Keep a company efficient by maintaining the engine
It’s imperative that organizations position one of their keys focuses on energy consumption to help them reduce their carbon footprint and lower overall operating costs.
Too many businesses aren’t optimizing their energy usage, resulting in poor efficiency, inadequate cooling, and poor power management. These can all have such detrimental effects on the running of the center which knock-on to employees, customers, and costs (not to mention the environmental impact).
Therefore, now is the perfect time for businesses to understand how data center infrastructure management (DCIM) in conjunction with Artificial Intelligence (AI), machine learning and analytics can work together to take advantage of collecting, harnessing and understanding all of the data from the facilities and IT stack to help improve the efficiency of the whole technology infrastructure. After all, the first place to start is at the core.
- Microsoft reveals the first Middle East data center
- How to make your data center greener
- Google to open €600m Denmark data center
- What is Data Centre Infrastructure Management (DCIM)?
DCIM allows a data center to effectively manage its entire network and assets without wearing out shoe leather or counting off spreadsheets lists – a terribly labor-intensive manual way of proceeding in the digital age. This solution automates the management of all assets, resources, processes, and people - supplying a rich set of information for the computer infrastructure.
A DCIM solution will monitor resources and processes feeding through information on:
Capacity – is there enough space? Where is there flex?
Power – do all the resources have sufficient power? Where are spikes predicted?
Workflows – are the provisioning, remediation, and decommissioning workflows correct? What could be smarter, quicker, better?
Efficiency – is the overall running of a data center efficient? Where are the pinch points?
All of this happens in real time, all the time, and is fed back to the data center manager to not only inform them of where money could be saved but also to identify potential failures before they happen. For example, if a rack is becoming overheated, the software can tell where and how the cooling system is failing. Once identified, the fault can be fixed with a limited hassle – and limited client impact.
Keeping it cool
With a DCIM solution, you can easily monitor a data center’s current power usage for cooling and heating which allows you to see where in the network energy is being used and wasted.
From here, it’ll be clear which racks are hotter or cooler than others and action can be taken to ensure they’re all being kept at a correct, consistent temperature. It’s not just a case of simply turning down the thermostat - as cooling the entire data center will result in a massive volume of air being cooled for no good business reason. Data center managers need to be strategic and analyze the data a DCIM solution provides to plan out a containment strategy that elevates the business.
Once collated you can make your air distribution more targeted. Two popular ways of doing so is through hot aisle/cool aisle cooling and in-row cooling.
Hot aisle and cold aisle cooling involve lining up server racks in alternating rows with cold air intakes facing one way and hot air exhausts facing the other. Typically, cold aisles face air conditioner output while the heated exhausts hot aisles face air conditioner return ducts.
In-row cooling technology is a type of air conditioning system commonly used in data centers in which the cooling unit is placed between the server cabinets in a row for offering cool air to the server equipment more effectively.
Power management
It’s no mystery that data centers consume a mighty amount of power, but a DCIM solution allows facility managers to target the data they hold to run the system more efficiently based on hard facts. They can forecast and predict the future state of the data center’s physical capacity based on consumption management. “What if” models forecast the exact capacity impact of data center projects on power as well as cooling, space, and networks.
The solution can then use machine-learning capabilities (in next-gen DCIM) to extract predictive models and send the analysis to a visual dashboard, displaying the potential vulnerabilities, such as future hot server rows leading to power outages, or simply picking up pieces of hardware that are generating energy but are not in use.
Green energy is becoming bigger and better across all industries as we collectively strive to save our planet’s resources and environment. Many methods used across sectors are being used in data centers such as on-site wind generation and solar panels for generating own energy – which also saves on buying from a supplier!
Another great trick is to purchase low power hardware. Given the right workflow, they’re proven to be effective as well as just as effective. That is because using low power hardware is becoming increasingly more important with many manufacturers building high-efficiency servers and other pieces of hardware that use the latest power-efficient technology – saving energy and costs.
For the data good
All the above can help your infrastructure become more financially and environmentally friendly whilst becoming more effective – the prime business goal. Not only will you be doing your bit for the world and the corporate bank balance, but you’ll also appeal to future customers and investors as smart and responsible business.
Mark Gaydos, Chief Marketing Officer at NIyte Software
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Hello, my name is Mohd Azahar. I'm a self-employed Pivrate from the India.
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