Automatic Power Factor Improvement Panels are electrical systems that improve the power factor of an electrical power system in a facility. They are designed to automatically adjust the amount of reactive power in an electrical system, which leads to bringing the power factor closer to 1.0, which is believed to be optimal.
Cost savings:
With the improved power factor, your facilities can diminish the amount of extra KVA that is charged by their utility. It results in cost savings on their energy bill.
Energy efficiency:
Automatic power factor improvement panels are used to improve the power factor of a facility. So, you’ll be able to save energy by reducing the amount of reactive power being consumed.
Increased system capacity:
With the successful installation of the panel, your business setting can boost the capacity of its electrical system, allowing them to add more loads without having to upgrade its electrical infrastructure.
Improved system performance:
Automatic power factor improvement panels can help to improve the overall performance of a facility’s electrical system by reducing voltage drop and ensuring that equipment is operating at the correct voltage.
Reduced wear and tear:
Automatic Power Factor Improvement Panels enable your facilities to reduce the amount of reactive power that is being consumed. This allows to reduce the wear and tear on electrical equipment.
Increased safety:
Also, the automatic power factor panels can enhance the safety of your facility’s electrical system. It does this by eliminating the risk of equipment failure and electrical fires.
Improved power quality:
Further, the panel is used as it helps improve the power quality of a facility’s electrical system by reducing voltage fluctuations and harmonics. This results in improved reliability of equipment and processes.
Conclusion Automatic Power Factor Improvement Panels use capacitors to inject reactive power into the system, which helps to balance the active power (also known as “real power”) being used. The panel has the potential to decrease the loss of energy and enhance the efficiency of your facility’s electrical system. These panels are suitable for commercial and industrial settings where large electrical loads are used.
