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Dr. Copper, Meet Dr. Silver Silver seems to be embracing its potential as a significant player in the industrial landscape, shedding its unimaginative image as a hedge against monetary inflation. Increasing demand in various sectors such as consumer electronics, clean energy initiatives, AI data centers, and more, underscores silver's remarkable conductivity and versatility, positioning it as a key material for future developments. From powering our gadgets to spearheading advancements in renewable energy, silver is rapidly expanding its role. Its material properties often surpass those of copper, particularly in crucial industries, and signs of a potential supply-demand disparity may be emerging, as reflected in silver’s recent price trends. #Silver #Gold #BTC #DrSilver #DrCopper #CleanEnergy #ConsumerElectronics #AI #RenewableEnergy

WEEK 6 DAY 6: Unplug and Recharge Reading this article on a quiet Sunday feels oddly appropriate. It’s about extending the life cycle of rechargeable lithium-metal batteries in EVs. Lithium-metal batteries offer great potential for EVs: double the energy storage capacity of conventional lithium-ion batteries and lighter weight. The problem is that, after just a few cycles of charging and discharging, the lithium-metal batteries degrade and quickly lose the ability to store energy, permanently, or so they thought. This study found that: 📌 During discharge, bits of lithium metal become trapped in decomposed electrolyte, electrically isolating them. 📌 Allowing the battery to rest while discharged prompts the surrounding electrolyte matrix to dissolve. 📌 Upon recharging, the isolated lithium reconnects with the anode, restoring its ability to store energy. 💡 What I took away from this is that batteries need rest to function optimally and so do we. To recharge our mental capacity: 👉 unplug completely, and allow ourselves the rest we deserve. Paper: https://lnkd.in/ebeukyUe

We know there are two main types of #solar panels in the market, P-type and N-type, but what's the difference between them? To simplify that, The main difference between P-type and N-type solar cells is the number of #electrons. A p-type cell usually dopes its #silicon wafer with #boron, which has one less electron than silicon (making the cell positively charged). An n-type cell is doped with #phosphorus, which has one more electron than silicon (making the cell negatively charged). In reality, P-type cells proved to be more resistant to space radiation and degradation. While N-type cells offer more #efficiency and they are not affected by light-induced degradation, or reduction in output when exposed to extreme sunlight. Thus, more solar #manufacturers are adopting n-type structures because of their additional benefits. #solar #global #solarindustry #solarinstallation #solarpanel #topcon #HJT #EU #UK #photovoltaic #renewable #solarcleaning #pvmodules #energy #green #AmerisolarUSA #poly #solarpanels #panel #LID #fullblack

⚡ Revisiting the Storage Capacity Limit of Graphite Battery Anodes: Spontaneous Lithium Overintercalation at Ambient Pressure | American Physical Society Discover more at "voltsbase.com/energy" #Energy #Voltsbase

High-energy Li-ion batteries can provide both high capacity and high voltage, both of which are important in electric vehicles for greater range and faster acceleration. Using the ALS, researchers untangled the contributions of nickel and cobalt in high-energy Li-rich battery cathodes, pointing the way to optimizing them via a compositional approach. https://lnkd.in/g3CKkpie

CO Lewis structure: Triple bond between C (sp hybridized) and O (sp^2 hybridized), 10 valence electrons total. C: 4e^-, O: 6e^-. Triple bond accounts for 6 shared electrons, O retains a lone pair (2e^-), fulfilling octet rule. Bond length approx. 112.8 pm, bond energy around 1072 kJ/mol. How to draw CO Lewis structure ? 1. #lewisstructure

I never really thought about what it takes to be successful when you're the one representing a company, not just searching for solutions. You think about the little perks and small things that catch attention or simply get people to stop by. But what truly defines the success of participating in an exhibition? The number of flyers handed out, business cards collected, LinkedIn contacts increased, or contracts signed? We went to The smarter E Intersolar ees - electrical energy storage to find potential clients and tell them about the earning opportunities using long-duration energy storage products. Am I satisfied with the result? No ❌ Did we meet developers and educate them about our solution and its operation in the energy market? Yes ✅ Do I have issues with setting ambitious goals? Absolutely 😁 I'll share the lessons learned from being a startup at Intersolar in my next post. For now, I'll be working on my issues with ambitious goal-setting and high expectations 🤞

The theoretical specific capacity of the silicon-carbon negative electrode reaches 4200mAh/g, far exceeding the 372mAh/g of the graphite negative electrode, meaning that under the same volume or weight batteries adopting silicon-carbon negative electrode store more electrical energy largely improving the energy density of batteries. 

Researchers in the EU and UK demonstrate the performance of e-fuels using supercomputers Can #supercomputers further enhance the performance of #efuels ? Utilising supercomputing technologies, scientists from the #EuropeanUnion and the #UnitedKingdom are making remarkable advances in facilitating the deployment of sustainable fuels for the future. Their collaborative efforts, spearheaded by the Center of Excellence in Combustion (CoEC), focus on using advanced modelling and simulation technologies to study the #combustion of #sustainablefuels and new combustion technologies. They aim to transform Europe´s power and transportation sectors, fostering the creation of the next generation of #ecofriendly fuels. https://lnkd.in/eC-9GBiY

We are honored and grateful that the E8 Angels have caught the vision of expediting a more capital efficient and equitable clean energy future and have invested in Quantum Energy, Inc. to help make it happen. What does an expedited, capital efficient and equitable clean energy future look like? - No more greenwashing. Let's get real about the fact that all energy projects have impacts, both positive and negative. Now we have the credible data we need to choose the projects that economically pencil, and do the most good. - The end of externalities. Many energy emissions and their impacts on public health, ecosystems and our economy that have not been well quantified before, will now be considered in the decision-making process. - Utilizing a full picture of emissions and impacts. Understanding these trade-offs are helping decision-makers decide which projects get greenlighted, and helping more of them get there faster, expediting our transition away from toxic fossil fuels. It's a BIG vision, one that has never been within reach until now. Thanks to our investors, clients, and partners, Quantum is enabling our clean energy future, today. Lets go!!!