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💡 FREE webinar alert! 💡 Join us at the WEF RISE Forum on February 27th featuring global technologies changing the AI/Digital/Sensors domain in water. You will hear from technology providers and get an opportunity to ask them a question during the Q&A portion. Presenters: 1. Jean-Francois Guiderdoni, Business Development Director (ACWA Robotics, France) – Robotic and Digital solutions collecting data inside water supply networks to provide accurate geolocalisation and in-depth condition assessment. 2. Camilo Huneeus Guzmán, CEO (Ainwater, Chile) – A digital twin that optimizes and monitors each parameter of the plant from RAS to SVI, with savings of up to 30% in energy costs. 3. Leela Krishna Sriramula, Co-Founder and Chief Business Officer (HydroEye AI, Singapore) – Integrated digital solution for smart water and wastewater network management through an AI-powered cloud-based software. 4. TBD (UnU, South Korea) – Smart sensor for real time monitoring of multiple water quality parameters in water and wastewater, and an AI-based integrated smart optional operational solution. A certificate of completion with recommended PDHs will be available upon completing the webcast. Register here: https://lnkd.in/enTRrkj5 BlueTech Research Imagine H2O #global #water #innovation #digital #ai #sensors

🚀 Introducing the Heart of Grid Innovation: GridGuard's Advanced Sensor Technology! At GridGuard, we're not just about creating solutions; we're about revolutionizing how electricity grids are managed. Our advanced sensor technology is a testament to this commitment. Designed for accuracy and reliability, these sensors are the gateway to enhanced grid management. 🔍 Why Our Sensors Stand Out: 🔸Precision Monitoring: Our sensors provide continuous and accurate thermal condition monitoring of phase conductors. 🔸AI-Enhanced: Leveraging the power of AI, these sensors offer predictive insights, helping to prevent potential issues before they arise. 🔸Cost-Efficient: We believe in offering solutions that are not only advanced but also accessible and economical. 📊 Data at Your Fingertips: Behind every sensor is a story told through data. The screen in the background illustrates how our technology translates complex data into actionable insights, making grid management more proactive and less reactive. 🌐 Adaptable & Scalable: Whether it's a small grid or a large network, our sensors are designed to scale and adapt to diverse grid environments. 🤝 See It in Action: We invite you to witness this innovation firsthand. Get in touch with us to learn more about how our sensor technology can transform your grid management. Experience the future of grid management with GridGuard. #GridGuard #SensorTechnology #Innovation #SmartGrids #EnergyManagement

#xai Applications across industries From Predictive maintenance in manufacturing plants to personalised healthcare solutions and smart grid management in energy systems, #xai can enhance the interpretability of AI models across diverse applications . with Xai can deliver solutions that optimize performance and efficiency but also foster transparency and build confidence among end-users. #transparencyintech #innovation #xai #smartgrid #industry40

As AI becomes more integrated into U.S. industry and culture, demand for energy to power the tool is expected to soar. That will come on top of other expected demand increases associated with things such as electric vehicles and extreme weather. Read more at: --- 🛍️ https://bit.ly/3z4EJ2A . . . . #ai #artificialintelligence #energydemand #techtrends #futureofai #electricvehicles #sustainability #greenenergy #renewableenergy #climatechange #industrytrends #innovation #technews #smarttech #energyefficiency #extremeweather #cleantech #digitaltransformation #automation #aiintegration #energyfuture #smartgrid #environmentalimpact #techculture #futuretech

THE INDUSTRY FOUR ▇ ▇ ▇ ▇ 𝗙𝗮𝗰𝘁𝗼𝗿𝘆 𝗼𝗳 𝗙𝘂𝘁𝘂𝗿𝗲 ■ The #FactoryoftheFuture represents a paradigm shift in manufacturing, integrating advanced technologies, connectivity, and automation to create a highly optimized, flexible, and sustainable production environment. ■ The Factory of the Future represents a significant evolution from traditional manufacturing practices. It incorporates advanced technologies, connectivity, and automation to create a highly optimized and flexible production environment. Key differences include: ▃ ▃ ▃ ▃ ⛘ #Integration and #Connectivity: The Factory of the Future emphasizes seamless integration and connectivity across the entire value chain, enabling real-time data exchange and collaboration between machines, processes, and systems. ⛘ #CyberPhysicalSystems: The Factory of the Future combines physical manufacturing infrastructure with sensors, actuators, and computing capabilities to create cyber-physical systems. These systems enable real-time monitoring, control, and synchronization of physical processes. ⛘ #AdvancedAutomation and #Robotics: The Factory of the Future leverages advanced automation and robotics that are intelligent, adaptable, and collaborative. These systems work alongside humans, learn from their interactions, and optimize their performance based on real-time data. ⛘ #PredictiveAnalytics and #AI: The Factory of the Future utilizes predictive analytics and AI algorithms to optimize production processes. It can forecast equipment failures, optimize maintenance schedules, and predict quality issues, resulting in reduced downtime and improved efficiency. ⛘ #Decentralized #DecisionMaking: Decision-making in the Factory of the Future is decentralized, enabled by real-time data, AI algorithms, and edge computing capabilities. This allows for agile responses to changing conditions and improved operational efficiency. ⛘ #HumanMachineCollaboration: The Factory of the Future promotes collaboration between humans and machines. While automation and robotics handle repetitive tasks, humans focus on creativity, problem-solving, and complex decision-making. ⛘ #Sustainability and #CircularEconomy: The Factory of the Future prioritizes sustainability and the circular economy. It aims to minimize resource consumption, reduce waste, and optimize energy usage through technologies like IoT-enabled sensors and smart energy management systems. ■ ■ ■ ■ KULDEEP KAUSHIK 𝗙𝗼𝘂𝗻𝗱𝗲𝗿 & 𝗣𝗿𝗶𝗻𝗰𝗶𝗽𝗮𝗹 THE INDUSTRY FOUR 𝗙𝗼𝘂𝗿𝘁𝗵 𝘁𝗼 𝗙𝗼𝗿𝘁𝗵𝗰𝗼𝗺𝗶𝗻𝗴 ❯ www.theindustryfour.org ❯ #theindustryfour

I was asked about the benefits of AI in the charging infrastructure domain. The integration of artificial intelligence (#ai) in charging stations and smart grids for electric vehicles (#evs) can offer numerous benefits, enhancing efficiency, reliability, and overall performance. With AI, the possibilities for optimizing charging infrastructure, balancing grid loads, and predictive maintenance are endless. Additionally, AI can facilitate demand response programs, promote clean energy sources, and enhance cybersecurity. The result? A more intelligent, adaptive, and efficient electric mobility ecosystem that benefits both users and the broader energy grid. #electricmobility #cleantech #sustainability

Today, we’re excited to publish the first report in our all-new GxxD series – ‘Japan’s New Digital and Energy Shift’: 🔗 https://lnkd.in/ghESqq7w Why GxxD? Simple. GX = Green Transformation. DX = Digital Transformation. The Japanese government uses these terms to refer to two issues of existential importance to Japan – digitalization and the clean energy transition. The GxxD reports series covers the megatrends, the business models, and the innovations at the nexus of these two issues. With stories on areas as diverse as AI, the CO2 economy, robotics, and fusion, we share intelligence that anyone with an eye on Japan will want to explore further. The GxxD reports are openly available on our website. We also post regularly on all things DX and GX, so be sure to follow Yuri Group for the latest policy and innovation news. #digitalization #cleanenergy #Japan

In this article, we share our highlights from the current industry topics at HANNOVER MESSE and take a look at exciting AI use cases. 👀

Everyone's hyped about 5G speeds for consumers. But at Netcon, we're even more excited about its game-changing potential for industries! With ultra-low latency and ability to securely connect thousands of devices, 5G allows insane applications like: 👷♀️ Fleets of coordinated robots on assembly lines 🔭 Real-time monitoring of hazardous remote sites  📸 AI/Computer vision for predictive maintenance We're working to help businesses unlock 5G's transformative power. And we see it driving India's next industrial revolution. Curious? Find out more in this snippet from Mr. Mahalingam Ramasamy, Founder and MD, Netcon Technologies. Watch the entire episode on YouTube. The link is in the comments. What possibilities do you see for 5G in your sector? Let us know! #5G #IndustrialAutomation #DisruptiveTech

As data centres are looking for new ways to be more sustainable in 2024, heat reuse could contribute to organisations being more energy efficient, reducing global energy consumption and streamlining services. Octopus Energy is pioneering the solution, having invested in data centre heat re-use technology created by Deep Green. Learn more below: #AI #datacentre