Skeleton Technologies brings in additional capital to close a total of €70 million equity in Round D financing

Skeleton Technologies, the global technology leader in energy storage for automotive, industrial and grid stability applications, today announced the successful closing of a further €29 million in its Series D financing. The total financing in Round D amounts now to €70.4 million.

Several early backers of the company such as MM Grupp and Harju Elekter and more recent ones including European industrial investors and a group of entrepreneurs that grew payments company Adyen from its inception to successful IPO have decided to increase their stakes in the company, following Skeleton’s recent successes in sales and in the development of its next-generation graphene-based products.

Taavi Madiberk, CEO and co-founder of Skeleton Technologies, stated: “Skeleton is growing fast and preparing for the next stage in the company’s lifecycle, that will include a significant scaling up of our operations, supported by strong growth in customer demand. The company is backed by leading industrial investors from Marubeni and InnoEnergy to the founders of Adyen. Most of the investors who joined the company at the end of last year not only participated in the round but wanted to increase their stake in the company. It is a great proof of trust generated by the good progress all these investors have seen over the last six months since becoming shareholders.”

Whilst most of the energy industry focuses on incremental improvements of a generally similar li-ion battery technology, Skeleton has chosen to differentiate itself by focusing on materials technology, having created the patented Curved Graphene material.

“Unlike Tesla, Panasonic, or LG who use similar raw materials and compete in engineering, Skeleton has taken an alternative approach and has focused on vertical integration based on our proprietary curved graphene material. In terms of commercialization, we have started with a relatively niche market of supercapacitors and are now moving to Superbatteries, covering the high efficiency, high power niche of the battery market. As the next step of our strategy, we aim at merging the long lifetime, fast charging supercapacitors and high energy, long-duration battery technology, to allow to offer a more competitive long range EV battery than currently on the market or in the development pipeline,” Madiberk explained.

This additional internal funding follows the initial €41.3 million close in Series D financing round completed in November 2020 and the €51 million funding from Germany’s Federal Ministry for Economic Affairs and Energy (BMWi) and the Free State of Saxony announced in March 2021 and brings Skeleton’s total capital raised in the preceding twelve months to €121.3 million.

arnaud.castaignet@skeletontech.com
+372 5669 9602

Skeleton Technologies
Schücostraße 8
01900 Großröhrsdorf, Germany

Skeleton Technologies is the global technology leader in ultracapacitor energy storage in automotive, transportation, grid and industrial applications.

For us, developing and producing the best ultracapacitor cells, modules, and systems in the world is means to an end: helping companies to reduce CO2 emissions and save energy.

We work with some of the largest companies in the world - from leading Tier One automotive firms and industrial equipment OEMs to truck fleet operators and aerospace prime contractors – to decrease CO2 emissions and fuel consumption, to improve power quality and protect equipment and infrastructure from power peaks, and to power electrification to fight climate change.

Our ultracapacitors, based on patented “curved graphene”, represent the biggest technological advancement in the industry in the last 20 years and the use of this innovative material provides our products with an unparalleled advantage in power and energy density.

Skeleton Technologies Group has three main locations: its manufacturing in Großröhrsdorf, Saxony, Germany, materials development in Bitterfeld-Wolfen, Saxony-Anhalt and electrical engineering in Tallinn, Estonia.

This release was published on openPR.