Rutgers Offshore Wind Energy Collaborative的动态

Here's my 2024 LinkedIn Rewind, by Coauthor.studio: At 18, solar panels shouldn't just be an engineering problem – they should be a solution to our global energy challenges. This year, I discovered how persistence can transform theoretical limits. My breakthrough? A computational research framework proving solar panel efficiency could leap from 23% to 70% – independent of environmental constraints. This isn't just a number; it's a potential revolution in how we think about renewable energy. Achieving this wasn't straightforward. Battling health challenges including repeated fainting spells, I simultaneously: ? Became the top female student in my department of 250+ students ? Developed a theoretical model for unprecedented solar panel performance ? Launched a YouTube channel demystifying power generation secrets ? Published over 15 research articles ? Built a LinkedIn community of 5,000+ followers passionate about innovation My most impactful moments came through unexpected channels: 1. Solar Efficiency Breakthrough "The inference I arrived at was that the solar panel efficiency can be taken from 23% to about 70% which will not be affected by the environmental factors." https://lnkd.in/dGZYKeCM 2. Tetfund Research Exhibition Showcasing how "innovation is always a sight that indeed appeases the mind of the older generation and inspires the minds of the younger generation." https://lnkd.in/dt6zJBQV Looking ahead to 2025: I'm laser-focused on securing prototype funding, advancing hydroelectric power research, and expanding platforms that make complex energy solutions accessible. Immense gratitude to my mentors Ejikeme Nwosu, Dr. Aituaz Kola-Oladejo, and Ghandi Monday Daniel – your support transformed challenges into opportunities. To every young researcher, every student facing obstacles: Your potential isn't defined by your circumstances, but by your determination to push boundaries. #RenewableEnergy #EnergyInnovation #PowerGeneration #YoungResearcher #Nigeria #LinkedInRewind #Coauthor #2024wrapped

?? Our 2023 Annual Report is here! ???? There is no better way for you to stay up to date with Student Energy's projects and milestones than by reviewing our Annual Report! Today, we are excited to share with you these key metrics ?? Inside the 2023 Report, you will find: ?Key messaging from Student Energy’s directors, including a letter from Helen Watts reflecting on her first full year as Executive Director. ?Our Impact at a Glance:?A data-driven summary of Student Energy’s achievements in 2023. ?A detailed summary of the Student Energy Summit (SES) 2023, including its impact, attendance, and event recap. ?Highlights from our Programs Ecosystem, including stories and personal experiences from our program graduates who have participated in the SE Career Training (SECT), SE Guided Projects (SEGP), SE Fellowship, and our global Chapters network! ?Looking Ahead: Find out where Student Energy is going next, and how you can help us achieve our goals And so much more! ?? Access the report here:?https://lnkd.in/g-32VKRC Want to contribute to the conversation? Be sure to follow and tag @studentenergy on social platforms, comment or post with the hashtag?#SEAR2023, and visit?https://lnkd.in/gkrcsUSh. Who knows? You might even snag yourself a highlight spot in next year’s report! ?? #Youth?#StudentEnergy?#SEFellowship?#GuidedProjects?#ClimateJustice?#JustTransition?#SustainableFuture?#YouthEmpowerment?#YouthLed?#EnergySupply?#CleanEnergy?#Renewables?#Solar?#Wind?#Hydro

?? Our 2023 Annual Report is here! ???? There is no better way for you to stay up to date with Student Energy's projects and milestones than by reviewing our Annual Report! Today, we are excited to share with you these key metrics ?? Inside the 2023 Report, you will find: ?Key messaging from Student Energy’s directors, including a letter from Helen Watts reflecting on her first full year as Executive Director. ?Our Impact at a Glance:?A data-driven summary of Student Energy’s achievements in 2023. ?A detailed summary of the Student Energy Summit (SES) 2023, including its impact, attendance, and event recap. ?Highlights from our Programs Ecosystem, including stories and personal experiences from our program graduates who have participated in the SE Career Training (SECT), SE Guided Projects (SEGP), SE Fellowship, and our global Chapters network! ?Looking Ahead: Find out where Student Energy is going next, and how you can help us achieve our goals And so much more! ?? Access the report here: https://lnkd.in/g-32VKRC Want to contribute to the conversation? Be sure to follow and tag @studentenergy on social platforms, comment or post with the hashtag #SEAR2023, and visit https://lnkd.in/gkrcsUSh. Who knows? You might even snag yourself a highlight spot in next year’s report! ?? #Youth #StudentEnergy #SEFellowship #GuidedProjects #ClimateJustice #JustTransition #SustainableFuture #YouthEmpowerment #YouthLed #EnergySupply #CleanEnergy #Renewables #Solar #Wind #Hydro

?? Education and Outreach: Exploring Strategies for Raising Awareness and Educating the Public about the Benefits of Green Hydrogen ?? In the pursuit of a sustainable future, green hydrogen stands out as a promising clean energy source. However, for its potential to be fully realized, it is crucial that we raise public awareness and understanding of its benefits. Here are some key strategies for effective education and outreach on green hydrogen: Public Information Campaigns: Utilize media channels, including social media, to disseminate clear, engaging information about green hydrogen, its uses, and its environmental benefits. Educational Programs: Partner with schools, universities, and technical institutes to incorporate green hydrogen into STEM curriculums, fostering the next generation of energy innovators. Community Workshops and Webinars: Host interactive sessions to explain the science behind green hydrogen and its role in reducing carbon emissions, tailored for diverse audiences. Industry Collaboration: Work with industry stakeholders to create informative content and case studies that highlight successful green hydrogen projects and their impact. Policy Advocacy: Engage with policymakers to support legislation and incentives that promote green hydrogen production and usage, ensuring the public understands these initiatives. Public Demonstrations and Pilot Projects: Showcase real-world applications of green hydrogen in transportation, industry, and energy storage to illustrate its practicality and benefits. By implementing these strategies, we can build a well-informed public that supports and participates in the transition to a green hydrogen economy. Let’s join forces to educate and inspire others about the transformative power of green hydrogen! ???? #GreenHydrogen #Sustainability #CleanEnergy #PublicAwareness #STEMEducation #RenewableEnergy #ClimateAction

Join our network for early career researchers working on circular economy for wind ?? Dr Anne Velenturf, Kristine Wilhelm Lund?and I are creating a community for early career researchers from any sector who are active in circular economy for wind. Our initial aim with the network is to share knowledge between researchers and projects, facilitate collaboration to accelerate research and work towards a more circular wind turbine industry, and create a platform to share new publications, new projects, career opportunities etc. ? We have developed a questionnaire to collect expressions of interest in joining the network. If you are interested in joining the community, then please fill out the questionnaire and we will get back to you accordingly. If you know of any other researchers who might be interested in joining, please feel free to share this message with them. ? You can find the questionnaire here:?https://lnkd.in/eWP5KbGw ? We are organizing an online kick-off meeting for the network in November. ? #CircularEconomy #Sustainability #WindEnergy #CircularWind #CircularRenewables #network #collaboration

We are thrilled to welcome you on our new Linkedin page! ? ???What is PROSPER-H2? PROSPER-H2 aims to accelerate the transition to a low-carbon future by exploring innovative solutions?for solar?hydrogen production. As part of ENGIE's Net Zero Carbon strategy for 2045, this program addresses scientific, technological, economic, and social challenges related to emerging solar fuel technologies. Who are we? Our consortium is composed of multiple teams of researchers, with various positions from academic to industrial #CEA, PACTE-UGA, #ENGIE Lab CRIGEN ? ???Why follow us: Learn about the fellowship objectives and how they tackle fundamental, technical and economic hurdles toward green hydrogen production Learn about water photoelectrolysis state of the art and discover how solar energy can be directly captured and stored as molecules Find about the design of the prototypes for decentralized solar hydrogen production Explore with us our results and developments! ? #photocalysis #electrochemistry #green hydrogen?

??? While the thrill of racing captures our attention, the real magic happens behind the scenes, where renewable energy knowledge, engineering design, and strategic thinking power each team’s success. It’s not just about speed; it's about energy efficiency, innovative solutions, and the drive for sustainable engineering. So, where do students begin their journey toward mastering these skills? ?? They start with the ENERGY BOX, a hands-on introduction to renewable energy that sparks curiosity and builds the foundation for future engineers and innovators. Let's bring this transformative learning to classrooms around the world! ?? When you Adopt a Class, we’ll ship an Energy Box directly to them, ensuring students have the tools to explore, create, and grow. Together, we can take the first step toward shaping the next generation of a sustainable workforce. Help us inspire the future. ?? #RenewableEnergy #STEMEducation #WorkforceDevelopment #HydrogenFuture #EnergyEfficiency #SustainableEngineering #AdoptAClass

Adopt a Classroom & Empower the Next Generation of Hydrogen Innovators! At the H2GP Foundation, we're committed to fostering the workforce of tomorrow in the hydrogen and renewable energy sectors. Through our Adopt a Classroom initiative, you can make a lasting impact by supporting educators with cutting-edge hydrogen technology tools like the Horizon Energy Box. This tool offers hands-on, experiential learning opportunities for students to explore hydrogen as a clean energy source, helping them build critical skills in science, technology, engineering, and math (STEM). It's an ideal complement to the H2GP Pro, integrating seamlessly into classrooms and preparing students for careers in the fast-growing renewable energy industry. By adopting a classroom, you'll be directly contributing to workforce development, ensuring students have access to real-world skills training, and helping us build a more sustainable future powered by hydrogen. Join us in shaping tomorrow’s energy leaders today. Watch this inspiring video on how the Horizon Energy Box transforms learning, or contact our Director Nicola Weiss to get involved! #HydrogenEducation #STEMEducation #RenewableEnergy #WorkforceDevelopment #AdoptAClassroom #FutureInnovators #Sustainability #HydrogenPower

???? On Day 22 of our HyDEX and Energy Research Accelerator (ERA) #Christmas2024 countdown, we're highlighting the work that we've done on our HyDEX programme this year to develop understanding of #hydrogen amongst researchers, students, business people and the general public. ???Our free Hydrogen 101 e-learning module is a concise web based programme which focuses on hydrogen's critical role in achieving the UK’s net-zero targets.?Since its launch, the module has: - Had over 2,000 views. - Supported STEM engagement activities for students, providing the basis for preparatory materials. ?? The 30-minute introductory e-learning course covers: - Hydrogen’s importance in the UK energy strategy. - Careers and skills needed in the hydrogen sector. - A certificate of completion is also awarded to everyone completing the online course. If you're interested in a career in hydrogen or simply learning more about it, take a look at our Hydrogen 101 e-learning course, it is completely free: https://lnkd.in/eJxssRhs #HyDEX #NetZero #STEM #Skills #Sustainability #energy #ClimateChange EBRI - Energy & Bioproducts Research Institute Aston University Midlands Innovation Midlands Engine Birmingham Energy Institute Birmingham Centre for Energy Storage (BCES) Cranfield University Keele University CREST - Centre for Renewable Energy Systems Technology University of Leicester Loughborough University University of Nottingham Energy Institute University of Nottingham Faculty of Engineering University of Warwick WMG, University of Warwick British Geological Survey Sarah Gomes Lennie Foster Kathryn North Helen Turner Hydrogen UK East Midlands Hydrogen SusHy CDT HI-ACT Midlands Net Zero Hub Hydrogen Europe Department for Energy Security and Net Zero Research England Researcher Academy

We are delighted to announce that our application has been approved by Australian Research Council (ARC) under the Linkage Infrastructure, Equipment and Facilities 2025 scheme (LE25)! With over two million dollars in funding, we will build a state-of-the-art operando characterisation platform in Western Australia to advance fundamental research and accelerate the clean energy transition in WA and beyond. We are deeply grateful for the ARC's contribution of $1.514 million, as well as the generous support from four Western Australian universities (The University of Western Australia, Curtin, Murdoch University, and ECU) and other five leading Australian universities (University of Adelaide, University of Sydney, ANU, UQ, and University of Melbourne). Australia currently lacks a comprehensive operando analysis platform suited to high-temperature clean energy research, and WA has no such facility. Given the unique requirements of operando characterisation, which demands on-site, in situ analysis, there is an urgent need for this platform to support local and national universities engaged with WA industries. This project aims to establish a pioneering operando analysis platform, enabling in situ characterisations for synthesising and optimising innovative energy catalyst materials and applying them in clean energy transition and decarbonisation efforts. The facility will integrate and advance operando functionalities in dilatometry, atomic force microscopy (AFM), ultraviolet-visible (UV-Vis) spectroscopy, electron paramagnetic resonance (EPR), and combined Fourier-transform infrared and Raman spectroscopies. This setup will enable researchers to study materials under realistic synthetic or catalytic conditions—such as high temperatures, gas reactants, light exposure, or electrolyte environments—bridging gaps between catalyst design principles and reaction mechanism insights. Focusing on clean hydrogen production, CO? reduction, natural gas, fuel cells, batteries, and solar energy conversion, this research is poised to deliver substantial benefits to Australia. With this foundational support, we are committed to establishing a comprehensive, accessible platform for operando and in situ analysis to advance research and industry collaboration in WA. Scott Fisher Caroline Chapman Andrew Page @Zongping Shao Paul Low Debbie Silvester-Dean OAM Rob Atkin Mark Paskevicius Xiangpeng Gao Magdalena Wajrak Lai-Chang Zhang @Shaobin Wang @Yao Zheng Jun Huang Zongyou Yin Hong (Marco) Peng Mengran Li Department of Jobs, Tourism, Science and Innovation