The predominance of the data-driven economy has impacted every element of the worldwide business environment. That scale of transformation has not come without a cost. Each year, approximately 8 million data centres worldwide consume vast volumes of electricity and generate carbon emissions that dwarf the global airline industry. There is also the relentless demand for resources to manufacture new hardware, and the inevitable requirement to replace outdated equipment.
This immeasurable thirst for resources and materials poses a stark sustainability challenge for our environment. Enterprises around the world are responding to both a global imperative and consumer demand to implement green solutions. The view from the outside is recorded in a recent survey that revealed 82 percent of global purchases are influenced by sustainability, and a near-identical 83 percent of consumers admire companies that demonstrate a commitment to sustainability.
The view shared by numerous enterprises is equally supportive of a reorientation toward sustainability, to realize a roster of benefits, including tax credits and direct incentives, cost savings from improved efficiency and reduced waste, or healthier and happier workplaces, among others.
The overwhelming majority of enterprises are in agreement: organizations should be making green initiatives a priority. Detailed below is a closer look at the looming sustainability challenge posed by data centre proliferation, and potential solutions available to enterprises that are motivated to reap the rewards of green-focused change.
As more data is generated than ever before, with both volume and pace of data generation increasing, the environmental consequences of an accelerating, worldwide, data-driven economy are becoming more and more dire. Data centres are predicted to use 20 percent of the world's electricity by 2025. The insatiable demand of data centres for energy may be one of the world's most pressing climate challenges.
The data centre industry argues that it is willing and able to reduce carbon emissions and energy demand by increasing efficiency and shifting to clean and renewable energy strategies. Macquarie Group, a world leader in infrastructure investment, and Cologix, a leading provider of colocation and interconnection services, have both recently announced major projects that take data centres in a greener direction.
However, researchers are challenging industry assumptions about the efficacy of these strategies. The data centre power requirement for “five nines” of uptime means that total reliance on sustainable power technologies is not yet possible. In an environment of runaway acceleration of demand and emissions, can efficiency measures alone be relied on to effect substantive change? Clearly, additional solutions that target how enterprises manage their data are required.
SAP has outlined its commitment to supporting the United Nations Sustainable Development Goals, including through technology solutions designed to help enterprises do the same. One of these solutions is SAP Data Volume Management (DVM), a process that provides tools and services to ensure all aspects of the data management-control life-cycle are efficiently analysed and improved. This process supports continuous improvement and benefits for enterprises, including:
End-to-end process for efficiently managing complex data volumes
Reducing data footprint does more than boost enterprise performance: there are additional substantial benefits that make an impact on sustainability and help data-driven operations become greener. Data Management can be part of an overall efficiency protocol that helps enterprises reduce energy and resource needs throughout their operational environment.
One element of Data Management is data archiving, which removes business-complete application data from the database in a consistent, secure, and comprehensive manner, and stores it in a way that allows easy and secure access in the future. Data archiving automation can make the process simple, and archived data remains accessible, trustworthy, and compliant with GDPR and global, or regional, tax and audit regulations. Aside from the performance benefits noted above, the sustainability consequence is that data archiving reduces the requirement for data centre resources, which reduces energy needs, emissions, and consumption of resources for physical equipment.
Dormant data centres are draining tens of billions of dollars yearly from enterprises. Organizations can realise huge savings by identifying data centres that are operationally dormant yet still consuming electricity, archiving the relevant data, and then decommissioning these legacy systems. Again, this creates a context for improved sustainability and a greener data-centric enterprise.
Dematerialization is another sustainability process supported by DVM. Paper documents are maintained by enterprises at great cost, in facilities that consume energy for climate control, lighting, security, etc. Many of these documents have outlived their business use, but are required to be accessible for compliance, information governance, or auditing purposes. Automated data archiving allows these documents to be safely preserved and made accessible, but removed from the physical storage and data centre infrastructure. Alongside the reduced costs, enterprises demonstrate much-improved sustainability.
TJC Group provides businesses with consultancy and SAP-certified software to support SAP data archiving and extraction for tax and audit. The company partners with enterprises of all sizes and across a wide range of industries and applications, supporting businesses using SAP for:
To learn more about Data Volume Management and how TJC Group can align your data needs with greater efficiency and improved sustainability while boosting performance, contact us.< Back to all Partner news
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