The development of smarter energy management systems, using embedded technologies, is mandated by the rising demand, particularly in the energy-intensive industrial sectors. Industrial end users must be aware of their energy usage in order to cut expenses, enhance firm sustainability, and schedule production lines based on relevant feedback. Embedded systems for energy monitoring and control systems can be used to improve the efficiency of industrial machinery and to minimize energy expenses by optimizing industrial operations. Due to a lack of knowledge and experience in real-time energy monitoring systems to collect and analyse both energy and power quality data in real-time using embedded computing, smart electric energy monitoring has been neglected for traditional factories. Real-time data capture and analysis are now very feasible, practical, and dependable because to the emergence of disruptive technologies like the Internet of Things, machine learning, and Big Data. A low-cost Arduino microcontroller, an unobtrusive split-core current transformer, a relay module, and a voltage transformer are the design pillars of the system. The created system's sensor data showed that the prototype could accurately and successfully record RMS voltage and current, actual and perceived power, power factor, and energy. Traditional factories can have an overview of their energy consumption with the proposed monitoring system, which could lower energy prices, lower carbon emissions and environmental harm, and raise the factory's profit margin.
Nowadays, there is a growth in the number of cardiac disorders, including an increased risk of a heart attack. Our suggested solution makes use of sensors that enable heartbeat sensing to identify a person's heart rate even if they are at home. The sensor is then connected to a microcontroller, whic...
Read more>>Nowadays Women Safety is the biggest concern in many parts of the world. There is still a fear in alone areas for women as well as men. So here we propose a security patrolling robot using Raspberry PI. The system uses cameras and mic mounted on robotic vehicle for securing any premises. The robotic...
Read more>>Farmers frequently have to irrigate the ground by hand. This is a labor-intensive task that takes a lot of time to complete. After all, it can be difficult for farmers to regularly check the amount of moisture in the entire field and irrigate the areas that need it. This Internet of Things project i...
Read more>>One of the top priorities for residences, enterprises, and corporations is security. Strong security measures can prevent unauthorized intrusions. The IoT-based anti-theft system is the ideal choice for protecting both residential buildings and commercial buildings. This IOT-based security system i...
Read more>>A substantial amount of energy is consumed by streetlights. Streetlights frequently stay on even when no one is in the roadway. This IOT-based streetlight monitoring system allows us to effectively track and manage the energy usage of streetlights. In this Internet of Things (IoT) project, street l...
Read more>>