WSP in Africa’s Post

🌍 As we continue to face the challenges of climate change, it is crucial for industries to prioritize sustainability in their practices. Electrical engineering plays a significant role in contributing to a more sustainable future. From designing energy-efficient systems to developing renewable energy technologies, electrical engineers have the expertise to create innovative solutions that reduce environmental impact and promote a greener planet. By harnessing the power of electrical engineering, we can work towards a more sustainable and eco-friendly future for generations to come. #Sustainability #ElectricalEngineering #GreenTechnology 🔌 The integration of electrical engineering in various industries, such as transportation and infrastructure, allows for the development of cleaner and more efficient systems. With advancements in electric vehicles, smart grids, and renewable energy sources, electrical engineers are at the forefront of driving sustainable progress. By leveraging their skills and knowledge, they can help minimize carbon emissions and conserve resources, ultimately contributing to a healthier and more sustainable environment. Let's continue to support and invest in the work of electrical engineers as they lead the way towards a brighter and more sustainable future. #CleanEnergy #Innovation #EnvironmentalEngineering

  We are offering our fully online, 8-week course on System Automation, starting October 21. Students need not be online at specific times for lectures. To register for just one class, click the “take one course” link on our website: www.gonzaga.edu/tadp   TADP 553 System Automation Students learn economic benefits, reliability, safety, equipment costs, communication, transmission automation, distribution automation, under frequency load shedding, radial overhead, radial loop underground, demand-side management, remote connect/disconnect, SmartGrid, consumer automation, and network design aspects.   At the end of the course students will be able to conduct basic system automation design, including calculating system losses, line loss reduction, line end results, renewable integration issues and capacitor optimization for a given case study.   Instructor: Dr. Juan Gers, the president and founder of GERS Consulting Engineers, has more than 40 years’ experience designing and analyzing transmission and distribution systems.     #Avista #PGE #Pacificorp #Powerengineers #DukeEnergy #Nationalgrid #Exelon #Entergy #Commonwealth #Schneider #online #saskpower #SoCalEdison #electricalengineering #powersystems #utilities #engineering #energy #automation #microgrids #smartgrid #utilitycommunications #powerdistribution #powerengineering #electricutilities #Gonzaga #civilengineering #electricalengineering  

🌍 As the world continues to face environmental challenges, the role of electrical engineering in contributing to a more sustainable future has never been more crucial. From developing renewable energy sources to designing energy-efficient technologies, electrical engineers play a key role in reducing our carbon footprint and mitigating the impact of climate change. By harnessing the power of electrical engineering, we can pave the way for a cleaner, greener future for generations to come. 🔌 One way electrical engineering can contribute to sustainability is through the advancement of smart grid technology. By integrating renewable energy sources and implementing energy storage solutions, electrical engineers can help optimize energy distribution and reduce waste. Additionally, the development of electric vehicles and charging infrastructure is another area where electrical engineering can make a significant impact in reducing greenhouse gas emissions and promoting sustainable transportation. Together, we can work towards a more sustainable future through the innovative solutions that electrical engineering has to offer. #Sustainability #ElectricalEngineering #RenewableEnergy

What do students say about Gonzaga T&D’s online Distribution System Design course? 541 Distribution System design. 8 Weeks. Fully online. > “Throughout this course I was able to apply a lot of what I learned while at work and that gave me more confidence as an engineer, knowing how to size laterals and knowing how to calculate them.”   > “There were several design techniques I didn't know before taking this course. I was able to get a better understanding of tension calculations, pole inspections, buckle points, etc. from this course.”   > “Transformer wye and delta configurations and phase shift were most helpful.”   > “(The course) presented very practical technical information that will allow for better designs for clients.”   > “The fuse, power quality, capacitor module was one of the best of all the courses I've taken.” Course begins August 26. You may take up to two classes as a non-matriculated student. Just click the “Take One Class” link on our website: https://lnkd.in/gGdQ69sC   #Avista #PGE #Pacificorp #Powerengineers #DukeEnergy #Nationalgrid #Exelon #Entergy #Commonwealth #Schneider #online #saskpower #SoCalEdison #electricalengineering #powersystems #utilities #engineering #energy #automation #microgrids #smartgrid #powerdistribution #powerengineering #electricutilities #electronics #renewableenergy #renewables #distribution  

🤫Top Secret Information🤫 We are thrilled to finally disclose the mystery behind our company name. Many people have been curious about what our name signifies, and we are delighted to share this puzzle with you. Our co-founders Telman Gasanov and Aleksandr Vasilyev brainstormed the name "atvaga" by combining their initials and after experimenting with several options, they were fond of the name because it was simple enough though very elegant. Would you like to hear a longer version of our company’s story? #engineering #engineer #engineers #energy #energyefficiency #greenenergy #greenbuilding #ABD #ENV #MEP #mepdesign #mepengineering #mechanical #electrical #plumbing

Hello Connections! 🌐 In power transmission, inductive reactance in long transmission lines acts as a barrier, limiting power transfer and causing voltage drops—especially under full demand conditions. This creates significant challenges in efficiently delivering the required power across the grid. ⚡ Series compensation provides a highly effective solution by inserting capacitors in series with the transmission line, reducing the overall reactance. This allows more power to flow through the line with less voltage drop, increasing the power transfer capacity and ensuring voltage stability, even during peak demand. ⚡📈 Key Benefits of Series Compensation: 🔹 Increased Power Transfer: Reduces inductive reactance, enabling more power to flow over long distances with minimal losses. 🔹 Improved Voltage Stability: Minimizes voltage drops during high-demand periods, ensuring consistent voltage levels across the grid. 🔹 Enhanced Grid Efficiency: Decreases line losses, maximizing power delivery without major infrastructure upgrades. While series compensation is highly effective for heavily loaded systems, parallel compensation is more useful during no-load or light-load conditions, especially in short transmission lines. It helps control voltage and absorb reactive power to prevent over-voltage. ⚡ In essence, series compensation is a game-changer for high-voltage transmission systems, optimizing power transfer and improving grid stability in today’s energy networks. 🔋🔌 🚨 Want to learn more about power systems? 🚨 Join us for a FREE Webinar today at 6:45 PM IST with Selvakumar S, Business Head at Power Projects. Agenda: 🔸 Introduction to Basic Power System Concepts 🔸 Exploring Software for Power System Studies 🔸 Live Demonstration of ETAP Software 🔸 Q&A Session 👉 Don't miss out on this opportunity! The registration link for a free webinar: https://lnkd.in/g4kzAcwc POWER PROJECTS, Kishore T, Sivakumar Chellamuthu, PRADEEP R, Raghunath V G, Arvind Tamilarasan, Kavitha Paramanandan #PowerTransmission #GridStability #SeriesCompensation #EnergyEfficiency #ElectricalEngineering #SmartGrid

Employee Highlight: Andrew - Powering Innovation and Seamless Solutions ⚙️🌐 👨💼 Let's delve into his world: A UNB Fredericton Electrical Engineering graduate, Andrew joined AKA in 2013. He's worked on global projects in Singapore, South Korea, Poland, Netherlands, Germany, USA, and Australia, specializing in electrical marine power plants, control systems, electrical drives, and switchboards. 🔍 A Day in the Life: As a senior electrical engineer, Andrew is vital in crafting project documents, assisting colleagues with technical queries, and supporting operational vessels. His responsibilities extend to ensuring the smooth operation of the switchboard during project commissioning, showcasing his hands-on approach. 🏆 Proud Achievements: AKA Energy Systems, known for innovation, recently introduced a groundbreaking "Solid-State" DC tie switch. Andrew, proud to be part of this project, witnessed the product's crucial role during a vessel's short circuit event, isolating the fault and preventing a blackout. The journey from concept to implementation brought immense gratification. 💡 Inspiration: Andrew draws inspiration from dynamic challenges, problem-solving prospects, and cutting-edge marine and land-based power engineering technology. The evolving nature of the power engineering market fuels his commitment to excel in the field. 🚀 Advice for Aspiring Engineers: He acknowledges the challenges, stress, and long workdays that come with the territory but emphasizes seeking support from friends, family, and colleagues. Andrew encourages aspiring engineers to pursue work that excites and motivates them and leaves them with Scott Adams's words: "Engineers like to solve problems. If no problems are handily available, they will create their own problems." Andrew powers AKA's innovation and seamless solutions in marine and land-based projects. 🛳️🔧 #AKAEnergySystems #AheadofTheCurrent #InnovativeEngineering #EmployeeSpotlight

Reposting this insightful publication about 4fores capabilities in the area of "𝗣𝗼𝘄𝗲𝗿 𝗦𝘆𝘀𝘁𝗲𝗺 𝘀𝘁𝘂𝗱𝗶𝗲𝘀".

"Excited to announce that I've successfully completed the ETAP course! 🎉 Through this comprehensive program, I've gained in-depth knowledge and practical skills in electrical power systems analysis and design. Big thanks to POWER PROJECTS for providing such an insightful and valuable ETAP course! Looking forward to applying my newfound knowledge to contribute effectively in power engineering projects.. My special thanks to my trainers @karthick Kavitha Paramanandan Sathish Kumaran TS Dr. Hidayathullah M Abha Tripathi Malathi Dhuraisamy #ETAP #Powersystemstudies #valueadded #ContinuousLearning

By the grace of God, the discussion on a Bachelor's thesis in Electrical Power and Machines Engineering has been concluded with a graduation project grade "A+". This project consists of three parts as following: In the First part, electrical distribution design of a hospital is explained in detail including lighting schemes, and cable selection and protection system etc. Different design methodologies have been applied throughout the work. While in the second part a complete design with feasibility study for on grid solar PV system is presented. Finaly, in the third part an automation system for healthcare internal logistics is implemented.