Advanced Energy Storage Caucus Launched in Congress to Bipartisan Support

Washington, D.C. (May 8, 2017) – U.S. Representatives Chris Collins (R-NY) and Mark Takano (D-CA) launched the Advanced Energy Storage Caucus in Congress last week, joined by executives from leading utilities, developers, and manufacturers of storage technologies. The focus of the Caucus is to educate Members of Congress regarding the benefits of storage to the U.S. electric system and investigate ways to accelerate job growth and investment in U.S. advanced energy storage industries. Cost-effective, safe energy storage systems are creating a more resilient and efficient electric grid today, with thousands of systems already in operation throughout the United States. In recognition of the critical role energy storage plays in making the U.S. electric system reliable, affordable, and sustainable, the Caucus will periodically brief Members of Congress on how energy storage is reshaping the way electricity is generated, distributed, and consumed, and how policy can remove impediments to greater use of battery storage.
 
“I am proud to co-chair the Energy Storage Caucus with Congressman Takano." said Congressman Chris Collins. "We need bipartisan solutions to help address our aging energy infrastructure. Energy storage technology will grow our economy and make sure American businesses can compete around the globe."
 
"Energy storage is transformative technology that can lead to a cleaner, safer, more reliable, and more affordable energy grid,” said Rep. Takano. “I am pleased to restart this bipartisan initiative to educate my colleagues about the potential of energy storage and explore opportunities for us to support this technology in the future. The security and sustainability of our energy infrastructure affects every community across America. I look forward to working with Democrats and Republicans to create a policy environment where the promise of this technology can be fully realized.”  
 
During the press conference for the launch of the Congressional Advanced Energy Storage Caucus, the Co-Chairs were joined by industry leaders from the Energy Storage Association, AES Energy Storage, S&C Electric, Stem Inc., and National Grid.
 
“States, utilities, and customers have begun using advanced energy storage to enhance the reliability and resiliency of our nation’s electric infrastructure,” said Jason Burwen, Policy & Advocacy Directory of the Energy Storage Association. “Whether providing resilient response to extreme events, complementing aging distribution infrastructure, enabling more distributed resources and consumer choice, or reducing vulnerability of local communities, energy storage is a powerful and compelling new investment option in our nation’s energy infrastructure.”
 
 “Electricity is fundamental to our overall economy, powering 40% of everything that we do on a day-to-day basis.  We believe energy storage is the key for us to create a cleaner, more flexible and more resilient electric grid,” said Kiran Kumaraswamy, Market Development Director at AES Energy Storage. “We see storage offering unparalleled flexibility and a cost-effective platform for continued innovation in our rapidly-changing energy landscape.”
 
“A robust U.S. energy storage industry will strengthen U.S. manufacturing and provide greater international competitiveness,” said Troy Miller, director of Grid Solutions with S&C Electric Company. “Our company employs more than 1,200 people in manufacturing jobs across the country. Continued support and investment in our industry will ensure the U.S. continues to lead the world in advanced energy.” 

Advanced Energy Storage Caucus – Mission Statement

The bipartisan Congressional Advanced Energy Storage Caucus is dedicated to advancing understanding of how energy storage systems are enabling American businesses and homeowners to better access reliable, affordable, and sustainable electric power. The members of this Caucus will work together and with stakeholders toward innovative and effective policy solutions that address challenges in our energy infrastructure and drive the adoption of storage technology.