended Lifetime Energy Storage Technologies (CELESTE). Brookhaven National Lab’s facilities, including the Center for Functional Nanomaterials, National Synchrotron Light Source, and NSLS-II when complete will serve as the major instruments to provide state-of-the-art materials sciences capabilities, allowing researchers to thoroughly understand the nanoscale structure, composition and functioning of electrochemical materials and to analyze how batteries wear down, while operating.

“The goal of this hub is to focus on the complete spectrum of electrochemical energy storage, from basic research to commercialization,” said Brookhaven Lab Director Sam Aronson. “Together with Stony Brook University, NYSERDA, and NYSTAR, along with our other partners in academia, industry, and New York state entities including not-for-profits, we believe we have the people, the scientific tools, and the expertise needed to impact all aspects of the energy storage challenge. We deeply thank Senator Schumer for his support of our proposal.”

“We feel strongly that SBU-BNL proposal and the scientists and staff who will move it forward are the right match for the Department of Energy’s call for an Energy Innovation Hub,” said President Stanley. “The existing infrastructure of Stony Brook’s Advanced Energy Center and the work we are forging alongside Brookhaven National Lab and our partners with the Smart Grid demonstration project and the Smarter Grid 3 project will enhance the opportunity for progress in advanced batteries and energy storage. We are grateful to Senator Schumer for calling attention to this important proposal, and the impact it will have in our region, and on the State of New York should we receive the funding to pursue these important considerations for advancing the sustainability of clean energy in this country.”

In a personal call to Department of Energy Secretary Steven Chu, Schumer made the case on the merits of the BNL-Stony Brook application and urged the Secretary to fund the project. Schumer noted the inclusion of the new Light Source at the Lab – NSLS II –a one-of-a-kind research machine that is unique to the BNL-Stony Brook application. Schumer pointed to the Durathon battery as an example of the exciting work that will be done there. He also pointed to the profound implications the project could have on the commercial battery market, battery operated automobiles, and our overall electrical grid. By improving storage technologies used on the grid, it will make it possible for utilities to much more easily integrate renewable resources like the sun and wind into the system.

Stony Brook and Brookhaven Lab estimate that in the short-term, the funding package could generate approximately 100 high-tech research jobs and in the long-term create an estimated 270 jobs, contributing more than $220 million to the regional economy. If the Hub were extended an additional five years, it could contribute an additional $125 million in federal revenue to the region and double the economic output over the ten year period to $440 million. Additionally, the hub is expected to generate commercialization opportunities by attracting businesses on the leading edge of storage technology both inside and outside the region, stimulating the creation of new companies that will capitalize on whole new manufacturing opportunities and services related to storage.

The partnership between Brookhaven and Stony Brook will also include Columbia, Harvard, Princeton, CUNY, RPI, Cornell, General Electric, IBM, NYSERDA, NYSTAR, and the New York Battery and Energy Storage Technology (NYBEST), a consortium of over 100 entities in the battery sector, to focus on electrochemical energy storage from research to commercialization, along with many other academic and industrial institutions.

Schumer pointed out that the development of an electric battery hub at Stony Brook would make Long Island an international center of excellence for clean battery development and serve as a major catalyst in creating a greater and more substantial market for electric vehicles in the United States. The electric car market in the United States has not taken off as anticipated, in large part because of consumer concerns over the efficiency of existing batteries and their limited lifetime.

“We are presented with is a major opportunity to turn Long Island into the launching ground for a new era in cleaner and more efficient energy production,” continued Schumer. “We’re going to make the strongest case possible that the Energy Department needs to invest here, where the tools and expertise are waiting to be harnessed.”

© Stony Brook University 2012