1.What you need to buy?
Split core current transformer from Zentar(CT313@100A)
Mircocontroller
Display
Resistors
Capacitors
Protoboards
Headphone jacks
2.Design a case by one-time 3D printer
3.Design a system to ingest data from energy monitors
4.Archiving data
5.Calculate the consumption in total
6.Arduino sofeware
7.Install current transformer
8.Expose data
9.Develop app
10.Read the datas and enjoy by yourself
Voltage transformers (VTs) are essential in electrical power systems, ensuring accurate voltage measurements and system protection. But here’s the catch—these transformers behave differently depending on frequency. Testing a voltage transformer at 50Hz versus 60Hz isn’t just about a simple number change. The shift in frequency affects magnetic flux, impedance, losses,
Current transformers (CTs) play a critical role in electrical systems by ensuring accurate current measurement for protection and metering purposes. However, like any other piece of technology, they are prone to errors that can affect their accuracy. In this article, we’ll explore the common sources of errors in current transformers,
As the world’s leading trade fair for electronics, Electronica Munich 2024 brought together professionals from across the globe to explore cutting-edge technologies, network, and discover valuable partnerships. A detailed attendee survey revealed fascinating insights into visitor priorities, supplier selection criteria, and post-event engagement strategies. What Drives Attendees to Electronica Munich?
Some suggestions on how to use hysteresis loop characteristics in the manufacture of current transformers A current transformer (CT) is an electrical device used to measure or monitor alternating current (AC) in a power system. Its operating principle is based on the use of the hysteresis characteristics of magnetic materials