ALBEMARLE WKN: 890167 ISIN: US0126531013 Kürzel: ALB Forum: Aktien Thema: Hauptdiskussion

Wenn ich mir die aktuellen Analysten Bewertungen durchschaue , ist eher 200$ aktuell der durchschnitt. 🧐

Wahrscheinlich weil da noch so viele alte Kursziele den Durchschnitt runter ziehen :D

Wall Street is piling into the new lithium trade. Over the weekend, HSBC analyst Ishan Jain upgraded Albemarle stock to Buy from Hold, according to FactSet. His price target went to $200 from $117. He expects higher lithium prices to boost sales and earnings. Benchmark lithium prices peaked at about $84,000 a metric ton in late 2022, boosted by rising demand from electric vehicles. But lithium production expanded, and EV demand growth slowed, which pushed lithium prices below $9,000. Now, rising demand for utility-scale battery storage has pushed lithium prices higher to about $18,000.

Die positiven Aussichten sind bereits eingepreist (Ø aller Analysten 156 USD = 134 EUR). Es braucht schon extreme Überraschungsnews, um den Kurs noch weiter zu pushen. Vermutlich kurzfristig seitwärts bis abwärts. Aber mittel- bis langfristig bleiben wir die Gewinner der Enegiewende! 😎

Jup, die Futures für Carbonate sind in China 9% gestiegen! Bin mal gespannt ob die Preise weiter nachhaltig steigen.

Die momentane Schäche hat eher nichts mit Lithium zu tun. Trump schüttelt mal wieder die Märkte etwas durch.

https://www.msn.com/en-us/money/savingandinvesting/albemarle-stock-falls-despite-upgrade-rising-lithium-prices/ar-AA1UAg33?ocid=finance-verthp-feeds

Der Jahresanfang ist im Lithiumsektor historisch oft zäh. Automotive-Zyklen, Lagerabbau und China-Effekte bremsen zunächst – Nachfrageimpulse zeigen sich meist erst später im Jahr.

Spannend, wie inzwischen selbst ein Lithiumproduzent zum ‚AI Energy Supplier‘ umgedeutet wird. Hat der KI-Hype nun auch den Lithiumsektor erreicht?

Laut Matt Fernley lag der letzte steile Anstieg bei den Lithiumpreisen am Futuresmarkt an einem Short Squeeze. Da musste sich ein Händler dementsprechend um jeden Preis eindecken. https://x.com/i/status/2013187359760679406 Mal sehen wo sich die Lithiumpreise nun einpendeln. Ich gehe aktuell davon aus, dass es bis zum chinesischen Neujahrsfest, das diesmal Mitte Februar stattfindet, eher seitwärts oder sogar leicht abwärts geht.

😱🤡🤑

Habe ich aus dem Webbull Albemarle Board .

Really????

$Albemarle Corp We can't tell how long ALB will consolidate, but I believe the target is around $800. The previous high of $320 was just a "chemical company" valuation. With Lithium-6 and massive dollar liquidity these years, ALB will re-rate from a traditional industry to an AI energy supplier. Its true potential is far beyond just batteries.

Why sodium-ion can’t yet challenge lithium-ion’s reign A new generation of sodium-ion (Na-ion) battery cells has been launched as an alternative to the virtual monopoly of lithium-ion (Li-ion). Although the technology is unlikely to displace significant Li-ion market share, recent improvements make Na-ion a viable solution for certain niche applications, with potential for wider usage if cost becomes competitive. • Battery Structure and Efficiency: Na-ion batteries have a similar structure to Li-ion batteries with comparable round-trip efficiencies (90%+), but are bulkier and heavier due to sodium’s larger particle size. • Hithium’s Na-ion Battery: Hithium’s 162 Ah Na-ion cell boasts a 20,000-cycle lifespan, targeting data centres for sudden load spikes, but lacks disclosed power density data. • Na-ion vs. LFP Batteries: Despite advancements, Na-ion batteries (165-175 Wh/kg) still lag behind LFP batteries (up to 205 Wh/kg) in energy density, requiring significant cost advantages to gain market traction. • Cost Disadvantage: Sodium-ion batteries are currently 30% more expensive to manufacture than lithium-ion batteries, despite the potential for lower costs in the future. • Volumetric Energy Density: Sodium-ion batteries have a lower energy density than lithium-ion batteries, resulting in less energy storage capacity for the same volume. • Low Demand: Even in China, where most sodium-ion battery development for energy storage is taking place, demand remains very low. • Safety Advantages: Na-ion batteries are less prone to thermal runaway and are more tolerant to extreme temperatures than Li-ion batteries. • Supply Chain Security: Sodium can be produced anywhere, unlike lithium, which offers strategic advantages for cell manufacturers. • Competition from Li-ion: Rapid advancements and investments in Li-ion technology pose a significant challenge to the adoption of Na-ion batteries. • Market Impact: Na-ion technology is unlikely to disrupt the dominance of Li-ion batteries in the overall battery market. • Potential Applications: Na-ion batteries may find a niche in specific applications like starter batteries or energy storage where safety and temperature tolerance are crucial. • Future Prospects: Overcoming challenges related to cost competitiveness and energy density through research, development, and scaling production is essential for Na-ion technology to play a more significant role. https://www.ess-news.com/2026/01/15/why-sodium-not-cant-yet-challenge-lithium-ions-reign/

https://www.investing.com/news/analyst-ratings/scotiabank-upgrades-albemarle-stock-to-sector-outperform-on-lithium-market-outlook-93CH-4442133