Static VAR (Volt-Ampere Reactive) Generator which is also called high-voltage dynamic responsive power gadget & static synchronous compensator, performs dynamic power compensation with the help of reactive power compensation by a self-commutated control semiconductor connect inverter. Power quality has critical effect on power efficiency of static VAR generator. Good power quality lessens the vitality of energy loss and expands equipment lifespan for lower cost of static VAR generator.
Various industries are adopting a wide assortment of electronic equipment to encourage the production procedure, due to which power quality alteration has become a common problem. Compared with traditional SVC (static VAR compensator) such as the thyristor controlled reactor (TCR), capacitor reactor, modulator, and Static VAR generator; Static VAR generator is the finest solution in the most advanced dynamic reactive power compensation device all over the world.
Static VAR generator is the representative of most current innovations in VAR compensation area. SVG is associated in parallel to the grid, like a variable VAR current source. Its VAR current can change following fluctuated load VAR current quickly and automatically. It improve the stability of power transmission which helps in maintaining receiving of end voltage level and restrain voltage fluctuation and flickers.
Static VAR Generator is the gadget of stable voltage & responsive power compensation in the Flexible AC transmission system that can be utilized for controlling the flow in the transmission of the power system. Like the core of the high power voltage inverter, static VAR generator helps in maintaining the phase of the side voltage system when it is connected. Static VAR generator can guarantee the output power by enhancing the connection between the output voltage systems with the voltage amplitude. When the output voltage amplitude is more than the system side voltage, Static VAR Generator enhances the reactive power.
Static VAR generator market is anticipated to witness constant growth over the forecast period. As it has low voltage benefits, it is not affected by the mains voltage fluctuations which provides stable support to the main voltage. Another factor which is driving the static VAR generator market is that, the generators have high and low consumption rate of operation efficiency and static VAR generator are safe and highly reliable which eliminates quality difficulties, with no more amplified harmonic voltage and current which extends gadget life cycle & defends the system.
High operational costs of static VAR generator is the major restraint for the static VAR generator market. Henceforth, huge capital and high research & development cost are affecting the profit margins of static VAR generator market.
On the basis of industries, static VAR generator market is segmented into railway transportation, petrochemicals, steel manufacturing, metallurgy, medical, and building automation.
On the basis of geographical regions, the static VAR generator market is segmented into seven different regions; North America, Latin America, Eastern Europe, Western Europe, Asia-Pacific region, Japan, and the Middle East and Africa. In regional segments, Asia-Pacific is anticipated to witness relatively high growth followed by North America region.
Key Market Players:
Some of the key players in the static VAR generator market are AB power system Solution, ABB, AMSC, APAITEK Technology, Delta Group, Fuji Electric, Liaoning Mec Group Co. Ltd, Rongxin Power Electronic, S&C Electric Company, Taikai Power Electronic Company, GES group, Sieyuan Electronic, Signotron, Sinexcel, Xi'an Xi Chi electrical, Zhiming Group and few other regional players.
GES Group has taken an entirely new approach to power factor correction. SVG utilizes high speed three level inverter that reacts to changes in reactive power, injecting corrective reactive power into the system.
There are various technical features of the static VAR generator which are influencing the demand for the static VAR generator market, including stabilizing the performance on chained topological structure, and quick response due to the tri core processing system.
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