Annually, Vertiv experts from around the world weigh in on trends that we see as being most impactful to the data center industry in the coming year. In 2023, consumption and carbon footprint are driving the trends towards the following directions.
Data centers face increasing regulations
Increasing pressures to meet consumer demand for energy and water are forcing governments at all levels to take a harder look at data centers and their outsized consumption of those resources. Data centers are estimated to be responsible for up to 3% of global electricity consumption today, and are projected to touch 4% by 2030. The average hyperscale facility consumes 20-50MW annually – theoretically enough electricity to power up to 37.000 homes. Vertiv’s experts expect this to prompt increasing governmental scrutiny in 2023.
According to the U.S. Department of Energy, the water usage effectiveness (WUE) of an average data center using evaporative cooling systems is 1.8L per kWh. That type of data center can consume 12-23 million liters of water per day – similar to the capacity used by a city of 30.000-50.000 people.
Standardization
According to a recent Omdia survey, 99% of enterprise data center operators say, prefabricated, modular data center designs will be a part of their future data center strategy. In 2023, Vertiv’s experts anticipate a continuing shift in the same direction among hyperscalers as they seek the speed and efficiencies standardization delivers.
Standardization – ranging from modular components, such as power and cooling modules and skids, to full-fledged prefabricated facilities – will become the default approach for the enterprise, hyperscale and the edge of the network.
Diesel generators see real competition
Diesel generator has long been an imperfect but inescapable piece of the data center ecosystem. It represents stored energy that largely goes unused while still requiring maintenance or fuel replacement after periods of inactivity. Then, when pressed into service, generators produce carbon emissions operators are desperately trying to avoid. Already, some organizations are relying on batteries for longer load support and even designing their data centers with minimal generator capacity.
These are transitional steps to minimize the role of the generator as the industry searches for other options – including new battery technologies – for extended backup power. In 2023, Vertiv’s experts anticipate a preferred alternative will emerge – specifically hydrogen fuel cells. These fuel cells will function much like a generator at first, providing momentary load support, and eventually hold promise for sustained or even continuous operation.
Higher densities alter thermal strategies
After years of relatively static rack densities, data center operators are increasingly requesting higher-density racks. According to the Uptime Institute’s 2022 Global Data Center Survey, more than a third of data center operators say their rack densities have rapidly increased in the past three years. This is especially true among larger enterprise and hyperscale data centers, where nearly half of those operating facilities at 10MW and above reported racks above 20kW and 20% claimed racks higher than 40kW.
This is consistent with the maturity of liquid-cooled server technologies and increasing acceptance and adoption of such technologies. While liquid cooling is not a new technology, the early wave of successful, efficient, problem-free deployments in high-density environments has provided proof of concept that will boost adoption in the coming year. The addition of direct-to-chip cooling to new OCP and Open19 standards will only accelerate this trend.
5G meets the metaverse at the edge
Omdia, in its 2022 Mobile Subscription and Revenue Forecast, projects nearly half of all mobile subscriptions – more than 5.8 billion – to be 5G by 2027, pushing computing closer and closer to the user. The metaverse is an application in search of an ultra-dense, low-latency computing network. In 2023, we will see these two activities intersect, with metaverse implementations leveraging 5G networks to enable the ultra-low latency features the application demands. Ultimately, this will require higher powered computing in those 5G edge locations, and we’ll see that happening soon – with early forays in 2023 followed by more widespread deployments in the years after.
As the edge of the network becomes more sophisticated, so will be the infrastructure needed to support it. This will include technologies such as artificial intelligence, virtual reality planning and management systems, and increased adoption of lithium-ion UPS systems at the edge – an ongoing trend that we saw increase from 2% of sales in August 2021 to 8% in August 2022, according to IDC.
