Dynamic Reactive Power Compensation at Three Locations
The Dynamic Reactive Power Compensation project, with a budget of BD 35.4 million, aims to boost the stability and reliability of Bahrain's power grid. It includes the installation of systems that offer automatic control of power reactors, providing enhanced reactive power compensation.
Key Project Facts:
The Dynamic Reactive Power Compensation project, with a budget of BD 35.4 million, is designed to enhance the stability and reliability of Bahrain's power grid. This initiative involves the installation of 200 MVar STATCOM systems, which provide dynamic control of reactive power in response to system demands, thereby improving reactive power compensation. Additionally, the project includes the automatic control of power reactors distributed across the electricity transmission network.
Enhance stability and reliability of Bahrain's power grid while facilitating power exchange with GCC countries via the GCC Interconnection Authority, promoting regional energy cooperation and reliability.
Three 200 MVAr, 220 kV STATCOM systems at Hidd Grid, Riffa Grid, and Manama BSP.
Enhances voltage stability and reduces the risk of fluctuations and disruptions through automatic control of power reactors, decreasing the likelihood of blackouts and load shedding, and supporting Bahrain's growing electricity demand with a more resilient infrastructure.
By controlling reactive power, the STATCOM helps maintain consistent voltage levels, reducing the risk of voltage changes and disruptions
The improved power efficiency and balanced power flow ensure a more reliable power supply
With a stronger network, the power grid can meet the demand of Bahrain's increasing electricity needs.
The STATCOM helps fix problems like voltage drops, spikes, and distortions, resulting in improved power quality.
By managing the power flow and voltage levels, the STATCOM enhances the efficiency of the power transmission network, reducing losses and improving performance.
STATCOM makes it easier to connect renewable energy sources to the power grid, supporting clean energy efforts.
