Ian_Brooks said:I just got an internship offer related to these projects - however I've yet to find anything comprehensive off the internet when trying to educate myself on the background for this. Also non of my seniors in power and control systems couldn't give me any insight at all in this.
Any help?
Static Var Compensation (SVC) is a power system control technology that is used to regulate the voltage and reactive power flow in an electrical network. It is typically used in high voltage power systems to improve the power quality and stability.
A SVC project typically involves designing and installing a SVC system in a power network. This includes conducting a feasibility study, designing the system, procuring equipment, and implementing the system. It also involves testing, commissioning, and ongoing maintenance of the SVC system.
SVC projects provide several benefits, including improved voltage regulation, increased power transfer capability, reduced system losses, and improved power factor. They also help to mitigate voltage fluctuations and maintain system stability.
A typical SVC system consists of a static Var generator, a control system, and a capacitor bank. The static Var generator is responsible for injecting or absorbing reactive power into the system, while the control system monitors and regulates the system voltage. The capacitor bank is used to store and release reactive power as needed.
SVC systems are primarily used in high voltage power systems, such as transmission networks, to improve power quality and stability. They are also used in industries with large motor loads, such as steel mills and mining operations, to improve power factor and reduce energy costs.