Innovative Technology Brings Eco-Friendly UPS that also Cuts Down Energy Costs

UPS systems play a vital role in an IT infrastructure. However, the high energy costs and carbon emissions have led to the need for a more refined and advanced system.

Power protection in critical businesses is an important feature that made UPS systems extremely popular. Many data centers have run for more than 20 years after installations due to the advantage of a UPS. However, in the recent years, the demand has increased exponentially, also increasing the carbon emissions and energy costs for companies. This has encouraged data center operators to adopt new innovative technologies to match the requirements that legacy systems don’t fulfill anymore.

Rising Demand for Innovation

Online business transactions processing has increased so much that it is more important and critical than ever to have a reliable power protection. The existence of many organizations simply depends on their availability to deliver the online transaction processing resources. While energy costs are significantly going up due to the rising demands, the Carbon Reduction Committee has also initiated measures to cut energy consumption and carbon emissions. Organizations that fail to reduce their carbon footprints will be penalized both, financially and by reputation.

The innovative UPS architecture now aims to resolve these issues. Compared to the bulky, transformer based units that lacked flexibility and adaptability, the latest configurations now comprise of small rack-mounting modules that can be easily customized to match the data center load.

Flexible, Adaptable, Customizable

With right sizing, UPS modules can run nearly full load, thus increasing their operational efficiency. This significantly reduces energy costs and carbon emission through a reduced cooling load as well. Also, since the modules require less floor space, there is scope for future development without shifting. Another benefit includes the growth flexibility of the modules. New UPS systems can be added whenever required. Also, the critical load can be easily tracked, maintaining the loading and efficiency of the systems. Within data centers, there is a trend for power factor blade servers offering higher efficiency in transformer-less modules. They don’t require extra de-rating or extra capacity compared to the traditional systems to handle power loads.

Better Growth, Lesser Failure

Another advantage is the availability and resilience to failure. By adding a single extra module, one can get n+1 redundancy without impacting the system’s size, loading or efficiency. Also, by reducing the modular repair time by half an hour, the power availability can be increased by a power of 10. When load of IT organizations grows, their data center’s physical size usually does not. By using modular UPS, the floor space and access use can be reduced by almost 40-50%, and with systems like Eaton 9130 UPS, price can also be controlled. Many systems also offer lower audible noise now, making it easier to work around them and reducing the need for moving into larger office spaces.

There are multiple ways you can save energy in data centers and contribute towards higher productivity and profitability for your company. By choosing the right UPS for your need, you will be able to drastically reduce costs and enjoy great business savings. Before you pick the right system, look at Eaton 9130 UPS price and compare them online to get the systems at a competitive price.

If you are seeking Eaton UPS Service, the author of this article recommends N1 Critical Technologies.

If you are seeking Eaton Ups Service, the author of this article recommends N1 Critical Technologies.