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The most critical line of defense against the power disturbance is that of a UPS. Yet the most refined UPS cannot protect against disturbances when input voltage is inconsistent-the UPS batteries must cycle more than they are designed for, reducing their lifespan. Here, AVR technology becomes essential, regulated power is fed into the UPS, smoothing input variations, extending battery life, and providing a clean and stable output. With a quarter-century of voltage stabilization technology experience, we have developed solutions that integrate flawlessly with UPS systems, delivering true end-to-end power protection.
1. The Role of AVR in UPS System Efficiency
UPS systems aren't designed to provide ongoing power, but severe drops in voltage, spikes, and long-term undervoltage are likely to trigger the battery mode where it is unwarranted. Each cycle that isn't necessary depletes battery life and increases the cost of replacements. A well-integrated AVR, based on servo motor or SCR technology, will rectify any voltage variations (within milliseconds) keeping the UPS constantly in the online mode, extending battery life and minimizing the thermal stress of the UPS's other components. This combination of components is nothing new, but it remains one of the most important best practices for facility reliability especially where there are long runtime requirements.
2. Precision Regulation Technologies for Critical Loads
Each application will have different control strategy demands, which is why our line of AVR products offers a range of topologies specifically for integration into the UPS system. Servo motor voltage regulators provide output accuracy, extreme overload capacity, which makes them ideal for industrial and data center applications where the load profile changes drastically. SCR based voltage regulators provide silent, solid-state operation and instantaneous response-perfect for sensitive network equipment and medical machinery where noise is a concern. Relay type voltage regulators offer a lower cost solution for non-critical applications where space and cost are a concern. All three platforms use core technology that we develop in house thus ensuring the most harmonious performance with any of the top UPS brands.
3. Built for Continuous Operation and Harsh Conditions
The AVR is positioned between the utility power and the UPS system-a piece of equipment designed to work 24 hours a day for years. Across 50,000 square feet of production space we have direct quality control from the metal fabrication stage through the assembly of the finished product. The state of the art software controlled processes will guarantee the power at the system's output will stay within a minimal range of fluctuation when any variation occurs at the input ensuring the UPS is never asked to take unnecessary action from the transfer switches. For a longer service life, we will design the AVR units with an attention to every detail such as the components we choose, the finishing coating applied, all culminating in a finished product that will rival the lifespan of the UPS.
4. Tailored Solutions and Industry Leadership
As the author of the National Industry Standards and an Industry Champion, as defined by the government, we go beyond manufacturing. We have absolute ownership of all our product lines so that each AVR offered comes with the security of proven technological innovation. Three phase AVR systems, customized input/output voltages, and integrated bypass features for seamless UPS system integration are available. This allows system integrators and facility managers to be confident they can deliver a solution no matter the requirement. Such leadership in regulatory standards and engineering allows us to achieve perfectly smooth power transfer from any source to the critical facility regardless of it being a data center, manufacturing plant or healthcare environment. A combination of AVR and UPS will reduce operational costs, extend equipment life, and eliminate the hidden damage often associated with the typical voltage fluctuations. Decade long expertise, proprietary core technology and an emphasis on perfection provide all the stability the critical infrastructure demands when power transfers take place.