Md. Mahfuzur Rahman’s Post

🌞 Excited to share Our latest project: A Solar Tracking System using Arduino Uno ! 🌞 🔧 Objective: Developing a solar tracking system that maximizes the efficiency of solar panels by continuously adjusting their position to face the sun. 🔌 Technology Used: - Arduino Uno: Core microcontroller processing data and controlling movements. - Solar Panel: Captures solar energy, adjusted by the tracking system. - Servo Motors: Adjust the solar panel’s position based on sunlight intensity. - Light Sensors: Detect sunlight intensity for optimal panel direction. - Battery: Stores captured energy. - Circuitry and Wiring: Ensures proper connectivity and functionality. 🌟 Key Features: - Real-time Sun Tracking: Maximizes energy capture by continuously adjusting the panel to face the sun. - Efficient Energy Utilization: Enhances solar panel efficiency through optimal positioning. - Data Logging: Provides valuable insights into solar energy patterns and system performance. - Portable and Scalable: Designed to be portable and scalable for larger arrays. 📊 Results and Findings: The system successfully adjusted the solar panel's position throughout the day, significantly increasing energy capture compared to stationary panels. The data shows a marked improvement in energy efficiency, validating the tracking mechanism's effectiveness. 🔍 Conclusion: This solar tracking system is a game-changer for maximizing solar energy capture. Its real-time tracking capabilities and scalability make it a valuable tool for renewable energy applications. Future enhancements could include advanced algorithms for predictive tracking and integration with larger energy management systems. 📽️ Check out the video demonstration below ! [https://lnkd.in/gFSenRRg] IoT Innovation & Consult #RenewableEnergy #SolarEnergy #Arduino #Innovation #Sustainability #Tech #Engineering #Iot

Advancements in IIoT and edge computing are driving greater efficiency in the renewable energy sector with tailored data capture solutions. The Interceptor line of modular, IIoT edge devices is revolutionizing wind, solar, and other distributed energy resources! Here's how: 🔧 Monitor yaw, pitch, and vibration to forecast mechanical failures and keep turbines running smoothly. 🌡️ Track temperature differentials and insulation breakdowns to prevent costly downtime. 🏗️ Verify stability and siting requirements to ensure a reliable power supply. 🔍 Log all activity related to access and maintenance for complete oversight. By leveraging these metrics, your renewable energy company can optimize preventative and predictive maintenance strategies, maximizing asset performance and reducing costs. Contact us today to power a sustainable future with high-fidelity data! #RenewableEnergy #IoT #EdgeComputing #IIoT #EnergyIndustry #InterceptorbyBP #EnergyTech

🔋 🏭The concept of virtual power plants supported by smart power grids, artificial intelligence and the Internet of Things has the potential to completely revolutionize the area of energy management. Discover what exactly makes virtual power plants able to provide an innovative approach to stabilizing power grids and optimizing the use of renewable energy sources. 🔗 Check out our latest article – link in the comment. If you would like to discuss the possibilities of cutting-edge energy management solutions and learn how they can support the daily functioning of your business, schedule a free consultation with Marcin Jabłonowski – Managing Director and AI Solutions Architect at Pragmile. #VirtualPowerPlants #EnergyManagement #SmartPowerGrids #Energy #FutureOfEnergy #EnergyTransformation #ArtificialIntelligence #InternetOfThings #AI #IoT #Pragmile #AISolutionsArchitect

Solar power generation Learn more: https://lnkd.in/gb2R4D7h #solar #power #generation #iot #diy #diyproject #pcba #pcbdesign #smt #soldering #pcbassembly #component

#siemenshistory: Can you guess what’s hidden in this 1905 advertising column? In the late 19th century, the electrification of cities required a big variety of transformers to obtain the desired voltages. ⚡ Some of them were inconspicuously fitted into the cityscape hidden inside advertisement columns for latest inventions like vacuum cleaners or Aspirin. 💊 Later, the largely electrified and automated world placed greater demands on electrification, becoming increasingly important in the age of #digitalization. Today, we use digital #tech to make power grids smart. Thanks to the #IoT they can intelligently respond and adapt to all changes in the grid. That is important for a resilient and sustainable #energy supply while integrating more and more #renewables. 🌳 https://sie.ag/7C15S5 #siemenshistory Siemens Infrastructure #smartgrid #TBT #TransformTheEveryday #sustainableenergy

In an era of rapid technological advancement, the future of EPC in the process industries continues to be at the forefront of innovations and emerging technologies. Engineers are constantly pushing the boundaries of what is possible, from revolutionary discoveries to transformative inventions. As we step into the future, several emerging technologies are poised to restructure the landscape of the EPC industry. These game-changing technologies are: • Artificial intelligence and machine learning are transforming the engineering field.  • The Internet of Things (IoT) has grown significantly, connecting devices, infrastructure, and people. This connectivity holds immense potential in the EPC industry.  • Renewable Energy Technologies: The urgency to combat climate change has spurred significant advancements in renewable energy technologies. Engineers are developing innovative solutions for harnessing solar, wind, hydro, and other sustainable energy sources. From more efficient photovoltaic cells to advanced wind turbine designs, these technologies are revolutionizing the energy sector. The integration of energy storage and smart grid systems is making renewable energy more reliable and accessible. Kanchankumar Shewale Patil madhav Ugile #EPC #EngineeringInnovation #ArtificialIntelligence #MachineLearning #IoT #InternetOfThings #RenewableEnergy #ClimateAction #Sustainability #SmartGrid #EnergyStorage #TechnologyTrends #FutureTech #SSEPLEngineeringSolutions #ssepltechnopvtltd

New Data Logger Feature out 🚀 We at TrackSo have come across 50+ solar plants where synchronizing PV with multiple DGs (Diesel generators), that run on separate circuits/bus bars but are combined when the grid is available, was a big challenge. Hence we came up with an innovative technology: Group-wise DG Sync! What is Group-wise DG Sync? Why is it needed? Group-wise DG sync is a controlling logic that helps in the synchronization of solar inverters & multiple DGs that are connected in a fashion where each DG can be on a separate bus bar (let's call each of it a group) and it caters to the load in combination with a cluster of inverters. Most companies will offer multiple controllers to cater to this use case leading to 📈 INCREASED, COMPLEXITY, and COSTS. We simplify this with our unified approach, which enables seamless monitoring and control with a SINGLE controller even in the cases of different termination points or bus couplers in between! Other Benefits: 👉 Compatible with 100+ inverter brands. 👉 Cost-effective and robust. 👉 Simplified monitoring and control from a single device for multiple DGs and incomers. To learn more about how this feature works and can benefit you, contact us at sales@trackso.in or +91-8800606858. Read our blog - https://bit.ly/3W02Hou Visit us at: https://trackso.in/ #TrackSo #IOT #SolarEnergy #SolarRemoteMonitoring #SolarMonitoring #NewFeature #GroupDGSync #SolarInnovation #RenewableEnergy #SolarPower #EnergyEfficiency #Grid #DGSync #PowerControl #SustainableEnergy #CleanEnergy #SolarTechnology #SolarInverters #DieselGenerators #EnergySolutions

🌞🔋 Project Solar Motion-Light: A Self-Sustaining, Setup-and-Forget Solution! 💡🌙 Thrilled to announce the successful completion of Project Solar Motion-Light, our innovative "setup-and-forget" motion-sensing light system designed to operate autonomously using solar energy. This system integrates an ESP32 microcontroller, PIR sensor, and solar power components, ensuring a completely independent lighting solution for remote and off-grid locations. Once installed, it runs effortlessly, charging during the day and activating only at night using smart RTC scheduling and deep sleep functionality. ✨ Key Features: One-Time Setup, Zero Maintenance: Powered by solar energy with an intelligent energy management system—no manual intervention required. Smart Night Detection: The system operates only during nighttime using RTC-based scheduling. Motion-Triggered Efficiency: The PIR sensor activates lighting only when movement is detected, reducing unnecessary power consumption. Future Ready Improvements: Plans include integrating a custom PCB and LDR for even greater efficiency. This project was an exciting experience, from hardware design to optimizing ESP32 power consumption. A big shoutout to my amazing project partner, Amanuel Ayalew, for their dedication and collaboration throughout this journey. Looking forward to exploring more innovations in sustainable technology! #ProjectSolarMotionLight #IoT #SmartLighting #SolarEnergy #SustainableTech #ESP32 #Automation#GreenEnergy Click this link to check the project further! https://lnkd.in/gRybdyYe

#JournalPaperAccepted The RISING Lab members Rafiul Kabir and Dipal Halder's paper "Digital Twins for IoT-Driven Energy Systems: A Survey" has been accepted by IEEE Access. This paper explores the transformative role of Digital Twin (DT) technology in optimizing IoT-based energy systems. It highlights how DTs, through real-time monitoring and simulation, can address the increasing complexity of energy infrastructures. Key applications include improving resource management, enhancing operational efficiency, and integrating renewable energy sources. The survey discusses the benefits of DTs in enabling predictive maintenance, reducing energy wastage, and fostering sustainability. It also identifies challenges such as data integration, scalability, and security, providing insights into future research opportunities to unlock the full potential of DTs in smart energy systems. Congratulations to all the authors! #digitaltwin #iot #energy #sustainability #security # #risinglab #uf