Turntide Technologies’ Post

🔌 Excited to Share Our Latest Research! 🔌 I'm thrilled to announce that our Labs latest work has been published in the International Journal of Electrical Power & Energy Systems (Elsevier). 📘 Paper Title: An Open-end winding hybrid transformer for low voltage distribution grids 🔍 Key Highlights: 1)-Innovative Design: Our configuration uses a standard distribution transformer with an open-end secondary winding and a four-legged inverter with a floating DC bus. 2)-Simplified Approach: Eliminates the need for a bidirectional converter and auxiliary transformer windings. 3)-Advanced Control: Utilizes the fourth leg of the inverter to manage neutral line current. 4)-Voltage Regulation: Provides phase voltage control at the distribution grid edge, compensating for sags, swells, and interruptions. #MultilevelInverters #PowerSystems #HybridTransformers #SmartGrid #VoltageControl

The effects of harmonics are not always properly understood. Often enough the focus is only on the equipment producing the harmonics and other equipment that are suffering are overlooked. I like to take a step back and look at the larger picture. Don’t hesitate to reach out to me or a colleague if you would like to learn more about this subject. We could talk about harmonics all day long! 

This week’s office in Eaton’s Experience Centre in Pittsburgh PA USA conducting a week long session on power systems analysis and the joys associated with circuit analysis, power flows, balanced and unbalanced faults, and power generation. ⚡️ #powersystemsanalysis #powersystems #eatontraining #electricalengineering #circuitanalysis

Robust and Reliable Solid-State Microwave Generators Crescend Technologies' solid-state microwave generators are engineered to withstand the most demanding #industrialenvironments, offering unparalleled reliability. The PTL 2.5 kW – 50 kW models feature robust construction and a modular design, ensuring long-lasting performance with minimal maintenance (versus #magnetrontechnology). Our generators include advanced safety mechanisms, such as arc detection, emergency stop inputs and comprehensive power monitoring. This feature provides peace of mind for your operations, ensuring safe and reliable performance. Our solid-state microwave generators offer a power range from 2.5 kW to 50 kW and can be combined to reach up to 1 megawatt and beyond. This scalability means you can tailor our solutions to fit your specific industrial needs, resulting in increased productivity and superior performance. Robust construction and modular design lead to long-lasting and low-maintenance operation, while advanced safety mechanisms ensure safe and reliable performance in the most demanding environments. Take the guesswork out of system optimization of microwave technology. Call us and let us run our automated system design calculator for you that will define the equipment and other variable parameters to create a solution based on your output requirements. 1-800-USA-MADE #solidstateRFenergy #cleanenergy #electrifiedindustrialpower #zeroemissionindustrialpower #CrescendRF #RobustTechnology #ReliablePerformance #SolidStateInnovation #IndustrialStrength #CrescendTechnologies #MagnetronMarket #microwave #radarsystems #industrialapplications #ContinuousMagnetrons #PulseMagnetrons #DryingHeating #plasmatechnology

Enerdoors three-phase parallel filters stand as a formidable defense against electrical noise emanating from variable frequency drives, SCRs, controllers, and high-commutation electrical equipment.  Unlike other filters, only one parallel filter is needed for any current range, making it a versatile and cost-effective choice. Compact and uniquely designed, it attenuates RF noise in lower frequencies, ensuring comprehensive protection. Applications for Parallel Filters: CNC machines Recharging station Multiple drive applications Renewable energy SCR applications #industrial #industrialautomation #manufacturing #electricalengineering #harmonics #renewableenergy #chargestation #variablefrequencydrives https://lnkd.in/eMUPR6En

Introducing the next level of power control! Say hello to our Capacitor Switch - your gateway to efficient energy management and seamless operations. Call Us Now: +91 9665066051 Web: www.datsons.com . . . #CapacitorSwitch #EnergyEfficiency #Innovation #Electronics #DatsonsElectronics #PowerFactorCorrection #APFCPanel #EfficiencyMatters #ElectricalEngineering #EnergySavings #SmartGrid #EnergyEfficiency #PowerQuality #ElectricalSolutions #GreenTechnology #IndustrialAutomation #SustainableEnergy #VoltageOptimization #EnergyManagement #PowerFactorImprovement #SaveEnergy #EnergySaver #isolationtransformer #ElectricitySolutions #PowerOptimization #autophasesequencecorrector #ReduceElectricityBills #automaticpowerfactorcorrectionpanel #PDU #CapacitorSwitch

The first day of IEEE Power & Energy Society (PES) T&D Conference is already behind us. But we hope you have some energy left... We're recharged ☕ and ready to share our new, flexible PowerCab2®️ DC power system. Come by and discover what all is in the box! While the original PowerCab gives you many choices in charger and battery configuration, cabinet, breakers, communication and more, PowerCab2 packs much more flexibility into that cabinet - including more choice of cabinet-integrated subsystems. PowerCab2 enables integration of whole new categories of subsystems, including: 🔸 AC distribution panels 🔸 transfer switches 🔸 inverters As well as other electrical equipment logically associated with the nonstop DC system. As you're probably painfully aware of, skilled installers are in short supply. Embedding these systems at our factory in the cabinet saves large amounts of engineering work, and installation labor at the jobsite: think hours instead of days. ⏱️ Want to learn more? Visit us at Booth 7015 and discover just how flexible fully assembled power can be. #CriticalPower #DCPowerSystem #FullyAssembledPower #IEEETandD

⚡ Power Up Your Efficiency with Phase Technologies' ES Variable Frequency Drive! Experience optimal energy savings and precise control for your electrical systems. Explore the cutting-edge technology at the link in the comments! #PhaseTechnologies #ESVFD #EfficientPower

If you've ever struggled with CT's secondary circuits cable lengths causing issues in your projects, this insight is for you. In current transformer (CT) work, 1 or 5 A output CTs function as "current sources." Understanding the voltage drop over the secondary circuit connected to the CT is crucial. Factors like CT winding resistance, cable length, and impedance significantly impact the permissible burden, making cable length a crucial aspect in secondary circuits. Conversely, mV output low power LPCTs act as "voltage sources." In these cases, cable length and impedance have minimal impact on the permissible burden due to the open circuit nature of voltage channels in relays and meters. Practically, cable length can vary, but shielding is essential for longer cables, changing the applicability of the classic VA burden definition. Consider exploring the benefits of mV output LPCTs for your projects and reach out if you're intrigued by this innovative technology. Contact us and let’s have a technical exchange about current and voltage measurement. ELEQ Roy de Graaf Vincent Gorte Wim L. van Turennout Marco Leusink Florian Radzibaba Ardeshir Hourfar Milan van der Zee #energymanagement #energytransition #highvoltage #measurement #currenttransformer #powerdistribution #powertransmission #transformer #transformator #emobilität #powerquality #loadbalancing #HVDC #svc #statcom #energietransitie #renewables #windpower #industrialpark #steelindustry #metals #datacenter #congestion #elektro #elektrotechniek #elektroinstallateur #technieknederland #werkvoorbereiding #engineering #laagspanning #hoogspanning #paneelbouw #kastenbouw

Hello connections 👋🏻✨, Exciting news! I am thrilled to share my mini project with you all. In my project, I designed a low-power step-up transformer that increases the voltage of an electrical signal while lowering the current. This transformer is commonly used in various electronic devices like DC-DC converters, where a higher voltage is required for efficient operation. What sets this project apart is that the transformer is smaller and has lower power ratings compared to its high-power counterparts. This makes it an ideal solution for devices that require a low-power transformer. Stay tuned for more updates on my future projects! #miniproject #team