Inflation Reduction Act Breakdown: How Your Data Center Benefits from New Legislation

The recently enacted Inflation Reduction Act makes data center sustainability irresistible with these three main benefits: carbon reduction tax credits convert into cash, hyperscalers test wide-scale sustainability efforts, energy firms invest globally in sustainability projects.

Sharon Fisher

October 5, 2022

6 Min Read
Inflation Reduction Act Breakdown: How Your Data Center Benefits from New Legislation
Geoff Smith / Alamy Stock Photo

Good news: Several components of the Inflation Reduction Act (IRA) could not only improve data center sustainability but help save you and your fellow data center operators money directly and indirectly through tax credits.

Here’s a quick rundown:

Cash for reducing and capturing carbon emissions is now real for data centers wishing to invest in the necessary equipment.

Lower energy costs due to power companies investing more renewable energy projects.

More time to plan your renewable energy efforts while hyperscalers, such as Microsoft and Facebook, test concepts such as the self-powered data center, leading to an elimination of friction with energy supply and more control over energy production. This, in turn, leads to more flexibility when scaling out your data center operations.

Tax Credits Turn Into Cash, Boosting Your Data Center Sustainability Efforts

The IRA revamped a portion of the tax code in the U.S., offering significant advantages for section 45Q of the Internal Revenue Code (IRC). In short:

The direct-pay option allows data center operators to receive tax credits in cash instead of applying financial benefits to defer future tax bills.

Credit sales provision allows for data centers that invest in equipment that reduces and/or sequesters carbon to essentially sell their credits to other organizations for cash. 

Careful, you’ll want to be sure the carbon reducing or sequestering equipment you purchase is put into service on or after December 31, 2022 if you want to gain access to these, and all other, benefits under section 45Q.

Other benefits include:

- a larger payout for carbon reduction/sequestration efforts; This is an increase, in some cases, from $50 to $85 per metric ton of carbon.
Bonus: Direct air carbon reduction gets your data center operation $185 per metric ton.

- more time to plan for carbon-reduction projects. The deadline to qualify for carbon reduction tax credits have been pushed back from December 31, 2025 to December 31, 2032.

- lower thresholds for accessing the tax credits. Now, if your data center uses direct capture technology to capture at least 1,000 metric tons of carbon, your facility qualifies for the 45Q tax credit (down from a whopping 100,000 metric tons under the former tax structure).

There are several other provisions and the tax law firm Jones Day has a comprehensive rundown here

Microsoft Tests Decarbonization So You Don’t Have To

 Microsoft, for example – which pledged to spend $1 billion on a climate investment fund – signed a 10-year contract with Climeworks on carbon sequestration, but neither company would comment. 

In addition, more than 160 data center operators, including AWS, Google, and Microsoft, have formed Infrastructure Masons (iMasons), committed to driving the reduction of carbon within digital infrastructure. “Carbon capture technologies have been so economically challenging to accelerate,” said Jeff Omelchuck, executive director. “This could make a big difference.” While data centers could fund such projects, they likely would happen at power production sites rather than at data centers themselves, he said. 

Data centers consume from 1.1% to 1.4% of total greenhouse gas emissions, according to Gartner Principal Analyst Autumn Stanish. 

While a McKinsey & Co. study found end-user devices were actually a bigger emitter of carbon than data centers, in eastern Oregon, data centers largely operated by Amazon are said to be responsible for a 543% increase in carbon emissions per megawatt hour since 2010 at Umatilla Electric. The utility told the Seattle Times its power mix is so much dirtier because electricity demand is now much higher than its federal allocation of clean hydropower.

This historic climate legislation will help the country tackle that challenge, build energy resilience and power the industries of tomorrow,” wrote Kate Brandt, Google’s chief sustainability officer, in a blog post reiterating its clean energy goals, though she stopped short of describing specifically how the IRA could help.

Similarly, "We are still evaluating the aspects of this bill and how it will apply to Microsoft's data centers,” said a company spokesperson in an email message.

No Sun, No Wind, No Problem - with Battery Storage of Renewable Energy

One IRA benefit offers power companies tax incentives to build renewable energy projects, which could result in lower power costs.

Specifics of the tax credits are complicated, said Stanish, but they could make the difference for organizations that previously didn’t care about clean energy or hadn’t thought about it much, she said. “What this is going to do is create incentives for people creating renewable energy so more people can start getting involved and capacity is built out more globally,” she said. 

Aside from saving money, increased renewable energy production could improve carbon intensities in parts of the United States, according to the June 2022 Cirrus Nexus report, The Cleanest Data Center Regions. “The Midwest was persistently dirty because its top two sources of energy production were coal (39%) and natural gas (36%),” the report found, compared with largely hydro power in the Northwest and solar power in California.

The IRA also includes tax credits for battery projects, which could solve the age-old problem of what to do when the sun doesn’t shine and the wind doesn’t blow, as well as providing a more sustainable backup power solution for data centers than diesel generators, said Chris Noble, Cirrus Nexus CEO. “The IRA is expected to result in the construction of 2,300 grid-scale battery plants by 2030,” he said. “This will help reduce carbon emissions by storing renewable energy during peak production.”

Facebook Tests Self-Powered Data Center Operations So You Don’t Have To

One avenue that could benefit data center operators directly is generating their own renewable energy, such as by solar or wind facilities on-site, primarily by hyperscalers, Stanish said. “For a lot of organizations that aren’t that big and under public scrutiny, they don’t have as much incentive, and it’s a massive investment,” she said. 

For example, in Idaho – where Meta announced a data center earlier this year, its first in the state – electric utility Idaho Power filed a proposal with the public utilities commission in December 2021 to let customers generate clean power and integrate it into the grid, including by constructing facilities.

Because that’s still pending, “It’s too soon to say whether it will, if implemented in its current or modified form, generate increased interest from data centers – or others – who are interested in developing renewable resources to offset their energy use,” said Brad Bowlin, Idaho Power’s communications specialist, though he noted the company was building a 40-MW solar project in partnership with chip manufacturer Micron. A representative from Meta declined to comment on this project.

About the Author(s)

Sharon Fisher

Freelance author

Sharon Fisher has worked in the computer trade press for more than 20 years, covering topics such as networking, storage, security, and the intersection of technology and public policy. She has worked on staff for Computerworld, Communications Week, and InfoWorld, and freelanced for publications such as Byte, Network World, InformationWeek, and PC Week, as well as clients such as the Economist Intelligence Unit, Cisco, Oracle, and Laserfiche. She also served as a Gartner analyst for seven years, and has worked for Hewlett-Packard and Interex, the HP users group organization. She holds a bachelor of science degree from Rensselaer Polytechnic Institute and a master's degree in public administration from Boise State University. She is the author of several books, including "Riding the Internet Highway." She likes explaining things and going to meetings.

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