Shunt reactor are basically inductive loads used to absorb reactive power, thereby reduce overall voltage generated by line capacitance. It is used for improving the energy efficiency of a system. These devices are generally used for reactive power compensation in long high-voltage cable systems and transmission lines.
Global shunt reactor marketsize has shown optimistic growth in past which is anticipated to scale up to USD 4.26 Billion by the end of 2025. The key drivers of shunt reactors across the globe includes growing energy demand, growing investments on power transmission & distribution network, addition of high transmission lines and establishment of renewable energy plants.
However, there are some factors that may hamper the overall growth such as increasing demand for alternative technologies like HVDC systems and FACTS. Besides, instability seen in cost of raw materials used for manufacturing of shunt reactors like gauge devices, capillary tubes, radiators, steel sheets, copper conductors, silica gel, etc. The design of smart grid technologies and constant surge in the development of power generation technologies are some of the factors that is expected to offer multiple growth opportunities across the globe. This market foresees optimistic growth prospects in emerging countries like China and India.
Read more: SHUNT REACTOR MARKET 2020 SIZE ANALYSIS, TRENDS, TOP MANUFACTURERS, SHARE, GROWTH, STATISTICS, OPPORTUNITIES AND FORECAST TO 2025