Christian Rood

@NoContextHumans Het kapje

What do you call this?

@jelleprins Thanks Jelle for the mention, that means a lot coming from you!

As a non-flying vegan living in a wooden energy-positive house and working 100% on the energy transition I understand the temptation, but phrases like 'delay means death' and cimate change 'may be our demise' are irresponsible attacks on mental safety. cnn.com/2022/02/28/wor…

If you have any chance to avoid @OKMobilityGroup to rent a car in Spain, do so! They have perfected the business model to screw you to the max.

0x55d46A439c695bfEC785420C28Ed5029aBd3B4F4

0x55d46A439c695bfEC785420C28Ed5029aBd3B4F4

Weer een goed artikel in het FD over de batterij industrie. Recentelijk presenteerden Yiseop en ik de impact van 100 pct silicium anodes aan een gezelschap van institutionele investeerders, georganiseerd door dezelfde analyst van UBS, Tim Bush. fd.nl/achtergrond/13…

Nice column by ⁦@M_Steinbuch⁩ in ⁦@FD_Nieuws⁩ featuring LeydenJar (in Dutch) fd.nl/futures/135873…

Our key take aways of the #BatteryDay and on the importance of battery technology as key competitive advantage for OEM’s linkedin.com/posts/leydenja…

@mjlacey @SjoerdWittkampf @mjlacey as mentioned in the other thread, happy to discuss the ED calculation with you.

@mjlacey Dear @mjlacey happy to further discuss this with you, not being limited by 280 characters in twitter

@langejanne @elonmusk @skorusARK For more relevant background and independent opinion, have a look at the most recent report of @bloomberg NEF displaying all state of the art battery technology, including LeydenJar’s 100 pct Si anode. Happy to receive you soon @langejanne

Ah yes, the staple of the battery company pitch deck. It's good to have so many people working on different approaches to improve cells. QuantumScape investor presentation here: quantumscape.com/wp-content/upl…

@ArmandVervaeck @CB4KKER @langejanne @Mars4x4 @wholemars @Gfilche @WR4NYGov @AdamHoov Dear @ArmandVervaeck we already produce pure silicon anode rolls in Eindhoven that can be used by any Li-ion battery plant to make high energy density cells. Mass markets can be served from 2023

@LeydenJarTech @CB4KKER @langejanne @Mars4x4 @wholemars @Gfilche @WR4NYGov @AdamHoov Any timeline to scale to big volumes + how many months are needed to test your product to be safe for automotive batteries?

@CB4KKER @langejanne @Mars4x4 @wholemars @Gfilche @WR4NYGov @ArmandVervaeck @AdamHoov Dear @CB4KKER , no they’re not exactly like nanowires, more like amorphous silicon cauliflowers!

@LeydenJarTech @langejanne @Mars4x4 @wholemars @Gfilche @WR4NYGov @ArmandVervaeck @AdamHoov "We have altered this process to grow silicon columns that lead to high anode area loading, enabling energy density up to 1.350 Wh/l at lithiated stack level." - these columns you speak of are like nanowires?

@MaikelDenissen @InnoOriginsNL @MRE_netwerk Dat was een belangrijke steun in de rug om de grootste risico’s in de industrialisatie van onze pure silicium anodes weg te nemen!

Ook in dit bericht van @InnoOriginsNL nno weer aandacht voor een project waaraan het #Stimuleringsfonds @MRE_netwerk een bijdrage leverde: de innovatieve batterijtechnologie van @LeydenJarTech innovationorigins.com/nl/nog-veel-te…

@Cleanthinking Vielen Dank für den Artikel, wir arbeiten bereits eng mit deutschen Forschungsinstituten und der Industrie zusammen und werden unsere reine Siliziumanode in der europäischen Industrie einsetzen

@egghat Dear @egghat, thanks for sharing our news. With the current performance we are applicable to niche applications in robotics, e-flight, and medical markets. We have not optimised electrolyte yet, which will lead to higher cycling life enabling other applications as well.

@JeroenSwets @InnoOriginsNL @ThE_ED In het vertrouwen dat je bekend bent met de onzekere factoren in technologie ontwikkeling: 2021 500 cycles (consumer electronics), 2022 800 cycles (electric vehicles)

Revolutionaire Nederlandse batterijcel met 70 procent meer capaciteit innovationorigins.com/nl/revolutiona…