Essential Energy Everyday (EEE) recently released a video called, “Future Powered by Lead Batteries”, which describes how lead batteries are an indispensable part of our everyday lives and our green energy future. Lead batteries have a 150-year proven track record and are poised to provide the energy storage demand for a growing global economy — supporting renewable energy, greener transportation, and critical infrastructure.
The need for more research and investment in energy storage (synonymous with batteries) was made clear this week in Washington, D.C.
Capitol Hill Briefing: Bipartisan agreement & progressive research
Reports of divisions in Congress were disproved during a Capitol Hill briefing organized by Battery Council International on February 12, 2019, in advance of National Battery Day. California Rep. Mark Takano (Democrat) and New York Rep. Chris Collins (Republican) who serve as co-chairs of the Advanced Energy Storage Caucus, agreed that the need for research into energy storage is an area of alignment for both Democrats and Republicans.
Rep. Takano noted that he co-founded the caucus after a staff member provided him with a policy paper in 2015 that described energy storage as “the next big thing.” His goal is to advocate for advanced energy storage research and to explore policies that encourage battery storage development. “I’m passionate about this issue because [the] security and sustainability of our energy infrastructure affects every community across America.”
Takano added: “Energy storage is the future of renewable energy. Cheap grid-scale storage means that renewables can compete with fossil fuels on cost alone. This is not only better for our environment, but also makes our national grid more secure from natural disasters.”
Rep. Collins noted that energy storage means energy independence, “and that’s what’s good for America.” Collins said that the current downside of wind and solar power is that wind and sun aren’t always available. “We have to store the energy in a way that’s real and sustainable, and the technology is not quite there…we need breakthroughs.” He stressed that the place for governmental funding is funding research, noting that the moon landing, semiconductors, and other technological advancements are the result of government funding.
“In the energy storage world, if we’re going to be energy independent…and support all of the above [renewable sources], which includes modular nuclear, it’s always going to include some level of fossil fuels, [and] clean and efficient, it’s going to include wind and solar.” He recognized that many attending the briefing were Hill staffers. He advised them to “Bring this message back. ‘This is a good thing to support whether you’re a Republican or Democrat, and this is for America and its future. Energy independence is the holy grail of our future.'”
Takano’s closing message was to applaud the lead battery industry’s efforts, including lead battery recycling. “As we have honest conversations about batteries, battery storage, and renewable energy, we cannot ignore the environmental life cycle of these batteries. I commend the leading science and business leaders who are pioneering developments on battery research. Together, we can pave the way for a sustainable future for every community.”
Following the supportive comments by the congressmen, Dr. Tim Ellis, president of Dallas-based RSR Technologies, was one of several experts who shared highlights on innovative lead battery research. “It’s a really exciting time for lead [batteries].” He cited ongoing research at Argonne National Laboratory to better understand the performance of lead batteries at the molecular level leading to better dynamic charging acceptance and improved cycle life.
Other panelists included representatives ranging from Argonne National Laboratory and The Sustainability Consortium to the electric and gas utility company Ameren. Panelists stressed the importance of supporting lead battery research, in addition to the research underway with Argonne National Institute, Missouri University of Science and Technology, and others. The panelists addressed how the results will stretch the bounds of lead battery innovation and performance to meet the growing needs of electrification, renewable energy storage, the automotive industry, sustainable manufacturing and more.