Cadenza Innovation CEO Christina Lampe-Onnerud will speak at the Advanced Automotive Battery Conference in Las Vegas on December 11, 2024 about revolutionizing the U.S battery supply chain.

A new startup is showing how to make batteries cheaper—and safer

Quartz

Meanwhile, New York state’s energy research body NYSERDA has today (June 5) announced that it will partner with Lampe-Önnerud’s company to build a demonstration unit to store energy on the grid. Cadenza will get $1 million from NYSERDA to build the unit in White Plains (following a technical report Cadenza published in July last year addressing NYSERDA’s needs). Unlike ARPA-E, NYSERDA has more room on battery costs.

Christina Lampe-Onnerud CEO Radio Interview with Ray Hoffman

WCBS Radio 880

Ray Hoffman is the host and producer of CEO Radio on WCBS Newsradio 880. The daily program is a celebration of the entrepreneurial spirit in a one-minute news feature format. Ray interviews interesting entrepreneurs and chief executives, and lets their stories and experiences unfold over a period of several days. Each day brings a different aspect of their experience.
Ray interviewed Cadenza Innovation CEO Christina Lampe-Onnerud in early April 2018,  below is a link to the interviews.

She develops the batteries of the future – which will revolutionize the industry

NyTeknik

The researcher and entrepreneur Christina Lampe Önnerud is working on a new supercell architecture that will make the batteries of the future better, safer and cheaper.

Wilton’s Cadenza Innovation CEO, Founder Making A Difference

Wilton Daily Voice

Cadenza works on Lampe-Onnerud’s specialty: battery storage (the press has dubbed her the “Battery Queen”) and has ambitious plans of improving battery space and using innovation to package energy cheaper and better for pivotal global markets, energy storage, and global vehicles.

University of Connecticut signs agreement to do high-capacity lithium ion battery research

New Haven Register

The University of Connecticut has signed a three-year research agreement with a Fairfield County company that is developing high-capacity lithium-ion batteries for such uses as giving electric vehicles greater range between charges and energy storage for use at a later time.

UConn, Cadenza launch battery-tech research partnership

Hartford Business Journal

A Wilton-based battery technology designer whose investors include Connecticut Innovations, is funding the three-year collaboration, which includes UConn materials science and biomedical engineering professors. Led by Prof. Radenka Maric, UConn’s vice president for research and Connecticut Clean Energy Fund Professor of Sustainable Energy

10 Ways Women Can Beat Back Misogyny In The Tech World : Part 1

Cleantechnica

Misogyny in the tech world is too important a story for us at CleanTechnica to overlook. So here is the first of a three-part series in which we explore ways in which women can thrive in the tech world.

A Conversation With Christina Lampe-Onnerud, CEO Of Cadenza Innovation (CleanTechnica Exclusive)

Cleantechnica

Christina Lampe-Onnerud is charming, gracious, and bubbling with enthusiasm for her chosen field of endeavor. Her mission is simple — compile the best and most current information from battery experts around the globe and use that data to build better batteries. Her key concerns are lower cost, higher energy density, and greater safety. “My dream is to put 20 years of industry best practice into a battery block you can use.”

Cadenza Innovation teams for graphite anode development

eeNews Power Management

US battery startup Cadenza Innovation has teamed up with Australian mineral company Syrah Resources in a long-term research and development agreement to develop graphite anode technology for use in lithium-ion-based energy storage.

Cadenza Teams with Syrah to Advance Graphite Anodes for Li-ion Batteries

PowerPulse.Net

Cadenza Innovation and Syrah Resources, Limited have signed an exclusive, long-term research and development agreement to fuel advancements in graphite anode technology for use in Li-ion-based energy storage.