Certain electrical loads such as motors, furnaces etc. can cause electrical systems to be very inductive. This leads to a “lagging power factor” which in turn causes poor power efficiency, thereby increasing the apparent power drawn from the distribution network. As a result of all this there is overloading of Transformer, Bus bars, Switch gears, Cables and other distribution devices. In order to prevent this, the State Electricity Boards / Utility companies impose power tariff & penalties if the power factor is below a certain limit.
In order to maintain the power factor in the requisite range, you have to, depending on the inductive load, connect or disconnect the power factor correction capacitors. However in most realistic scenarios manual switching is just impossible as the load fluctuates rapidly fluctuating (e.g. motors turn on or off frequently).
Hence it is imperative for any Industry / Consumer to install an automatic power factor controller system in order to avoid Power Factor penalty and also to Save Energy. Such systems work by continuously monitoring the power factor and making appropriate corrections to it thus maintaining the Power Factor within the required range.
ConnectedSCADA’s cutting edge, IoT gateway based Automatic Power Factor Control System (APFCs) is the ideal solution for this situation. We are one of the leading providers of IoT gateway / controllers driven solutions which excel in data acquisition, transmission (3G/LTE/Wifi) and computing in order to help you use intelligent systems.
Our solution is guaranteed to save energy, prevent penalties and mitigate any harmful effects caused by low power factor thus protecting your equipment and increasing its life. The capacitor banks have a very long life which also means that the RoI happens in a very short period. Apart from this, our team of highly trained experts guides your through the installation and mentors you so as to guarantee a smooth installation and transition.
If you want to know more about our IoT based Power Factor Control system please feel free to contact us…
- Accuracy of +0.8% for Reactive Power, + 0.5% for Current 4 steps to operate Capacitor Circuits.
- Precise and quick relay controls
- Monitoring of harmonic levels continuously with alarm and safety trip facility
- Zero voltage & Zero current tripping with alarm signals
- Manual/Automatic operation with ability to switch each individual Capacitor
- Since it is IoT based, you have access to real time information
- It can easily be installed at remote location and can be monitored and maintained from a central location
- Reduction in MD kVA
- Reduction in kWHr Consumption
- Reduction in kVAHr Charges
- Avoidance of PF Penalty
- Availing PF Incentive
- Reduction/Avoidance of End Termination Darkening or Burn Outs
- Reduction/Avoidance of Motor winding Failures
- Improved System Performance due to Healthy Voltage
- Low Electric Break Downs/ Reduced Plant Down Time