What Should AI Data Center Operators Evaluate Before Adding Commercial Solar?

One of the biggest challenges facing AI data center operators is managing the high costs of their electricity demands while remaining profitable. Even small- and medium-scale AI facilities may start having major struggles as the cost of electricity continues to rise and rates become more volatile. The increased strain that AI is putting on the grid will also likely lead to more instability, resulting in more frequent blackouts and brownouts that make it impossible for a data center to operate as normal. These concerns make strategic energy planning a must for any data center. They also explain why more and more facilities are turning toward commercial solar solutions to help meet their high energy demand.

How Energy Demand Impacts Solar System Planning for AI Facilities

A commercial solar installation requires a substantial investment, and strategic system planning is crucial for ensuring that it pays off. Even a smaller solar array can help an AI facility lower its energy costs and boost its profits. Nonetheless, the more power that a facility is able to generate with its solar installation, the more the investment will pay off in the end. At the same time, you don’t want to install much more capacity than your data center currently needs. Even if your facility enrolls in a net metering program that credits you for the excess power your solar panels generate, you may not ever fully recoup your costs if the installation is much larger than what you need.

Scalability should be a primary goal of all AI centers. As technology continually increases, most AI facilities regularly upgrade to increase their data output capacity. The problem is that more advanced AI chips further add to the amount of power a facility needs. This is another thing you should always consider when planning a commercial solar installation so that you can more easily scale up your business without the higher energy demand and increasing electricity costs limiting your profits.

The first step in solar system planning is to determine the data center’s energy load requirements. To do this, you just need to look at the total energy usage over the past year or two. You can then average the usage to get an idea of how much capacity you need to cover much or all of your energy needs.

Why Battery Storage Should Be Part of the Evaluation Process

AI hardware typically uses at least five to eight times as much electricity as traditional servers and requires sustained 24/7 power. Even minor downward fluctuations in the power coming from the grid can greatly reduce a data center’s output, resulting in lost revenue. An even bigger worry is the increased frequency of blackouts from extreme heat and storms that cause data centers to come to a standstill.

Commercial battery storage is a must for AI facilities. It makes a solar installation more robust and resilient, allowing facilities to rely much more on clean, free energy and less on the grid. It also ensures that AI facilities can continue operating during an outage and experience fewer disruptions from grid fluctuations.

How much battery storage a facility needs depends on the size of its solar installation and its energy demands. If you want to be able to rely mostly on solar, the battery storage capacity should be at least two to three times higher than your facility’s daily energy demand.

What to Review Before Installing Commercial Solar on a High-Load Property

When planning commercial solar for AI data centers and other facilities with a high energy demand, feasibility is always the first concern. Not all sites are suitable for solar panels due to size limitations, the direction they face, shade from nearby properties or various other issues. If the solar panels can’t generate power at close to full capacity whenever the sun is shining, the installation will take much longer to pay off. As such, it’s important to hire an experienced contractor to perform a site and feasibility assessment. That way, you can more easily determine whether it’s worth investing in a commercial solar installation and what location and orientation of the solar panels will allow them to generate the most power.

Many smaller data centers can take advantage of roof-mounted solar panels. However, it’s still necessary to strategically plan their location. Specifically, you need to account for anything that casts shade on parts of the roof during parts of the day. Examples include rooftop HVAC units, chillers and generators. It’s also necessary to assess the structure of the roof to determine whether it will need reinforcement to support the weight of the solar installation.

Larger data centers with a higher energy demand may require at least several hundred acres of sunny land for ground-mounted panels if they want to rely almost entirely on solar power to meet their energy needs. This is another important consideration when determining if a solar installation is sustainable and will pay off. If you need to purchase or lease the land for the installation, the added cost could make a smaller rooftop solar system a smarter investment. This depends on the cost of the land and how much your facility pays for electricity.

Why the Right Commercial Solar Partner Matters

Selecting the right commercial partner for your solar system is key to making the most out of your investment and ensuring the installation goes smoothly. At Solar Liberty, we’re dedicated to providing custom solar solutions that perfectly suit each situation.

Why choose our team for your installation? For starters, we’re the largest solar installer in New York, and we also manage many small- and medium-scale commercial solar projects throughout Ohio, Pennsylvania, Virginia, and several other states. Our proven track record and decades of industry experience allow us to provide turn-key solar solutions that fully meet each customer’s specific power needs.

To schedule a consultation and learn more about your commercial solar options, contact Solar Liberty today.