Energy Informatics Academy’s Post

"If I gave you an infinite source of power, with the only drawback that you can only use it instantly and whichever power you don't use you lose it, would you accept?". Sounds like the script for a science fiction / fantasy story doesn't it? Well it's literally what #renewables are all about! And now with #BESS we can finally forget about the drawback. Who wouldn't want to get into that, right? 😉 Hint: give us a call, we at Ingeteam Solar PV & BESS are already making #energystorage a reality with our #BESS solutions and our #solar #PVinverters all across the world, like this absolute beaut of a project in Atacama, courtesy of our friends at Grenergy Renovables: https://lnkd.in/dbF9G2vj

Congratulations to the University of Toronto for its feature in the International District Energy Association’s District Energy Magazine: A major Canadian campus accelerates its decarbonization agenda. Ron Saporta, Chief Operating Officer, Property Services & Sustainability, was also in San Francisco last month speaking at IDEA’s Campus Energy conference. If you missed his Project Leap presentation, you’ll find a few key takeaways below to bring you up to speed. --- Ambitious, Long-Term "Climate Positive" (Carbon Sink) Strategy and Goals: Named the world’s most sustainable university in 2024, the U of T plans on achieving climate positivity by 2050 by renewing infrastructure, implementing resilient low carbon systems, and setting ambitious targets for emissions reduction. “We didn't really have a plan beyond 2030, and we didn't have a plan that is anywhere near what our partners and peers were doing. So, we started off by making a commitment to become climate positive by the year 2050.” “We did that by setting three goals, first of which is the responsible management of our growth. We plan to almost double the size of our campus between now and 2050, and we wanted to make sure our plans allowed for and included that growth all the while cutting our emissions. Next, we need to renew our existing and aged utilities. We have one of Canada's oldest and largest district energy systems, over 200 connected buildings built about 120 years ago, and it’s in desperate need of some renewal. And lastly, we wanted to make sure that we had resilient low carbon systems built into this district energy solution. When we layered all these plans together, we came up with this long-term carbon projection that accounts for our strategy.” Developing the First #Decarbonization Project: Project LEAP: Renewing aged utilities and integrating resilient low-carbon systems are priorities for the university: “We took a group of our energy engineers and utilities folks, and we said, what should be our first project to do this? It started off with the name ‘Project 50’, which was meant to say, how do we reduce our emissions by 50%? It fundamentally had three things, first of which was district energy modernization. We’re pulling out one of our 1960s vintage boilers and putting in electric boilers and heat pumps. We are also looking at doing building retrofits on some of our biggest energy hogs, which are primarily wet lab buildings. These buildings consume quite a lot of energy. And the intent here is to reduce our energy consumption there. That yields significant utility savings that we can use to invest in our central plant and start to use electricity over natural gas, which in our jurisdiction is a more expensive fuel source. Lastly, we have quite a significant geo-exchange field underneath our historic campus, and we wanted to integrate that into our district energy system.” #UniversityofToronto #lowcarbonsystems #sustainability

🔬✨ Exciting Breakthrough in Energy Storage Research! 🌐⚡ We're thrilled to share a groundbreaking review article published in the prestigious Journal of Energy Storage, Q1, with an impressive impact factor of 9.4! 📈 📚 **Title: Supercharging the Future: MOF-2D MXenes Supercapacitors for Sustainable Energy Storage** https://lnkd.in/d6PPU8c7 👨🔬 **Authors:** - Yedluri Anil Kumar - Gutturu Rajasekhara Reddy - Tholkappiyan Ramachandran - Dasha Kumar Kulurumotlakatla - Hisham S.M. Abd-Rabboh - Amal A. Abdel Hafez - Sunkara Srinivasa Rao - Sang Woo Joo 🌍 **Affiliations:** - UAE University - Yeungnam University, South Korea - Saveetha School of Engineering, India - Pusan National University, South Korea - King Khalid University, Saudi Arabia - Koneru Lakshmaiah Education Foundation, India 🔍 **Abstract Highlights:** Energy storage is crucial in the pursuit of effective and eco-friendly solutions for our growing energy needs. The article dives into the fusion of Metal-Organic Frameworks (MOFs) and 2D MXenes, creating exceptional supercapacitor materials. MOFs, known for their vast surface area and flexible architectures, combined with the outstanding mechanical and electrical conductivity of 2D MXenes, show immense potential in enhancing supercapacitor performance. ⚡ **Key Findings:** - Improved charge storage capacity - Quicker ion diffusion kinetics - Increased long-term stability 🛠️ **Synthesis Processes & Structural Traits:** The article explores the synthesis processes and structural characteristics of MOF-MXene composite materials, shedding light on their impact on supercapacitor performance. 🌱 **Applications:** MOF-MXene supercapacitors are poised to revolutionize various industries, including electric cars, portable electronics, and renewable energy systems. Offering high energy and power densities with extended cycle lives, they present a promising alternative to address our ever-growing energy storage needs. 🌟 **Conclusion:** The synergy of MOFs and 2D MXenes opens new possibilities in energy storage technology. The article provides a comprehensive overview, paving the way for sustainable and efficient solutions in our quest for a brighter, greener future. 🌐🔋 #EnergyStorage #Innovation #ResearchBreakthrough #SustainableFuture #Supercapacitors #MOF2DMXenes #JournalOfEnergyStorage #ScienceAdvancements

"Our goal with the Green Energy Hub is to create a vibrant, collaborative space where diverse research groups can come together to push the boundaries of what's possible in green energy," said Professor Joe Briscoe, Professor or Energy Materials and Devices at Queen Mary University of London. "Developing low-cost, sustainable solutions for energy conversion and storage is crucial for achieving our Net Zero ambitions and ensuring a future for energy technologies. The Green Energy Hub is designed to address current challenges and pave the way for groundbreaking advancements." Key areas of focus within the Green Energy Hub include: ‣ Professor Ana Belen Jorge Sobrido's development of sustainable electrodes for redox flow batteries, targeting large-scale energy storage. ‣ Professor Joe Briscoe’s work on novel solar technologies using ferroelectric materials for enhanced efficiency, funded by the European Research Council. ‣ Dr Maria Crespo’s exploration of environmentally friendly battery chemistries for next-generation energy storage. ‣ Dr Xuekun Lu’s advanced in situ and in operando analysis techniques to optimise battery performance. ‣ Research on artificial photosynthesis to convert CO2 into fuels using sunlight. ‣ New interdisciplinary approaches to combining green energy technologies to maximise efficiency. Stay tuned as we are shaping a sustainable future! #GreenEnergy #Innovation #ClimateChange #NetZero

Interdisciplinary Innovation: Unlocking Opportunities for Core Engineers The Technical Colloquium on "Energy Transition and Sustainable Grid," held at the National Institute of Technology (NIT), Warangal on August 2, 2004, highlighted the promising interdisciplinary opportunities and employment prospects in the clean energy sector for core engineering students. Prof. Bidyadhar Subudhi, Director, National Institute of Technology, Warangal spoke on the various initiatives being taken up in the campus for a sustainable future. Mr. N. Venu, MD & CEO of Hitachi Energy India & South Asia, emphasized the importance of electrification for energy transition and highlighted Hitachi Energy's 75-year contribution in India. He underscored the necessity of partnerships between industry and academia. Dr Gerhard Salge, Global CTO, Hitachi Energy made an excellent presentation on “Technologies for the Power System of the Future”. A brief but comprehensive presentation on how Digital Technologies, Power Electronics and Sustainable Products and Solutions can help evolve sustainable grids and help achieve carbon-neutral future. He gave examples of innovation in those three areas in Hitachi Energy and their implementation in various projects across the globe. He explained how Carbon emission, Energy Security and Energy Efficiency are driving the electrification growth and associated issues as potential areas of research for the academia. Prof. Abhijit R Abhyankar, IIT Delhi explained how Distribution Systems in India needs to be evolved for achieving  energy transition and meet net zero goals of the country. He stressed  the need for multi-disciplinary curriculum with a focus on one major discipline for meeting the skill set required for the energy transition. While giving a presentation on “Opportunities for Education & Research in Energy Transition & Sustainability” gave a brief overview of skills required for meeting the future needs of the Distribution System in the country. Sri S.K. Jain, DGM, Grid India speaking on “Electric Grid and its Operation – Transformation with Energy Transition”, explained Grid India’s ability to adapt to increased renewable energy mix in meeting increasing energy demand in the country and how the associated challenges have been overcome. He briefly explained a few case studies presented in prestigious international conferences. A panel session, moderated by Mr. Harmeet Bawa of Hitachi Energy, focused on developing minds for a sustainable energy future. Experts addressed questions on energy transition and sustainable grids, emphasizing the importance of stakeholder partnerships, including academia. Participants visited the Smart Grid Lab established by Hitachi Energy, interacting with faculty and scholars to gain practical insights. Thank you NIT, Warangal and Hitachi Energy for this wonderful opportunity. Special thanks to Prof. (Dr.) Sailaja Kumari, Dr Ram Kishan and Dr. Mahamad Nabab Alam.

🌍 𝗔𝗰𝗵𝗶𝗲𝘃𝗶𝗻𝗴 𝗡𝗲𝘁 𝗭𝗲𝗿𝗼 𝗖𝗮𝗿𝗯𝗼𝗻 𝗦𝘁𝗮𝘁𝘂𝘀: In-Depth Strategies for Campuses Universities and colleges are stepping up to the challenge, leading the way with innovative energy solutions that reduce greenhouse gas emissions and enhance sustainability. But how are they doing it? 🔋 𝗥𝗲𝗻𝗲𝘄𝗮𝗯𝗹𝗲 𝗘𝗻𝗲𝗿𝗴𝘆 𝗜𝗻𝘁𝗲𝗴𝗿𝗮𝘁𝗶𝗼𝗻 𝗮𝗻𝗱 𝗠𝗶𝗰𝗿𝗼𝗴𝗿𝗶𝗱𝘀 Achieving net zero requires campuses to transition from fossil fuels to renewable energy sources like solar, wind, & geothermal power. The real challenge lies in managing these often-intermittent energy sources. Enter microgrids—localized, self-sufficient energy systems that can operate independently of the national grid. An example is the University of California, San Diego (UCSD), where one of the most advanced campus microgrids generates 85% of the campus's electricity. This is achieved using solar power, wind turbines, and fuel cells, paired with advanced energy storage systems. AI-powered microgrids are optimizing energy use, balancing production and consumption in real-time to maximize efficiency and sustainability. 🏫 𝗘𝗻𝗲𝗿𝗴𝘆 𝗘𝗳𝗳𝗶𝗰𝗶𝗲𝗻𝗰𝘆 𝗥𝗲𝘁𝗿𝗼𝗳𝗶𝘁𝘀 Retrofitting old, inefficient campus buildings is another critical step. These retrofits include upgrading insulation, installing energy-efficient windows, modern HVAC systems, and LED lighting. Beyond hardware, smart building management systems can monitor energy use in real time, adjusting lighting, heating, & cooling to align with occupancy & need. At Harvard University, energy efficiency retrofits have reduced greenhouse gas emissions by 30% compared to 2006 levels. This includes smart systems that automatically lower heating and cooling when buildings are empty, ensuring every watt counts. ⚡ 𝗗𝗲𝗺𝗮𝗻𝗱 𝗥𝗲𝘀𝗽𝗼𝗻𝘀𝗲 𝗮𝗻𝗱 𝗦𝗺𝗮𝗿𝘁 𝗚𝗿𝗶𝗱𝘀 Smart energy management doesn’t stop with production—it extends to usage. Demand response programs, powered by AI, enable campuses to adjust their energy use in real-time, reducing non-essential systems during peak demand periods. Smart grids, using IoT technology, improve campus energy efficiency by automatically reacting to local energy needs. The Massachusetts Institute of Technology (MIT) is at the forefront, implementing AI-powered demand response systems that optimize energy consumption. Smart meters and sensors ensure that empty buildings aren’t consuming unnecessary energy, helping MIT cut overall usage. As universities work toward net zero, integrating renewable energy, upgrading infrastructure, and leveraging AI-powered solutions are essential strategies that will create a more sustainable future. 📢 Follow our Page for more insights into how technology is transforming the path to sustainability! 🔄 Repost to spread the word on the journey to net zero carbon campuses! 📰 Subscribe to the Net Zero Carbon Strategist Newsletter for expert advice on sustainability and cutting-edge green solutions. https://lnkd.in/eZnwXdG6

💡 As #colleges and #universities across the country aim to make their #campus greener, Niagara University in New York recently powered up a major #solar project to help meet its #sustainability goals. ☀️ #facilitiesmanagement #facilitymanagement #renewables #cleanenergy #education #school #highereducation

SPONSORED ADIPEC Technical Conference receives record-breaking 5,977 submissions ·        Total submissions increased by 16% over last year to nearly 6,000 ·        38% increase in submissions for Energy Transition and Decarbonisation and 32% increase in submissions for AI and Digital Transformation categories ·        Submissions reveal ADIPEC’s continued alignment with the wider energy industry’s focus on leveraging digital technologies and advancing decarbonisation The ADIPEC 2024 Technical Conference has received a record 5,977 submissions, a 16% increase over last year, with major submission growth seen in the AI and Digital Transformation and Energy Transition and Decarbonisation categories, and increased submissions from African and Arab states.   The ADIPEC Technical Conference is a key part of ADIPEC, the world’s largest energy event, which takes place on 4-7 November 2024 in Abu Dhabi. Organised by SPE, the Technical Conference this year will feature 159 sessions across 12 categories, for which energy experts and engineers from around the world submit their work to be considered for presentation.   “As chairman of the ADIPEC Technical Conference, I am immensely proud to announce a historic milestone of 5,977 technical submissions received this year. This unprecedented volume of contributions underscores ADIPEC's vital role as a premier forum for innovative dialogue and exchange within the global energy sector. I extend my heartfelt thanks to all authors – the pioneering experts that continue to drive our industry forward, fostering the advancements and collaborative spirit necessary to meet the evolving demands of our world,” said Dr. Khaled Abdul Monem Al Kindi, Senior Vice President, Upper Zakum, ADNOC Offshore and ADIPEC 2024 Technical Conference Programme Chair. Continuing its 40-year legacy of energy leadership and innovation, ADIPEC 2024 aims to be a driving force for accelerated energy action. This year, the event sets out a renewed vision, gathering diverse voices from communities, nations, and industries to find collective solutions that can deliver affordable, secure, and sustainable energy for all.   As a key part of ADIPEC’s portfolio of 10 conferences, the ADIPEC Technical Conference brings together the brightest minds and technical experts from across the energy value chain – the changemakers at the forefront of engineering, technology and industry innovation.   The two submission categories that saw the biggest increases were Energy Transition and Decarbonisation and AI and Digital Transformation, with 38% and 32% jumps respectively. These increases reveal the energy industry’s growing focus on emerging digital technologies and efforts to decarbonise in support of the energy transition, which are a major focus of ADIPEC this year, reflected across its dynamic conference and exhibition agenda.  

[COMST] Energy Conservation in Passive Optical Networks: A Tutorial and Survey Passive Optical Network (PON) is an optical fiber-based point-to-multipoint system for last-mile transmission. PON has been widely deployed as it offers a cost-effective and an energy-efficient means to provide high-speed broadband services to the end users. PON is continuously evolving in terms of capacity and architecture to keep up with the high bandwidth demand at the customer premises. Currently, it is going beyond fiber-to-the-home, penetrating further deeper into customer end, e.g., fiber-to-the-desk and fiber-to-the-machine (“Fiber-to-everywhere”) to cater high-bandwidth and low-latency demanding services. Besides, PON is moving towards software-defined control, and virtualization and disaggregation allowing its programmable, flexible, and cost-effective implementation. Although it is energy-efficient than other access network technologies, its overall energy consumption footprint in the network access segment would be large due to its high penetration rate. To reduce energy consumption in PON, various energy saving approaches have been studied for more than a decade, both in academia and standardization bodies. With the shifts in societal demands for low-latency and high-throughput applications and pressing need for carbon footprint reduction of ICT equipment, PON will continue to evolve and so does its energy conservation research. In this context, the paper titled “Energy Conservation in Passive Optical Networks: A Tutorial and Survey” by S. H. Shah Newaz, Ehsan Ahvar, Md. Shamim Ahsan, Joarder Kamruzzaman, Gour Karmakar, and Gyu Myoung Lee presents a comprehensive tutorial and survey. This paper first provides readers with a tutorial on PON evolution (capacity and architecture) and its integration with software-defined control and virtualization to lay a foundation before taking them through the journey of energy-efficient PON research from its beginning to the latest developments. Next, the paper presents a broad overview of various energy conservation approaches used in PON variants. It then presents a comprehensive review on PON energy saving standardization activities in IEEE and ITU. This is followed by an exhaustive survey of the energy conservation research efforts in PON area using sleep mode which is the most widely investigated energy saving approach in both conventional and emerging software-defined control and virtualization adopted PONs. Finally, this paper summarizes the lessons learned from the academic and standardization efforts, identifies a range of important research challenges and outlines several future directions for them, which should be pursued for further advancement of energy-efficient PON research. Paper link: https://lnkd.in/gdjHqaHp

🌍 Call for Tutorials: IEEE PowerTech 2025 – Powering the Energy System Transformation! 🌍 Are you an expert in power systems or energy technologies? Here’s your opportunity to shape the future of energy innovation! The 16th IEEE PowerTech 2025, hosted in Kiel, Germany, invites proposals for tutorials that align with our theme: “Powering the Energy System Transformation.”** Tutorial Focus:  Proposals should introduce emerging trends and advanced topics in power systems, offering a structured and insightful presentation that appeals to students, researchers, professionals, and experts alike. Tutorials may cover:  - New technologies in power systems  - Emerging energy trends  - Innovations driving sustainability and grid transformation 📅 Important Deadlines: - Proposal Submission Deadline: January 10th, 2025  - Final Decision Notification: March 31st, 2025  - Final Presentation Due: May 12th, 2025 📜 Requirements:  - Tutorials can be half-day (4 hours) or full-day (8 hours).  - Proposals must include:   - Title, abstract (300 words), target audience, prerequisites   - Course outline with detailed timeframes   - Presenter bios (150 words each)   - Email contacts of all presenters 🎯 Selection Criteria: The Organizing Committee will assess submissions on relevance, clarity, presenter expertise, and the tutorial's potential to engage a broad audience. 💡 Meet the Experts PowerTech 2025 is supported by leading experts, including: Hossein Imaneini, specialist in Power Electronics, High Power Converters, Renewable Integration, and Electric Transportation Timm Faulwasser, renowned for his work in optimization-based control of nonlinear and network systems across energy, process engineering, and climate economics Krzysztof Rudion, Head of the Net Integration of Renewable Energy at the Institute for Energy Transmission ✉️ Submission of Proposals:  Send your proposals to tutorials@powertech2025.uni-kiel.de For detailed guidelines, download the [Call for Tutorials](https://lnkd.in/eUFp6aiS) and proposal template (PDF/Word) at our official website: [https://lnkd.in/e6CafQXm). 📢 Don’t miss the chance to showcase your expertise and contribute to the global energy transition. Let’s build a resilient, sustainable energy future together at PowerTech 2025! Date: June 29th – July 3rd, 2025 Location: Kiel, Germany Website: https://lnkd.in/eGTSU5Cc Deadline for Call for Papers and Tutorials: January 10th, 2025 #PowerTech2025 #CallForTutorials #EnergyTransition #SustainableEnergy #Innovation