Jindal's AVC is an industrial-grade Automatic Voltage Controller manufactured by South Asia's Largest Power Control Company. It resolves 99% of voltage problems automatically, ensuring steady voltage supply round the clock with up to 30% energy savings and 80% reduction in equipment breakdowns.
Up to 80% reduction in breakdown of electrical equipment. Stable voltage prevents premature failure of motors, compressors, and other machinery caused by voltage fluctuations.
Up to 30% savings in electricity costs. By regulating voltage to optimal levels, the AVC eliminates wasteful overconsumption of power, directly reducing electricity bills.
Ensures continuity in production by eliminating downtime caused by voltage-related equipment failures, keeping the plant running at full capacity round the clock.
Maintains consistent voltage supply, resulting in consistent output quality, fewer rejections, and reduced rework across manufacturing processes.
Voltage variation is a common phenomenon across the world, especially in developing and under-developed nations. It manifests as Low Voltage/Sags, High Voltage/Surges, and Unbalanced Voltage — all of which can cause frequent equipment breakdowns, high electricity consumption, loss of production, quality rejections, high diesel costs, and loss of data.
Jindal's AVC addresses these challenges using Linear Type On-Load Voltage Regulators with Stepless Regulation (also known as Vertical Rolling Contact or Columnar Design). Just as the human body needs a constant temperature of 98.4°F to function effectively, electrical equipment requires a constant voltage supply of 400V to last longer and run efficiently. Electric motors draw excessively high current at high/low voltage causing premature failure, while bulbs and luminaires can consume up to 40% more power at high voltage, lasting only 10% of their normal life.
Jindal's AVC not only stabilizes incoming voltage fluctuations but also saves energy up to 30% and reduces breakdowns up to 80%. It ensures continuity in production and consistency in quality despite incoming voltage variations. The pay-back period for the cost of the AVC is typically between 6 to 18 months, depending upon the nature and duration of load and the extent of voltage variation.
Trusted in more than 35 countries across 5 continents, with 51+ years of leadership, 174+ Sales & Service Centres across India & Abroad, and 25,000+ installations across industry.
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