Joshua Yun

Beyond SF6 ——> SF6 has served a vital role as a miraculous human innovation enabling the evolution of high voltage switchgear. But it is now time to move on. We owe it to succeeding generations to make the investment to develop what comes next. Please come by booth #3260 and let’s discuss one important step in the right direction. GWP = ZERO!

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Increase segmentation and improve #reliability with S&C's IntelliRupter® PulseCloser® Fault Interrupter. This device segments feeders further than conventional reclosers to reduce the number of customers impacted by #outages. https://ow.ly/Jla330sEANh #IntelliRupter

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Curious about #innovation in #PowerAmplifier #technology? Check out this on-demand Microwave Journal webinar to learn about the latest in #AIML optimization, high-efficiency architectures, thermal solutions, materials/substrates, and power combing technologies: https://gag.gl/s2QDqZ

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70% of overhead distribution transformer fuse operations are for temporary faults, which typically cluster into pockets and impact #CustomerSatisfaction. S&C’s VacuFuse® II Self-Resetting Interrupter addresses these troublesome spots on your grid. #VacuFuse https://ow.ly/oOyN30sCFi4

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How to program easily an #AC rectified sinewave generation with a #DC power supply? Information: https://lnkd.in/e4iPCz-F #powersupply #powerelectronics

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ACT is right around the corner. Schedule a Meeting with the Pii Team at ACT Top Ten Reasons to Look to Power Innovations for your Level 3 DC Fast Chargers 1)NO 480V AC Input ~ No Problem 2)Wide Range AC input voltages all in one SKU: 240 Single Phase, 208/240 3Phase Delta and 480 3Phase Wye AC Inputs on our 30kW unit  208/240 3Phase delta and 480 3Phase Wye AC Inputs on all Units 60 to 180kW 3)No Derating of power at lower AC Input Levels: You get all the kW you paid for. Unlike others out there in the market. 4)Very Low Maintenance: Once every 12 mos 5)No need for a Step-Up Transformer: Step-Up transformers range from 10 to 50k and have a very long lead time. 6)Rapid Charging: Our DC Fast Chargers are designed to provide high-speed charging, allowing for quick turnaround times and increased efficiency. 7)Reliability: We prioritize reliability in our products, ensuring consistent performance and minimal downtime. 8)Scalability: Our charging solutions are scalable to accommodate future growth and evolving needs, providing a long-term investment for your organization. 9)Support Services: We offer comprehensive US-based support services to assist with installation, maintenance, and troubleshooting, ensuring a smooth experience throughout the lifecycle of your charging infrastructure. 10)BackEnd Agnostic: We can implement with anyone's CMS using OCPP 1.6J #evchargers #evcharging #evinfrastructure #powerinnovationsinternational #no480noproblem

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iONTEK™️- The House of Power | Voltage Regulator | Power Supply - UPS #ESG #GRI Voltage regulators are pivotal in the decarbonization journey of electrical systems and power generation. Here's how they play a significant role: - **Efficient Power Transmission**: By maintaining stable voltage levels in electrical grids, voltage regulators reduce energy losses during power transmission. This increased efficiency results in less energy wastage, ultimately lowering carbon emissions linked to power generation. - **Integration of Renewable Energy Sources**: Voltage regulators facilitate the integration of renewable energy sources like solar and wind power by stabilizing voltage levels. This ensures the grid can handle fluctuations in power supply, promoting the use of renewable energy and decreasing reliance on fossil fuels. - **Energy Efficiency**: Voltage regulators enhance the energy efficiency of electrical devices by providing a stable voltage supply. This leads to lower energy consumption and reduced carbon emissions from electricity generation. - **Smart Grid Technologies**: Essential for smart grid systems, voltage regulators enable real-time monitoring and control of voltage levels. This optimization of energy distribution helps in reducing peak demand, integrating more renewable energy sources, and subsequently lowering carbon emissions in the power sector. - **Electric Vehicle Charging Infrastructure**: Voltage regulators play a crucial role in managing stable voltage levels at charging stations for electric vehicles, supporting the growth of EVs and reducing carbon emissions from the transportation sector. In summary, voltage regulators are key in enhancing efficiency, reliability, and the integration of renewable energy sources in electrical systems. By promoting a stable and efficient grid, voltage regulators contribute significantly to decarbonization efforts, reducing energy waste, and fostering the transition towards a cleaner energy future.

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https://lnkd.in/gKPAEukx 1.5 MVA Pad Mount Transformer - 34500Y/19920 Grounded Wye Primary 12470Y/7200 Grounded Wye Secondary #electronics #padmount #residentialpower #transformers #IndustrialPower #electricity #voltage

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Demystifying Shielded Cable vs. Unshielded Cable: Making the Right Choice for Your Application Today, we're diving deep into the age-old debate of shielded cable vs. unshielded cable—a topic that's been the subject of much discussion and confusion in the world of electrical engineering. Get ready to arm yourself with the knowledge you need to make an informed decision for your next project. Shielded Cable: Fortified Defense Against Electromagnetic Interference Let's kick things off with shielded cable—the stalwart defender against electromagnetic interference (EMI) and radio frequency interference (RFI). With its additional layer of shielding, typically made from materials such as foil or braided wire, shielded cable provides an extra line of defense against external electromagnetic disturbances that can wreak havoc on signal integrity and performance. When it comes to applications that demand pristine signal quality and reliability, shielded cable is the undisputed champion. From high-speed data transmission and telecommunications to industrial automation and medical equipment, shielded cable offers unparalleled protection and peace of mind in environments with high levels of electrical noise. Unshielded Cable: Streamlined Simplicity for Everyday Applications On the other hand, we have unshielded cable—a tried-and-true workhorse known for its simplicity, affordability, and versatility. Without the added layer of shielding, unshielded cable boasts a more streamlined design and lower cost, making it an attractive option for a wide range of everyday applications where EMI and RFI are not significant concerns. While unshielded cable may not offer the same level of protection as its shielded counterpart, it remains a reliable and practical choice for countless applications across industries. From basic household wiring and consumer electronics to automotive systems and networking infrastructure, unshielded cable excels in situations where cost-effectiveness and ease of installation are top priorities. Choosing the Right Cable for Your Needs Now, the million-dollar question: which one do you need? The answer depends on your specific requirements, priorities, and environmental factors. If you're working in environments with high levels of electromagnetic interference or designing systems that demand uncompromising signal integrity, shielded cable is the clear choice. At the end of the day, the key is to carefully evaluate your project requirements and select the cable that best aligns with your goals and constraints. Join the Conversation In conclusion, the debate between shielded cable and unshielded cable is one that has raged on for decades, and for good reason. Each type of cable offers its own unique advantages and considerations, and the key is to weigh these factors carefully to determine which one is the perfect fit for your specific needs. #cable #wire #wireharness #wiresolutions

New material for DEVIA Extreme Speed Series C To C PD 60W Woven Fast Cable Devia always brings you surprises 🤲🤲 1. Enhanced durability: lce-clear Protective Shell 2. Powerful 3A Current can protect your phone more safety

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How to program easily an #AC rectified sinewave generation with a #DC power supply? Information: https://lnkd.in/dW5XKryG #powerelectronics

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How to Wire a Push Button Switch in Electrical Switches Are you a B2B buyer in the electrical switches industry? Do you want to know what, why, and how to wire a push button switch? Look no further! In this article, we will guide you through the process of wiring a push button switch, ensuring that you have a solid understanding of the topic. So, let’s get started! 💡🔌📚 Firstly, let’s begin with the basics. To wire a push button switch, you’ll need a few essential components: the push button switch itself, a power source, and the device or circuit you want to control. Think of it as connecting the dots in a circuit puzzle! 🧩💡 #ElectricalSwitches #PushButtonSwitch Now that you have your components ready, it’s time to start wiring. Begin by identifying the terminals on your push button switch. Typically, there are two terminals labeled as “NO” (Normally Open) and “NC” (Normally Closed). These terminals determine the behavior of the switch when it’s pressed. Are you ready to explore the possibilities? Let’s dive in! 💪🔌🔍 #Wiring101 #KnowYourTerminals To start wiring, connect one terminal of your power source to the “C” (common) terminal on the push button switch. This will ensure that power flows through the switch when it’s pressed. Remember, electricity is like a river flowing through a circuit! Now, let’s navigate through the current and continue our journey. 🌊⚡️🧭 #PowerFlow #FollowTheCurrent Next, connect one end of your device or circuit to the “NO” (Normally Open) terminal on the push button switch. This configuration allows the circuit to close and complete when the switch is pressed. Imagine it as opening and closing a door for electricity to pass through! Ready to let the current flow? Let’s open new doors together! 🚪⚡️👥 #OpenTheCircuit #LetItFlow Now, what if you want to reverse the behavior of the switch? That’s where the “NC” (Normally Closed) terminal comes into play. Connect one end of your device or circuit to the “NC” terminal instead of the “NO” terminal. This configuration ensures that the circuit is normally closed and opens when the switch is pressed. It’s like a gate waiting to be opened! Are you ready to unlock new possibilities? 🗝️🔌🚀 #ReverseTheFlow #UnlockPotential In conclusion, wiring a push button switch in electrical switches is a straightforward process once you understand the basics. By following these steps, you can control the flow of electricity with ease. Remember, it’s all about connecting the dots and opening new doors for electrical currents to pass through. So, go ahead and wire your push button switch confidently! 💡🔌🤝 #SwitchWiringMadeEasy #PowerControl ✍️ With WEUP 📧: sales@cweup.com 🌐: https://nuel.ink/znrHRp

Need a bunch of different measurements to characterize the performance of your #FrequencyConverter or mixer? Learn how the ENA-X network analyzer solution helps you simplify your setup and reduce test cycle time, without sacrificing measurement quality: https://lnkd.in/gZiPyUXZ? #EVM #NetworkAnalysis #RF #TestEngineer

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Happy Earth Day! 🌎 Chroma's regenerative AC & DC sources and loads can more closely simulate real-word operating environments, reduce the number of instruments needed in your test lab, and reduce energy usage over traditional test equipment which can only discharge power in the form of heat. When used widely in high power applications, this testing technology saves electricity costs and promises to significantly reduce carbon footprints around the globe. Learn more at https://lnkd.in/gMqf7a_G #ProtectThePlanet

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Check out Cummins Power Generation's recently released white paper, “Neutral Grounding Resistors and Powercommand with Ampsentry™” Written by Gary Olson, a 40-year+ veteran of the power generation industry, this piece outlines why for most applications, there is no need for use of a grounding resistor when a Cummins genset is provided—even with medium voltage generator sets. Click below to learn more by reading the full white paper today!

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Upgrade your existing Panel General Arrangement, With... + Lesser copper + Smaller cabinet + Pre-tested short Circuit & Temperature rise Curious ? lets see how your panel looks like Rittal Energy & Power Solutions

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Hundreds of substations, thousands of transformers. How do you ensure they’re all functioning optimally without drastically increasing your field maintenance costs? Duke Energy offloaded cumbersome DGA testing to the OPT100 and saved. You can too when you install advanced monitoring from Vaisala.

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