Made Smarter Innovation - Smart Manufacturing Data Hub’s Post

Excited to share a big milestone! 🎉 In June 2024, we began an exciting research project. After months of hard work, we submitted our paper in July, and it was officially published in a University Grants Commission (UGC) approved journal in October 2024. Collaborated with Prof. Dr TRIPATI GUPTA, Raghav Dharwal. This achievement reflects the dedication of our amazing team and the support we received along the way. We’re proud to contribute to the field and look forward to sharing more ideas in the future. Thank you to everyone who helped make this possible! 🚀📚 🔎 What we explored: Our study explores how the IOTA protocol, with its Tangle-based Architecture, is revolutionizing data and energy management in Electrical Design. The possibilities are ground breaking, from enhancing energy grids to optimizing resource allocation. 🔮 Future Scope: The potential of IOTA in advancing smart grids, IoT-based energy Systems Design, and decentralized infrastructure is immense. We discuss innovative use cases and offer insights into this technology's transformative role in shaping a sustainable and efficient energy ecosystem. ✨ Key Highlights: Applications in real-time energy monitoring Secure, scalable, and cost-efficient Communication in Industrial IoT Devices A future vision for a decentralized, tamper-proof energy market 💡 We believe this is just the beginning of a tech-driven revolution in Electrical Engineering! We'd love to hear your thoughts, insights, and collaborations. Let’s connect and pave the way for a smarter, greener future. 🌍 https://lnkd.in/gzVmYMzM #Research #UGC #Teamwork #ImaginaryNumbers #ElectricalEngineering #Innovation

Before the weekend and attendance at next weeks European Wastewater Management Conference & Exhibition, I caught up with commissioning engineering Phil Dand, on one of the sites we are remotely monitoring. He kindly gave this testimonial: "Using BI-Zen's Optimiser has been a game-changer for our commissioning of the wastewater site. The real-time data and trends allowed us to monitor effluent conditions remotely and make quick, informed decisions. The system's immediate feedback on site adjustments has significantly improved the project delivery, operational efficiency and works compliance." The BI-ZEN team installed a number of our temporary sensors to monitor NH4-N, NO3-N, pH, and Turbidity, with live data refreshed every two minutes. This real-time data allows immediate traction and actionable responses, enhancing our clients ability to manage effluent conditions effectively. The agile approach enabled Phil and his colleagues to remotely monitor the plant, receive text alerts of potential compliance risk, and make informed decisions while assets where being seeded / handed over to the construction team. This deployment is a testament to our commitment to delivering cost effective, valuable data for optimal wastewater management. I will be presenting at the European Wastewater Conference on Tuesday, where I will delve deeper into our mobile, agile solutions and their positive impact on wastewater design, commissioning, and performance efficiency. Hopefully see you there! #WaterManagement #WastewaterTreatment #RealTimeData #InnovationInTech #EnvironmentalEfficiency #IoT #SmartSensors #ProcessOptimisation #RemoteMonitoring #BIZenTech #EuropeanWastewaterConference #DataDrivenDecisions #ComplianceManagement

🔍 New Publication Alert! 🌍💡 We’re thrilled to share our latest publication on Digitalization of Urban Multi-Energy Systems – Advances in Digital Twin Applications across Life-Cycle Phases! 🚀📊 https://lnkd.in/e3czFEwZ Abstract Urban multi-energy systems (UMES) with distributed energy resources have become crucial as cities strive for low-carbon futures. Tackling their complexity requires integrating renewables, enhancing efficiency through electrification ⚡️, and sector coupling for synergy across various infrastructures. Here, digitalization and IoT 🌐 open doors to innovative solutions throughout the design-build-operate lifecycle of UMES. Our review dives into Digital Twin's potential for UMES, addressing challenges and recent advances in architectures, data management, and semantic ontologies. 📈 Digital twins offer a robust, data-driven foundation, supporting comprehensive decision-making for system design, operation, and decommissioning. Key Insights: Scaling for Urban Complexities: Future research needs to address scalable digital twin solutions for urban environments 🌆. Standardized Ontologies: A major hurdle is creating standardized, interoperable data frameworks for seamless energy system communication. Social & Regulatory Focus: As the tech evolves, socio-economic and regulatory impacts must align with tech advancements for an equitable smart energy transition ⚖️. Check out our recommendations on implementing digital twins for urban energy systems in the full article! 📄🔗 #DigitalTwins #SmartCities #UrbanEnergySystems #RenewableEnergy #Innovation Empa Urban Energy Systems Laboratory ETHZ Circular Engineering for Architecture Technische Universität Wien The University of Texas at San Antonio ETRI James Allan Hanmin Cai Edrisi Munoz Mata JongGwan A. Robin Mutschler Matthias Sulzer Catherine De Wolf Kristina Orehounig

I’m thrilled to announce the publication of our new article, "Development of an IoT-enabled Energy Monitoring and Energy Flow Analysis Model for SMEs," now available on IEEE Xplore and ResearchGate! 🎉 This work delves into how IoT technology can transform energy monitoring and management for small and medium-sized enterprises (SMEs), fostering energy efficiency and sustainability. It presents innovative solutions to optimize energy flow and minimize waste—critical steps toward a more sustainable future. 🌍💡 A heartfelt thank you to Erwin Rauch and Marwa Ben Ali for their invaluable contributions and support throughout this research journey. 📖 Check out the paper here: IEEE Xplore Let’s keep pushing the boundaries of innovation in energy management! I’d love to hear your thoughts or discuss potential collaborations—feel free to reach out. 🤝 #Research #IoT #EnergyEfficiency #Sustainability #Innovation

🚀 [RE-WITCH Explains] What is the SIL Approach? 🔧 To achieve innovation, testing and optimization are key steps in ensuring RE-WITCH’s technologies are efficient and reliable. That’s where the Software-in-the-Loop (SIL) approach comes in! 📊 What is SIL? The #SIL Approach creates a virtual testing environment where control systems for RE-WITCH’s technologies are simulated. This allows us to fine-tune control logics, test configurations, and optimize processes before deployment, ensuring maximum efficiency. ⚙️ How does SIL power RE-WITCH? 📌 Simulation & Validation: SIL allows us to simulate sequences like start-up, shutdown, and production, ensuring systems respond optimally to real-world conditions. 📌 Optimization: By testing plant configurations virtually, we identify the best strategies to enhance energy efficiency and performance. 📌Energy Savings: Optimized SIL controls can increase overall energy efficiency by 5-10%, supporting RE-WITCH’s mission for sustainable industrial cooling and heating. 💡 With SIL, RE-WITCH brings its technologies closer to real-world application, ensuring every system is optimized for sustainability and performance. 🤝 This method guarantees that our control systems, developed in collaboration with Gruppo Sigla, Consiglio Nazionale delle Ricerche, Pragma-IoT, Hochschule München University of Applied Sciences, Technische Universität Berlin and IDP Ingeniería, Medio ambiente y Arquitectura ready to reduce energy consumption and CO₂ emissions. 🎅🎄 As the year ends, we thank you for joining us on this journey through #innovation. Stay tuned in 2025 for more exciting updates on how RE-WITCH is revolutionizing energy systems. Until then, happy holidays and warm wishes from all of us! #SoftwareInTheLoop #EnergyEfficiency #Sustainability #REWITCH

As I Celebrate 43 Remarkable Years in Building Management Systems (BMS) Engineering on Earth Day 🌍 Today, as we celebrate Earth Day, I find myself reflecting on the incredible journey of the past 43 years in the field of BMS engineering. It’s been a path of innovation, collaboration, and dedication towards a more sustainable future. From the early days of analog systems to today’s intelligent, interconnected solutions, the evolution of BMS technology has been nothing short of revolutionary. I’ve had the privilege of working alongside many brilliant minds, all united by a common goal: to curb climate change and create efficient, eco-friendly buildings. Our collective efforts have not only reduced energy consumption but also paved the way for smarter, greener infrastructure. As we look ahead, emerging technologies like AI, IoT, and big data analytics promise even greater strides in energy efficiency and environmental stewardship. I’m excited to share the knowledge I’ve gained over the years, while helping to mentor the next generation of engineers. Together, we can continue to innovate and harness the power of technology to protect our planet. Here’s to many more years of making a difference, one building at a time. Happy Earth Day! #EarthDay #Sustainability #BMS #Engineering #ClimateAction #Innovation

At IQA Elecnor, we are proud to lead the way in designing and constructing fibre network solutions globally. In the UK utility sector, full-fibre connectivity is revolutionizing the way we operate, driving digital inclusion and economic growth. By replacing outdated copper networks, full-fibre connectivity enables seamless integration of advanced technologies, transforming existing infrastructures. This single solution supports smart grids, IoT, and enhanced data analytics, fostering innovation and efficiency across the sector. One of the critical advantages of full-fibre connectivity is its safety within DSEAR (Dangerous Substances and Explosive Atmospheres Regulations) areas. Here's why: Non-Conductivity: Unlike copper, optical fibre does not conduct electricity, significantly reducing the risk of sparking and ignition in explosive atmospheres. Reduced Interference: Full-fibre networks are immune to electromagnetic interference, which is crucial in areas with sensitive equipment or where flammable substances are present. Enhanced Durability: Fibre optic cables are more resistant to harsh environmental conditions, ensuring stable and safe connectivity even in challenging DSEAR environments. By replacing outdated copper networks with full-fibre, we're not just upgrading infrastructure; we're providing a safer, more reliable solution for critical areas. Full-fibre isn't just about speed, reliability and safety—it's about sustainability. At every stage of its lifecycle, from production to installation and maintenance, full-fibre boasts a significantly lower carbon footprint compared to copper. This eco-friendly approach aligns with our commitment to a greener future, reducing energy consumption and minimizing environmental impact. At IQA Elecnor, we are passionate about delivering full-fibre infrastructure to businesses and communities across the UK. Our work makes a discernible difference, enhancing connectivity, boosting economic opportunities, and improving quality of life while protecting our planet. Join us in embracing full-fibre connectivity for a sustainable, inclusive, and prosperous future. #FullFibre #DigitalInclusion #Sustainability #Innovation #IQAelecnor #FTTP #UKUtilities #ScottishWater #SR21 #AMP8 #DigitalTransformation #NetZero

Discover how the success of smart cities in Europe is closely tied to the availability of professionals 👥

IoT is a concept that many old school tech nerds like myself reflect on with some apprehension. So much early hype, with so little practical application... It's funny how IoT has crept into our lives without knowing it, connecting our homes and making our lives easier. I yell out and ask my bedroom clock what the weather will be like before I roll out of bed every morning. So helpful and simple. Have a read of this article on how we're now seeing this internet connectivity shape more than how we interact at home, but how a community can benefit. It's just a reminder that IoT is here to stay, and planning for its existence in our new communities is key to reaping the rewards! https://lnkd.in/ge6NnCij

🚗⚡️ Delighted to share the completion of my project thesis on Smart EV Charging with Integrated PV Systems, Advanced Parking Operations, and Innovative Billing Solutions! 🌍🔋 I am thrilled to share that I’ve completed my thesis: "Business Strategy for Innovative Operation and Billing Providers for Residential EV-Charging Infrastructure", as part of the Master’s program in Electromobility-ACES at Friedrich-Alexander-University Erlangen-Nuremberg. Special thanks to Professors of Institute FAPS for invaluable guidance and support throughout this journey, This work focused on addressing key challenges in residential EV charging, including: ✅ Dynamic energy and grid management for stability and cost-efficiency. ✅ Consumer-friendly billing solutions with real-time transparency and flexibility. ✅ Integration of renewable energy sources, such as PV systems, to promote sustainability. ✅ Leveraging IoT and smart technologies for operational excellence. The research also explored the market dynamics of EVs and charging infrastructure, offering strategies for building scalable, efficient, and sustainable solutions for the growing demand in residential settings. This milestone wouldn’t have been possible without the support of mentors, peers, and industry insights. I'm excited to contribute to shaping a sustainable, tech-driven future in electromobility and look forward to new opportunities and collaborations in this evolving space. Let’s keep charging toward a greener tomorrow! 🌱🔌 #ThesisComplete #EVCharging #Electromobility #Innovation #Sustainability #CleanTech #FAU #FAPS