ELA + Synergy’s Post

🌟 The energy consumption of a machine tool or an entire production system is often a significant factor in manufacturing costs. Even if the machine tool is producing, other parts of the system or electrical loads can cause significant energy costs, when they are on hold, at partial load or at a standstill.  ✅ Join our webinar “Energy monitoring for industrial machinery” on July, 22nd and learn more about:  🔹 Which minimum of additional components is necessary to build up an energy monitoring  🔹 How are the energy data's and the current machine state is transferred from all the sensors to the Programmable Logic Controllers and then evaluated & visualized  🔹 Strategies for minimizing energy consumption  ✅ Register now for free and choose the session that best suits to your calendar:  🕘 option #1 at 9 AM (UTC +2) 👉 https://lnkd.in/dj6_wsjr  🕓 option #2 at 4 PM (UTC +2) 👉 https://lnkd.in/dj6_wsjr  #PowerDistribution #LowVoltage #Energymonitoring #Industrialmachinery 

#EV_Charging_Panel_Board Market Key Players Analysis and Forecast To 2032 by Value Market Research >> https://lnkd.in/gR25iTmE The #EV charging panel board is an #electrical or distribution board specifically designed for #electric vehicle (EV) charging #stations. These panels #manage electricity distribution from the main #power source to the #charging units, ensuring safe and #efficient charging. They may incorporate #circuit breakers, surge protection, #metering, and connectivity features for #remote monitoring and control of charging #stations. ABB AeroVironment Alfen Bosch ChargePoint ClipperCreek Delta Electronics Eaton Efacec Enel X EVBox Juicebox newmotion Pod Point Schneider Electric SemaConnect #EVcharging #chargingpanel #distributionboard #electricvehicle #chargingstations #communications #marketgrowth #semiconductors #electronics

Introducing our groundbreaking Solar Direction Tracking System – revolutionizing solar panel efficiency by maximizing sunlight consumption. Operating in two axes, each equipped with dual LDRs positioned at opposite ends, our system ensures precise tracking of the sun's position throughout the day. Powered by Arduino, our intelligent control system seamlessly orchestrates the synchronized movement of stepper motors, optimizing panel orientation for optimal exposure. But what sets our system apart is its precision engineering: with carefully calibrated gear wheels and stepper motors, we achieve unparalleled accuracy in solar panel alignment. Every turn counts, ensuring that your panels capture every available ray of sunlight, maximizing energy production and efficiency. #SolarPower #RenewableEnergy #Efficiency

Join us for DISTRIBUTECH International in Orlando starting next week! Visit booth #2060 to learn how utilities are leveraging our critical asset monitoring solutions to minimize the risks and costs associated with downtime for their circuit breakers, distribution transformers, UPS systems, and more. Also - If you’re looking to rapidly deploy EV chargers, don’t miss the chance to see NexPhase™ - our turnkey electrical infrastructure solution for DC fast charger sites. Will we see you there? Comment below to let us know! #utilities #gridtechnology #gridmodernization #powerutilities #gridsolutions #smartgrid #smartgridsolutions #Distributech #DISTRIBUTECH2024

I am happy to share with you the exciting news of the publication of my paper titled "Minimum Inductor Current Tracking in DAB-based Isolated DC/DC Converter for Q Control with Harmonic Analysis Approach Employing FOGI Filter for EV Applications" in the prestigious IEEE Transactions on Transportation Electrification. The paper is available online with DOI 10.1109/TTE.2024.3362532. This publication represents the culmination of extensive research and collaboration, focusing on enhancing the efficiency and performance of isolated DC/DC converters for electric vehicle (EV) applications. In particular, our work introduces a novel approach to minimum inductor current tracking utilizing a Dual Active Bridge (DAB)-based converter, incorporating Q control and harmonic analysis techniques employing FOGI (First Order Generalized Integrator) filters. Our findings provide valuable insights into improving the functionality and efficiency of power electronics systems essential for the advancement of electric transportation. Through rigorous analysis and experimentation, we have demonstrated the efficacy of our proposed methodology in optimizing converter performance while addressing critical challenges in EV power management. I am grateful for the support and collaboration of my supervisor Dr. Amritesh Kumar, and co-authors whose contributions have been integral to the success of this research endeavor. Additionally, I extend my appreciation to the reviewers and editors at IEEE Transactions on Transportation Electrification for their valuable feedback and guidance throughout the publication process. It is my hope that this paper will contribute significantly to the advancement of transportation electrification and inspire further innovation in the field of power electronics for EV applications.

SMART ELECTRIC POWER COMPANIES     YOUR, ADAVANCED NEW LARGE INCOME GENERATING BUSSINESS MODEL FOR POWER UTILITIES!!     Sadly, Intelligent advancement in utility companies is not happening except in generation and that is merely one piece of a three-legged chair. Simply-You cannot have an intelligent grid without having holistic end point customers controls.    Friends, the biggest real opportunities are outside the box like our AIS which creates superior operations reducing or eliminating many current issues like blackouts and making you a lot more money and so much more.     Below are three facts of many.    FACT 1- Electric power utilities of all types are leaving billions of dollars on the table.     FACT 2 -You can double or more your net income from the same assets and on about the same cost, you are already spending today.     FACT 3- Vastly improved operational controls, sensors, and communication platform networks.     This is not an exaggeration like you hear far too often today.     How this works is we set up a pilot in a housing area you choose and customize the AIS system with you and your partners to include all needs of your utility. We minimize any and all learning curves we can. You can later roll the system out in any number where and when you decide.     If you want to know more, let us talk.  Thank You,  Stephen Williams   

Engineered for accuracy and durability, they are suited to deliver precision current measurements in DC applications like renewable energy or transportation. Choose from several factors including split-core DC current sensors, or DC voltage sensors. https://zurl.co/7to8

Reliable high-density, high-performance, and for some applications, high-power #microelectronics with an incredibly powerful, integrated #cooling capacity. TNO’s High Performance Thermal Management Technology is making it possible. Whether regarding #powerelectronics in #electricvehicles , #serverboards in #datacenter racks, or 5G/6G antenna base stations, microelectronics manufacturers and suppliers are constantly challenged to improve the performance of their products. Electric-vehicle owners want longer ranges and shorter charging times, while #datacenters are always on the lookout for installations that will take up less valuable floor space and use less #power and #water. Developers of antenna base stations seek sustainable, lightning-fast communication in ever-smaller, more efficient and maintenance free #telecom infrastructures. https://lnkd.in/ezUtKxaP #datacentre #sustainability #rechenzentrum #centrodedatos #hyperscaler #innovation

🌟The energy consumption of a machine tool or an entire production system is often a significant factor in manufacturing costs. Even if the machine tool is producing, other parts of the system or electrical loads can cause significant energy costs, when they are on hold, at partial load or at a standstill. 🌟 Join our webinar on July, 22nd and learn more about: 🔹 Which minimum of additional components is necessary to build up an energy monitoring 🔹 How are the energy data's and the current machine state is transferred from all the sensors to the PLC and then evaluated&visualized 🔹 Strategies for minimizing energy consumption Register now for free and choose the session that best suits to your calendar: 🕘 option #1 at 9 AM (UTC +2)👉https://sie.ag/5kCitL 🕓 option #2 at 4 PM (UTC +2)👉https://sie.ag/5kCitL #PowerDistribution #LowVoltage #Energymonitoring #Industrialmachinery