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How IT Capacity Management can Reduce Costs and your Carbon Footprint

<span id="hs_cos_wrapper_name" class="hs_cos_wrapper hs_cos_wrapper_meta_field hs_cos_wrapper_type_text" style="" data-hs-cos-general-type="meta_field" data-hs-cos-type="text" >How IT Capacity Management can Reduce Costs and your Carbon Footprint</span>

Date 19 March 2018

Author Gerald Mercieca

Summary

  • Infrastructure consumes large quantities of energy resulting in a significant chunk of a company’s costs and carbon footprint
  • 6 to 12% of the energy used by data centres is actually used to perform computations on servers; the rest of the energy was used to maintain unused servers and server space on idle
  • The energy savings by increasing server utilisation will also have an impact on overall revenue
  • Capacitas work with clients to help increase reduce the cost of IT systems through capacity management

Download our Introduction to Capacity and Performance Management here and  discover how it supports business and revenue growth

Background

The digital revolution has helped businesses around the globe to flourish by improving customer experience and efficiency. This has led to an ever increase in demand for such services from consumers which in turn resulted in enterprises relying on their IT departments to cater for such demands.

This results in companies investing in physical data centres and/or cloud services and migration. This increased demand for servers and storage equipment to support the running of application software and data storage is impacting both IT business costs and the businesses carbon footprint.

Cloud computing cloud capacity mangement

Only 6-12% of the CPU used in data centres is used for computational tasks

This increased infrastructure consumes large quantities of energy resulting in a significant chunk of a company’s costs and carbon footprint. A New York Times study carried out through McKinsey (1) showed that only 6 to 12% of the energy used by data centres was actually used to perform computations on servers; the rest of the energy was used to maintain unused servers and server space on idle.

  • This means that more than 26 billion watts of electricity is ‘wasted’ keeping in mind that over 30 billion watts of electricity is used worldwide to power such centres.
  • McKinsey found that most of this ‘wasted’ capacity comes from both large cloud computing providers and, small, medium and large sized corporations c

It can be challenging to identify the unutilized infrastructure due to concerns that this might affect the IT performance. It can also be challenging once you have identified the ares of underutilisation to be able to conduct effective infrastructure consolidation.

For more information on how we deliver help businesses control cost click here 

Introduction to Capacity Management

http://www.nytimes.com/2012/09/23/technology/data-centers-waste-vast-amounts-of-energy-belying-industry-image.html?_r=1

Gerald Mercieca
About the author

Gerald Mercieca

Gerald has worked on key client accounts ranging from leading retailers, airlines and the public sector. Gerald is a key resource within Capacitas and is primarily involved with Performance Engineering and Service Assurance for a number of key clients at Capacitas. 

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