Albert Joe J.’s Post

A new book is available for reading on "Industrial Control System" with Scrivener & Wiley Publishers. #controlsystems #design #engineering #electrical Lovely Professional University LPU School of Electronics and Electrical Engineering https://lnkd.in/gnVpgXFv

Electricity - One of the best Socially Significant Inventions Imagine a world without electric light. Over 120 years ago, this was reality for most of humanity. The invention of practical electric lighting has been one of the most socially significant electrical engineering breakthroughs in history. Did you know? Electric lighting has increased productivity by extending the workday, reduced crime rates in urban areas, and improved education outcomes globally. At Rikilon Engineering, we're inspired daily by the transformative power of electrical engineering innovations. From rural electrification to smart city technologies, electrical engineering continues to shape our society in profound ways. What electrical invention do you think has had the biggest impact on society? What future innovations are you excited about? Call to Action: Let's celebrate the unsung heroes of electrical engineering. Share an electrical invention that has significantly impacted your life in the comments below. #ElectricalEngineering #Innovation #SocialImpact #Lighting #TechnologyForGood

Synchronous motors are a type of electric motor intricately designed to synchronize their rotational speed with the frequency of the alternating current (AC) power supply. Led by Dr.S. GOWRISHANKAR, the session likely delved into their multifaceted operation, spanning topics such as their operational intricacies, defining features, stator and rotor configurations, various types, underlying operating principles, and methods for starting them. In essence, synchronous motors rely on the harmonious interaction between the stator's magnetic field and the rotor's magnetic poles, ensuring precise synchronization to the AC supply frequency. This synchronization enables efficient conversion of electrical energy into mechanical motion. Initiating the operation of synchronous motors typically entails employing auxiliary mechanisms, such as damper windings or external devices, to facilitate the synchronization process and ensure smooth startup. Through the session, attendees likely gained comprehensive insights into the functionality and applications of synchronous motors within the realm of electrical engineering. #snsinstitution #snsdesignthinkers #designthinking

Imagine a world without electric light. Over 120 years ago, this was reality for most of humanity. The invention of practical electric lighting has been one of the most socially significant electrical engineering breakthroughs in history. Did you know? Electric lighting has increased productivity by extending the workday, reduced crime rates in urban areas, and improved education outcomes globally. At Rikilon Engineering, we're inspired daily by the transformative power of electrical engineering innovations. Electric lighting alone has contributed to a 70% increase in reading and studying time in developing countries. From rural electrification to smart city technologies, electrical engineering continues to shape our society in profound ways. What electrical invention do you think has had the biggest impact on society? What future innovations are you excited about? Call to Action: Let's celebrate the unsung heroes of electrical engineering. Share an electrical invention that has significantly impacted your life in the comments below. #ElectricalEngineering #Innovation #SocialImpact #Lighting #TechnologyForGood

⚡Understanding the d-q-o Reference Frame: A Key Tool in Electrical Machinery In the field of electrical machinery, the d-q-o reference frame is a transformative tool for analyzing and controlling machines such as synchronous motors and induction motors. This mathematical framework simplifies the study of three-phase systems by converting them into a rotating two-axis coordinate system (d and q) and a stationary zero-sequence axis (o). Why is this important? Simplified Analysis: The transformation reduces the complexity of solving differential equations, enabling us to better understand machine dynamics. Control System Design: For applications like electric vehicles or renewable energy systems, the d-q-o reference frame is crucial for implementing advanced control strategies, such as vector control and field-oriented control. Fault Analysis: The inclusion of the zero-sequence component (o) allows for a more detailed analysis of unbalanced conditions and fault scenarios. In essence, this framework bridges theoretical understanding and practical implementation, making it an indispensable tool for engineers working on modern applications in power electronics and electrical drives. If you're passionate about designing smarter systems and optimizing electrical machines, mastering the d-q-o reference frame is a must! #ElectricalEngineering #PowerElectronics #ElectricVehicles #Innovation #ControlSystems

Synchronous motors are a type of electric motor intricately designed to synchronize their rotational speed with the frequency of the alternating current (AC) power supply. Led by Dr.S. GOWRISHANKAR, the session likely delved into their multifaceted operation, spanning topics such as their operational intricacies, defining features, stator and rotor configurations, various types, underlying operating principles, and methods for starting them.In essence, synchronous motors rely on the harmonious interaction between the stator's magnetic field and the rotor's magnetic poles, ensuring precise synchronization to the AC supply frequency. This synchronization enables efficient conversion of electrical energy into mechanical motion. Initiating the operation of synchronous motors typically entails employing auxiliary mechanisms, such as damper windings or external devices, to facilitate the synchronization process and ensure smooth startup. Through the session, attendees likely gained comprehensive insights into the functionality and applications of synchronous motors within the realm of electrical engineering.#snsinstitution#snsdesignthinkers #designthinking

Imagine a world without electric light. Over 120 years ago, this was reality for most of humanity. The invention of practical electric lighting has been one of the most socially significant electrical engineering breakthroughs in history. Did you know? Electric lighting has increased productivity by extending the workday, reduced crime rates in urban areas, and improved education outcomes globally. At Rikilon Engineering, we're inspired daily by the transformative power of electrical engineering innovations. Electric lighting alone has contributed to a 70% increase in reading and studying time in developing countries. From rural electrification to smart city technologies, electrical engineering continues to shape our society in profound ways. What electrical invention do you think has had the biggest impact on society? What future innovations are you excited about? Call to Action: Let's celebrate the unsung heroes of electrical engineering. Share an electrical invention that has significantly impacted your life in the comments below. #ElectricalEngineering #Innovation #SocialImpact #Lighting #TechnologyForGood

Transforming energy dreams into reality! Dive into the world of Electrical Machine Engineering and witness the power of innovation. . . #powerdrivedynamics #ElectricalEngineering #Innovation #electricalmachineengineering ⚡️

Excited to share my latest project: a custom-built function generator! This device generates precise waveforms, including sine, square, and triangular waves, and is capable of generating them at frequencies of up to 10 MHz. It's a great tool for signal processing and testing applications. #FunctionGenerator #Electrical #SignalProcessing #Engineering #NED