Jordan Transformer LLC’s Post

Frustrated by the long lead times for substation transformers? 😣 Right now, you can revitalize your existing 69kV-230kV transformers in 12 months from full scope of work when you remanufacture with us. Learn why many utilities and industrial companies are choosing this option and request a quote at https://lnkd.in/g-vcSVWr #substation #transformers #remanufacturing

Take a peek inside a cutting-edge substation powering today's grid. This carousel explores key equipment like transformers, circuit breakers, busbars, switchgear, and control systems that ensure reliable and efficient power transmission and distribution. #SubstationTech #GridInfrastructure #PowerSystems

Step-Up and Step-Down Transformers Step-up transformers increase voltage from the generator to transmission levels, enabling efficient long-distance power transmission. Step-down transformers decrease voltage for distribution and consumption, ensuring that electricity reaches consumers at safe and usable voltage levels. #Electrical_Engineering #Transformers #Power_Transformers

Types of Fault in Power Systems #powerdistribution #electricalengineering #electricaldesign #electricalservices

Why is the power factor in generators 0.8? For example; How can we choose the alternator if the power factor of our electrical load is 0.6? We all know the power triangle in electricity. The ratio of real power to apparent power gives the power factor. Under ideal conditions, no phase shift occurs between current and voltage. However, the presence of inductive and capacitive loads causes phase shift. (in forward or reverse direction) Generators are labeled by manufacturers according to a power factor of 0.8. Although this is a tradition, the assumption that feeding inductive loads will keep the power factor around 0.8 stands out. In addition, the ISO8528-1 standard says to use the power factor as 0.8 unless stated otherwise. So how should you choose the generator if the power factor of your load is 0.6 inductive? Below is the operating curve of an alternator whose standard power is determined according to the power factor 0.8. ( STAMFORD | AvK brand S6L1D-D4 Wdg. 311 model product pf: 0.8, class H power for 400 V and 50Hz : 940kVA) According to the alternator curve, if the power factor of our load is inductively 0.6, we can find the active, reactive and apparent power values by drawing lines as seen in the picture below. If the alternator does not operate within the current limit values under these conditions, it will have difficulty. With an inductive power factor of 0.6, the power information of the alternator is approximately as follows: Apparent Power: 940*(0.916) ≈ 861.6 kVA Active Power: 940*(0.550) ≈ 517 kW Reactive Power: 940*(0.733) ≈ 689.2 kVAR Let's verify the result: Power factor = Active Power / Apparent Power Power Factor = 517 / 861.6 ≈ 0.6 #electrical #generator #arkengenerator #stamford #engineering #alternator #powerfactor #load #transformer

Testing Medium-Voltage (#MV) Switchgear Requires A Broad Range of Expertise Like their #testers, medium-voltage #switchgear are genuine all-rounders. They operate across a wide voltage range from 1 kV to over 36 kV and under varied ambient conditions and they must also guarantee a reliable supply of #energy to regions, cities, communities and #industrial facilities. Numerous #factors, which are outlined below have to be taken into account during the #planning, #operation and #testing of these #installations. This #article also describes some appropriate testing #solutions…

44KV Substation Upgrade Project.  44KV switchgear, 5MVA transformer, and 5000A distribution with cable trench.  Great project.  A little compact. #substation #highvoltage

Faults in power system

Why are Transformers rated in kVA, not kW? Transformers are rated in kVA because of the power loss occurring in the transformers. The losses in a transformer depend on volt-ampere (VA) only rather than the power factor of the load. Can you name any other reasons? Let us know in the comments. #engineering #electricalengineering #transformers #powerdistribution #transformer

Transformers play a crucial role in keeping the power flowing smoothly. That's why regular maintenance is essential to ensure optimal performance and longevity! 💯 At H&H Transformer, we understand the importance of transformer maintenance, and we've got you covered! Here's why you should prioritize transformer maintenance: 🔧 Enhanced Efficiency: Regular maintenance helps identify any potential issues or signs of wear and tear, allowing for timely repairs or replacements. This ensures that your transformers operate at their highest efficiency, reducing energy waste and saving you money in the long run. 💡 Reliable Power Supply: By scheduling routine maintenance, you can minimize the risk of unexpected breakdowns or power outages. Keeping your transformers in top condition means a more reliable power supply for your business, preventing costly disruptions. 📆 Extended Lifespan: Just like any equipment, transformers have a lifespan. Proper maintenance practices, such as cleaning, testing, and lubricating, can help extend their lifespan, postponing the need for expensive replacements. 👨🔧 Professional Expertise: Entrust your transformer maintenance to our team of experienced professionals who have the knowledge and skills to handle all aspects of transformer care. We follow industry best practices and use advanced techniques to ensure top-notch maintenance and optimal performance. Don't overlook the importance of transformer maintenance. Contact us today to schedule your routine maintenance and keep your power supply in tip-top shape! ⚡www.handhtransformer.com 📲 (866) 840-7634 #handhtransformer #transformer911 #transformers #electricity #power #transformerrepair #transformermaintenance #transformerservice #DGA #FR3 #FR3fluid #electricalengineering #powerindustry #powertransformers #powerdistribution #lowvoltage #highvoltage #mediumvoltage #startseeinggreen #energy