LEYDENJAR TECHNOLOGIES

leydenjar-technologies-logo

LeydenJar Technologies boosts the energy density of li-ion batteries by replacing the traditional graphite anode with a nanoporous, pure silicon anode. This yields cheaper (-20% costs), greener (-85% CO2 footprint) and higher energy density batteries (+70% as compared to state-of-the-art, 1350Wh/L).

#SimilarOrganizations #People #Financial #Website #More

LEYDENJAR TECHNOLOGIES

Social Links:

Industry:
Automotive Battery CleanTech Consumer Electronics Energy Storage Hardware Nanotechnology

Founded:
2016-04-05

Address:
Leiden, Zuid-Holland, The Netherlands

Country:
The Netherlands

Website Url:
http://www.leyden-jar.com

Total Employee:
11+

Status:
Active

Contact:
+31626791291

Email Addresses:
[email protected]

Total Funding:
33.22 M EUR

Technology used in webpage:
Viewport Meta IPhone / Mobile Compatible SPF SSL By Default Google Font API Google Analytics LetsEncrypt Apple Mobile Web Clips Icon Google Tag Manager WordPress


Similar Organizations

anker-innovations-logo

Anker Innovations

Anker Innovations develops connected devices to support audio, driving, and the emerging smart home space.

breathe-battery-technologies-logo

Breathe Battery Technologies

Breathe Battery Technologies is a developer of electric vehicle battery charging control software for automotive manufacturers.

skeleton-technologies-logo

Skeleton Technologies

Skeleton Technologies is a manufacturer and developer of high energy and power density ultracapacitors.

zincfive-logo

ZincFive

ZincFive is an intelligent energy storage and delivery solutions company providing nickel-zinc battery based UPS solutions.

Current Employees Featured

christian-rood_image

Christian Rood
Christian Rood Co-founder and CEO @ LeydenJar Technologies
Co-founder and CEO
2016-04-05

gabriel-de-scheemaker_image

Gabriel de Scheemaker
Gabriel de Scheemaker Director and co-Founder @ LeydenJar Technologies
Director and co-Founder
2016-04-05

not_available_image

Dr. Klaus Brandt
Dr. Klaus Brandt Scientific advisor @ LeydenJar Technologies
Scientific advisor
2016-04-05

Founder


christian-rood_image

Christian Rood

gabriel-de-scheemaker_image

Gabriel de Scheemaker

Investors List

netherlands-enterprise-agency_image

Netherlands Enterprise Agency

Netherlands Enterprise Agency investment in Grant - LeydenJar Technologies

easme_image

EASME - EU Executive Agency for SMEs

EASME - EU Executive Agency for SMEs investment in Grant - LeydenJar Technologies

brabantse-ontwikkelings-maatschappij-bom_image

BOM

BOM investment in Seed Round - LeydenJar Technologies

uniiq_image

UNIIQ

UNIIQ investment in Seed Round - LeydenJar Technologies

innovation-quarter_image

InnovationQuarter

InnovationQuarter investment in Seed Round - LeydenJar Technologies

brabantse-ontwikkelings-maatschappij-bom_image

BOM

BOM investment in Seed Round - LeydenJar Technologies

easme_image

EASME - EU Executive Agency for SMEs

EASME - EU Executive Agency for SMEs investment in Grant - LeydenJar Technologies

Official Site Inspections

http://www.leyden-jar.com Semrush global rank: 2.74 M Semrush visits lastest month: 5.94 K

  • Host name: p03.alterio-production
  • IP address: 134.209.89.214
  • Location: Amsterdam Netherlands
  • Latitude: 52.352
  • Longitude: 4.9392
  • Timezone: Europe/Amsterdam
  • Postal: 1098

Loading ...

More informations about "LeydenJar Technologies" on Search Engine

Pure Silicon Anode with high energy density - LeydenJar

Mar 4, 2024 LeydenJar creates the world’s most energy dense anode, enabling you to benefit from Li-ion batteries that are extremely powerful, small, and fast charging. Download Whitepaper. Specs. Learn more. 70% More energy. 10x. Thinner. 7min -> 80% Quick charge. 450+. Cycles and counting. 85% CO 2 reduction. Porous morphology.See details»

About LeydenJar: our team, our values, our board

A world where electric airplanes replace those that run on fuel, and smartphone technologies increase exponentially. This is the world that LeydenJar has been envisioning since its’ founding in 2016. LeydenJar has raised €70M in venture capital and employs over 70 of the world’s brightest scientists, engineers, and innovators.See details»

LeydenJar Technologies - Crunchbase Company Profile & Funding

Operating Status Active. Last Funding Type Debt Financing. Legal Name LeydenJar Technologies BV. Company Type For Profit. Contact Email [email protected]. LeydenJar Technologies boosts the energy density of li-ion batteries by replacing the traditional graphite anode with a nanoporous, pure silicon anode.See details»

Our Technology - Pure Silicon Anode - LeydenJar

LeydenJar discovered an entirely new process of creating 100% pure silicon anodes, building an extremely small, flexible, green, and – above all – energy-dense anode. Full tech specs, cycling graphs and cell chemistrySee details»

LeydenJar | LinkedIn

LeydenJar Technologies develops a 100% Silicon anode that boosts the energy density of Li-ion batteries for application in consumer electronics, automotive and specialty applications. Website....See details»

This startup’s silicon anodes could change the battery game - TNW

Mar 5, 2024 Dutch startup LeydenJar has been touting the benefits for years. The company has bagged a healthy €100mn in funding to date — a vote of investor confidence in its wafer-thin pure silicon anodes....See details»

Creating the battery of the future - Fast Company

Nov 15, 2021 LeydenJar Technologies is a Dutch startup on a mission to make lithium-ion batteries last longer. Replacing the graphite inside batteries with pure silicon, says Christian Rood, cofounder and...See details»

Netherlands: LeydenJar secures EU backing in financing of new …

English. 9 December 2022. Convert to PDF PDF download will start shortly. Dutch battery innovator LeydenJar lands €30 million EIB quasi equity financing, backed by a European Commission guarantee, to scale up its technology and production.See details»

Pure Silicon Anodes Boosting the Energy Density of Li-ion …

Sep 4, 2022 Project Information. LeydenJar. INDUSTRIAL LEADERSHIP - Innovation In SMEs. € 3 074 437,50. LEYDENJAR TECHNOLOGIES BV. Netherlands. Project description. DE EN ES FR IT PL. New batteries that pack a punch. Scientists are keen to boost battery energy.See details»

LeydenJar will build its first factory in Eindhoven

Mar 10, 2024 Dutch battery innovator LeydenJar Technologies will build its first factory at Strijp-T in Eindhoven. Set to open in 2026, LeydenJar’s PlantOne provides a production capacity of 70 MWh pure silicon anode for high energy density batteries.See details»

LeydenJar Technologies raises 22 million euros for the further ...

31 August 2021. LeydenJar. Start-up company LeydenJar Technologies, based in Leiden and Eindhoven, has raised 22 million euros in a new investment round. The financial injection is needed to further develop and scale up the company’s technology.See details»

CES 2023: LeydenJar boosts batteries of consumer electronics …

LeydenJar December 30, 2022. LeydenJar’s patented silicon anode foil increases battery energy density by 70%, and will be available for consumer electronics applications in 2023. LeydenJar’s batteries containing 100% pure silicon anodes will be available at the CES Las Vegas from January 5 -8, 2023.See details»

LeydenJar Technologies

Our organisation. Leyden-Jar Technologies was founded in 2016 as a spin-out from Dutch research organisation ECN (now TNO) and operates from two locations in The Netherlands. Our battery R&D, product development and administration are largely centered in Leiden and our production and process R&D are largely centered in Eindhoven.See details»

LeydenJar Technologies - Start Up Energy Transition

LeydenJar develops pure silicon anode technologies boosting the density of Lithium-Ion by 70%, all the while reducing the CO2 emissions of production by 85%. LeydenJar enables both the growth of the battery industry whilst also making battery production more sustainable. Energy innovation in your inbox.See details»

LeydenJar sets up the first battery manufacturing plant in …

5 March 2024. By Team IO. Dutch battery innovator LeydenJar Technologies will build its first factory at Eindhoven. Set to open in 2026, the plant provides a production capacity of 70 MWh pure silicon anode for high energy density batteries, says the company in a press release. Why you need to know this:See details»

LeydenJar Technologies - Funding, Financials, Valuation

LeydenJar Technologies has raised a total of. €63.2M. in funding over 7 rounds. Their latest funding was raised on Dec 12, 2022 from a Debt Financing round. LeydenJar Technologies is funded by 12 investors. European Investment Bank and Somerset Capital Partners are the most recent investors. Unlock for free.See details»

LeydenJar Technologies | VentureRadar

Founded in 2016. Private Company. "LeydenJar Technologies is a spin out from energy research center ECN, focused on the development of a high capacity, pure Silicon anode for use in Li-ion battery cells that can improve the energy density by 50%.See details»

LeydenJar Technologies Chooses Eindhoven Strijp-T for its First …

Mar 5, 2024 Dutch battery innovator LeydenJar Technologies will build its first factory at Strijp-T in Eindhoven. Set to open in 2026, LeydenJar’s PlantOne provides a production capacity of 70 MWh pure silicon anode for high energy density batteries.See details»

LeydenJar secures EU backing in financing of new battery factory

Dec 9, 2022 Dutch battery innovator LeydenJar has secured the funding to build its first factory to produce silicon anode foil. The company will invest €60 million in the construction of its first production facility, called “Plant One”, of which €30 million comes from a European Investment Bank loan facility.See details»

LeydenJar Technologies - Crunchbase

LeydenJar Technologies, Natron Energy, Breathe Battery Technologies, HZO, Nanoramic Laboratories, and NAWA Technologies are all involved in the energy storage and battery technology sector. LeydenJar and Natron focus on developing advanced battery materials, while Breathe Battery Technologies specializes in electric vehicle …See details»