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#TECHIETUESDAY Have you heard about quantum dots? These nanocrystals made from semiconducting materials are so small it would take 100,000 of them to span one fingernail. These quantum "lightbulbs" have already been used in home electronics such as QLED TVs and tablets and are being researched to potentially enhance the efficiency of American-made thin-film solar panels. Find out more at Upgrading First Solar with quantum dots. https://conta.cc/3qLUdEA #METALTECHNEWS #DATAMINENORTH

Graphene is often hailed as a revolutionary material for its application in next-generation technologies. With the #GrapheneMarket maturing across #EnergyStorage to #ThermalManagement and composites, there are high-value opportunities for manufacturers of #ConsumerElectronics. According to Dr Conor O’Brien, Technology Anaylst at IDTechEx, the growth of the #graphene market plays in favour of South Korean companies. South Korea is a global #technology leader and home to tech giants like Samsung and LG, known for producing a range of electronic products. These companies are at the forefront of incorporating innovative materials like graphene into their manufacturing processes.  More at #Proactive #ProactiveInvestors http://ow.ly/uo2F1057TOV

🌍 TYPES OF SOLAR CELLS - Solar PV cells come in various types, each with its own characteristics, advantages, and disadvantages. 3 types are commonly used. 1). Monocrystalline Silicon Solar Cells: a) Made from single-crystal silicon ingots. b) High efficiency and space-efficient, making them suitable for small rooftops. c) More expensive to manufacture compared to other types. 2. Polycrystalline Silicon Solar Cells: a) Made from multiple silicon crystals. b) Lower efficiency and space requirements compared to mono cells. c) Generally less expensive than monocrystalline cells. 3. Thin-Film Solar Cells: a) Made from thin layers of semiconductor materials deposited on a substrate like glass, metal,plastic. b) Can be flexible and lightweight, allowing for various installation options. c) Lower efficiency compared to crystalline silicon cells but cheaper to manufacture. Each type of solar cell has its applications, costs, efficiencies, and environmental impacts, so the choice depends on location, space availability, budget, and performance requirement.#renewable #solar

In today's world where EV is the buzz word for discussion and debate, lithium -ion batteries without cobalt mentioned in this article is a worthy read.

Only 4 Steps! Witness the Birth of a HUASUN HJT Solar Cell Heterojunction (HJT) solar cells boast exceptional photovoltaic conversion efficiency. At Huasun, the average efficiency of double-sided microcrystalline HJT 210mm solar cells has reached 26.15% in mass production, with peak efficiency hitting 26.50%, and these figures are constantly being updated. But how exactly are HJT solar cells crafted? You might assume it's a highly intricate process, yet it's surprisingly straightforward! The journey of HJT solar cell production commences with silicon wafers and encompasses just 4 manufacturing steps. Dive into the video below, and without setting foot in the workshop, you can delve into the streamlined process of HJT solar cell creation. Read the full story here: https://lnkd.in/dZ72UtYn #solarenergy #alternativeenergy #solarpv #pvsolar #photovoltaic #cleanenergy #cleantech #climatechange #middleeast #africa #india #asiapacific #asia #asia #carbonemissions #hjtsolarcell #huasunenergy #n-typemonocrystallinesiliconsolarcell #renewableenergy #solarenergy

TU Delft presents 21.14%-efficient IBC-HJT solar cell based on molybdenum oxide hole collector #Energy #GreenTech #Power #CleanEnergy #EnergyTransition #Renewables #RenewableEnergy #GreenEnergy #SolarEnergy #SolarPower #SolarPV #SolarPanels #SolarCells #SolarModules #SolarTech #Photovoltaics via pv magazine Global

ACS Energy Letters: Most Read Articles of the past month has been updated. Find out which new advances in energy research is drawing the attention of our readers https://lnkd.in/gin5Xi69

United States #silicon anode battery market is expected to grow at a formidable CAGR during the forecast period. The United States silicon #anode battery market is driven by the growing need for advanced battery technologies which overcomes the flaws in conventional #batteries especially ones used in #electric #vehicle applications. Additionally, superior properties of silicon anode batteries such as cost- effectiveness, eco-friendly, high #energy and #power capacity, compact design, among others are further expected to propel the market over the coming years. ➡𝐂𝐥𝐢𝐜𝐤 𝐡𝐞𝐫𝐞 𝐟𝐨𝐫 Free Sample Report in 𝐏𝐃𝐅>>https://bit.ly/3Kjktgr Major players operating in the silicon anode battery market include Cymbet Corporation, Planar Energy Devices, Inc., CALIFORNIA LITHIUM BATTERY, INC, Enevate Corporation, XG Sciences, Los Angeles Cleantech Incubator (LACI), NANOTEK INSTRUMENTS, INC., Amprius Technologies., Zeptor Corporation, Samsung SDI America Inc. and others.

Silicon PV dominates the market. Thin film PV (OPV, CIGS, CdTe) implementation didn't grow. Why should it be different for perovskite? The claimed advantages of thin-films are: - Cheap production - Flexible applications - Abundant materials - Colored building integrated pv (BIPV) Silicon PV has all of that. The actual difference is the processing. Silicon PV is based on single-crystal silicon. That's the highest purity. It needs processing temperatures >1000°C with large CO2 production. Any thin-film PV requires only a few hundred degrees in the worst case. Perovskite PV shouldn't aim to substitute silicon PV. It should instead aim to dominate two key areas: - Improve silicon PV with tandem PV - Be the best in alternative applications: indoor, BIPV, agrivoltaics There's a huge demand of PV nowadays. There's space for multiple PV tech in the right markets. What do you think? How can thin-film PV adoption grow?