ESSEX on the edge of the innovation and of the new Green industrial model… 🔴⚫️⚪️
Our Paola Pachera, PhD will focus on the importance of adopting greener production processes in the present and for the future during her presentation at the Transformers Magazine conference next week.
Project Manager | Quality Assurance Specialist | Process Improvement Expert | Lean | Data Analisys | Lead-acid Batteries
Here’s how it is possible to use high-quality carbon materials in lead-acid battery production without significantly impacting manufacturing processes or company costs. The use of ultra-trace concentrations (ppm) is an excellent alternative. During the development of this research, I had the honor of working with two highly skilled colleagues, Ary L. C. Assunção, PhD and Emerson Sarmento Gonçalves. Together, we carried out excellent work that is now available in the Journal of Energy Storage. https://lnkd.in/dsucSEj3
Are you tired of the limitations of traditional battery technologies? Prussian Blue Sodium-ion Batteries offer higher performance, enhanced safety, and sustainable solutions. Natron's technology provides opportunities for robust local supply chains and is suitable for various industrial power applications. Download our white paper to understand the chemistry behind this innovative technology. #sustainability #energy #technology #innovation
Are you tired of the limitations of traditional battery technologies? Prussian Blue Sodium-ion Batteries offer higher performance, enhanced safety, and sustainable solutions. Natron's technology provides opportunities for robust local supply chains and is suitable for various industrial power applications. Download our white paper to understand the chemistry behind this innovative technology. #sustainability #energy #technology #innovation
Our first journal paper "Effect of scandium concentration on the performances of cantilever based AlN unimorph piezoelectric energy harvester with silicon nitride substrate" has been published by Springer Nature in the Journal Materials for Renewable and Sustainable Energy, which is a Q1 Journal. You can give it a read if you are interested!
I am delighted to share that my bachelor's thesis paper has been published in Springer Nature's Materials for Renewable and Sustainable Energy journal (Q1 Journal). My thesis explores using different piezoelectric materials for piezoelectric energy harvester with radioisotopes, focusing on finding the best piezoelectric material with optimal scandium concentration and cantilever beam to generate the highest micro power for microelectromechanical systems. You can read my full paper by following this link: https://lnkd.in/gqS9xZFf. I hope you enjoy reading it. Thank you for your time.
🔥 Exciting New Research Alert! 🔍📚 Discover the recent advancements in Vanadium Flow Battery (VFB) technology with the groundbreaking research published in Vol. 9 (2022) of the Journal of Advanced Thermal Science Research! 📝 Title: VFB Maintenance Methods: Technical and Economic Issues 👨🔬 Authors: Nicola Poli, Giacomo Marini, Andrea Trovò 🏢 Affiliation: Department of Industrial Engineering, University of Padua, Padova, Italy 📅 Published: March 11, 2022 🔗 DOI: https://lnkd.in/dDByNpnB Vanadium Flow Batteries hold immense potential in revolutionizing energy storage solutions, yet their widespread adoption faces challenges, particularly due to high capital costs. But fear not! This comprehensive study delves into innovative maintenance methods aimed at enhancing the cyclability of VFB systems, thereby making them more economically competitive in the market. From physical treatments like electrolyte remixing to chemical and electrochemical regeneration procedures utilizing cutting-edge technologies, this research sheds light on diverse approaches to optimize VFB performance. Moreover, it offers a meticulous tecno-economic analysis, evaluating the operational and financial implications of these maintenance strategies. 🔍 Key Takeaways: - Extensive overview of VFB technology - Detailed examination of maintenance procedures - Impact assessment from both operational and economic perspectives Unlock the full potential of VFB technology and stay ahead in the energy storage revolution! Dive into this enlightening research today. Read the full article here: https://lnkd.in/dDByNpnB #VanadiumFlowBattery #EnergyStorage #Innovation #Research #TecnoEconomicAnalysis #RenewableEnergy #FutureTech #Engineering #Science #JATSR #UniversityofPadua #PadovaItaly
August Issue of @ACSEnergyLett is published today https://lnkd.in/gVnZwgXT Check out editorial by @SongJin_Chem ("Should We Publish Fewer Papers?", Energy Lectureship Awards, Viewpoints, Perspectives, Reviews and recent advances in energy research
Exciting News! Just Published: My Latest Article on Thermoelectric Materials! 🔥If you are curious about direct heat-to-electricity conversion, novel materials and efficiency records, check out the full article published in Materials Today Energy. https://lnkd.in/dBBHBTj8
Energy can be harvested from waste heat using thermoelectric generators, but how efficient is this energy conversion? In a new paper published in Materials Today Energy, PhD student Carlos Nunez Lobato surveys the state-of-the-art thermoelectric materials and extracts the efficiencies of both single materials and segmented materials. Take a closer look at the paper co-authoring Nini H. Pryds and Vincenzo Esposito: https://lnkd.in/dBBHBTj8 DTU Energy, #EnergyConversion, #Thermoelectricity, #GreenEnergy, #MaterialsTodayEnergy, #MaterialsToday
OA review：Active Brazing for Energy Devices Sealing Authors: Jian Feng, Marion Herrmann, Dr. Anne-Maria Reinecke，Antonio Hurtado Abstract: "The pursuit of reliable energy devices sealing solutions stands as a paramount engineering challenge for ensuring energy safety and dependability. This review focuses on an examination of recent scientific publications, primarily within the last decade, with a central aim to grasp and apply critical concepts relevant to the efficient design and specification of brazements for ceramic–metal active-brazed assemblies, emphasizing the sealing of energy devices. The goal is to establish robust and enduring joints capable of withstanding water-vapor and hydrogen environments." Keywords: #activebrazing; #EnergyDevicesSealing; #laser Full text available: https://lnkd.in/gNmbiCTM
Associate Professor of Materials Science and Engineering at GIST(Gwangju Institute of Science & Technology)
We are pleased to announce our publication in Energy Storage Materials. This study systematically analyzes the ion-ion and ion-water interactions in WiSE using potassium acetate (KOAc) as the model electrolyte, in both bulk phase and interface. We investigated concentration-dependent solvation structures, thermal and structural behaviors, and ionic transport properties across a wide temperature range (-120 ℃ to 80 ℃). Additionally, a novel concept of an optimal cutoff voltage for maximizing power was proposed, compared with other common metrics for setting cutoff voltage. We believe that our findings on the structure-function-performance relationships and the ability to optimize energy storage performance, including the anti-freezing property, by simply controlling the salt concentration will provide valuable insights into the design of innovative energy storage devices!
Research Associate at Technical University of Munich, Professorship of Regenerative Energy Systems
⚡ 🔌 Our paper on the dynamic environmental impacts of European electricity generation has been published in Energy Conversion and Management! 🔌 ⚡ We have developed hourly profiles of the environmental impacts of electricity generation for the five largest electricity consumers in the EU - Germany, France, Italy, Spain, and Poland - and made them available. Our main findings are: ▫ The results vary significantly in most impact categories depending on the prevailing electricity generation pattern. ▫ LCA studies should not only be based on the environmental impacts of domestic electricity generation but should also consider cross-border electricity flows. ▫ It is recommended that dynamic electricity mix models be implemented in LCA studies that examine product systems with time-varying electricity consumption, like electric heating systems or electric car charging. ▫ The dynamic LCA electricity models can also be used to determine the potential for environmentally optimized operations. This paper results from a collaboration between the Technical University of Munich (Professorship of Regenerative Energy Systems) and the Politecnico di Milano (Renewable Heating and Cooling Lab). Without the valuable contributions of all co-authors, this work would not have been possible: Jacopo Famiglietti, Elke Schropp, Mario Motta, and Matthias Gaderer.
