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Data center in North Houston unveils newest expansion — with more growth planned

Data Foundry debuted its most recent expansion in North Houston, but that's just the start of the Austin-based company's growth in the Bayou City. Photo courtesy of Data Foundry

Data Foundry Inc. may be finished with its 27,000-square-foot expansion at the company's data center in North Houston, but it's by no means finished growing at the site.

The Austin company's 18-acre, master-planned campus at 660 Greens Pkwy. allows for another 200,000 square feet. At build-out, Data Foundry will operate 350,000 square feet of space there.

Currently, the data center encompasses 150,000 square feet. The recent expansion completes the development's first phase. Each of two future phases will add 100,000 square feet.

So far, there's no timetable for the data center's second and third phases.

"It's all a function of demand. We will deploy the capital in response to the pace at which we end up filling up the new space," says Ed Henigin, chief technology officer of Data Foundry.

The 27,000-square-foot expansion debuted in late January at Data Foundry's Houston 2 Data Center. Henigin says space remains available there, but the company does have prospective tenants in the pipeline. It could take anywhere from six months to four years to lease the entire expansion, he says.

Data Foundry says increased customer demand along with business growth in Houston — especially in the healthcare, energy, and manufacturing sectors — prompted the four-megawatt expansion.

"For folks who are outside of Houston, it's an underappreciated market," Henigin says. "It's a huge economy, and there's a lot of dynamic activity happening in Houston and a lot of growth."

Generally, demand for data center space in Houston is "steady and healthy," Henigin adds.

"I don't think we're really overserved or underserved at this point. I think we're pretty well-balanced," he says.

Henigin points out that demand can shift depending on the region's economic conditions, such as upswings or downturns in the energy sector.

"A lot of the folks who have businesses in Houston have learned to be a little cautious, because you don't necessarily know when the next dry spell is coming," he says. "So there's a lot of careful planning or careful execution in business practices in order to be resilient."

Although Houston ranks as the fifth largest metro area in the U.S., it's not among the country's 10 biggest data center markets, unlike Dallas-Fort Worth and Austin/San Antonio. According to DataCenterMap.com, 40 data centers operate in the Houston area. A number of the region's data centers are in North Houston, The Woodlands, and Katy, according to datacenterHawk.

Among Data Foundry's competitors in the Houston market are CyrusOne Inc., Skybox Datacenters LLC, and Stream Data Centers LP — all based in Dallas — and San Francisco-based Digital Realty Trust Inc., according to datacenterHawk.

Customers of Data Foundry's Houston 2 Data Center include Carrizo Oil & Gas Inc., FMC Technologies Inc., Marathon Oil Corp., and Mattress Firm Inc. — all based in Houston — and Galveston-based Moody National Bank.

Houston 2 offers a 185 mph wind-rated infrastructure and an elevation above the 500-year floodplain. During Hurricane Harvey, tenants didn't lose power or network service, or experience flooding, Data Foundry says.

Data Foundry has operated data centers in the Houston area since 2002. Its other Houston data center, inside the Marathon Oil Tower at 5555 San Felipe St., comprises 20,000 square feet.

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Building Houston

 
 

The promotion of drones helps the city of Houston transition to becoming the energy 2.0 capital of the world, says this expert. Photo courtesy

The state of Texas, as well as the rest of the nation, has been intensely impacted by the effects of climate change as well as aging utility infrastructure. Innovative drone technologies help address the pressing inspection and mapping needs of utilities and other critical infrastructure across the country, primarily bridges and roads, railways, pipelines, and powerplants.

There is a significant need for high-precision inspection services in today's market. Additional work will result if the proposed infrastructure bill passes. The bill has $73 billion earmarked toward modernizing the nation's electricity grid. Drone —or UAS (unmanned aerial systems)— technological advances, including thermal imaging, LiDAR (light detection and ranging), IRR (infrared radiation and remote sensing), and AI/ML (artificial intelligence/machine learning) are applied toward determining and predicting trends and are instrumental toward making our country safer.

"The newest advances in drone technology are not so much in the drones themselves, but rather, in the sensors and cameras, such as thermal cameras. Technologies such as LiDAR are now more cost-effective. The newer sensors permit the drones to operate in tighter spaces and cover more acreage in less time, with higher accuracy and fidelity", according to Will Paden, president of Soaring Eagle Technologies, a Houston-based tech-enabled imaging company servicing utility and energy companies.

Paden anticipates growth in the use of the technology for critical infrastructure including utilities, pipelines, power plants, bridges, buildings, railways, and more, for routine and post-storm inspections

"[Soaring Eagle's] ability to harness UAS technology to efficiently retrieve field data across our 8,000+ square mile area is unprecedented. Coupling this data with post-processing methods such as asset digitization unlocked a plethora of opportunities to visualize system resources and further analyze the surrounding terrain and environment," says Paige Richardson, GIS specialist with Navopache Electric Cooperative. "Our engineering and operations departments now have the ability to view 3D substation models, abstract high-resolution digital evaluation models, and apply these newfound resources as they work on future construction projects."

The promotion of drones helps the city of Houston transition to becoming the energy 2.0 capital of the world. The UAS (unmanned aerial systems) technology offers an environmentally cleaner option for routine and post-storm inspections, replacing the use of fossil fuels consumed by helicopters. The use of drones versus traditional inspection systems is significantly safer, more efficient and accurate than traditional alternatives such as scaffolding or bucket trucks. Mapping and inspection work can be done at much lower costs than with manned aircraft operations. These are highly technical flights, where the focus on safety and experience flying both manned and unmanned aircraft, is paramount.

There is much work ahead in high-tech drone technology services, especially for companies vetted by the FAA with high safety standards. According to one study, the overall drone inspection & monitoring market is projected to grow from USD 9.1 billion in 2021 to USD 33.6 billion by 2030, at a CAGR of 15.7 percent from 2021 to 2030. North America is estimated to account for the largest share of the drone inspection & monitoring market from 2021 to 2030.

Paden predicts the use of machine learning/artificial intelligence (ML/AI) and data automation will continue to improve over the next 3-5 years, as more data is collected and analyzed and the technology is a applied to "teach it" to detect patterns and anomalies. He anticipates ML/AI will filter out the amount of data the end users will need to view to make decisions saving time and money for the end users.

Learn more at the Energy Drone & Robotics Summit taking place in The Woodlands on October 25 through October 27.

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Alex Danielides is head of business development for Houston-based Iapetus Holdings, a privately held, minority and veteran-owned portfolio of energy and utility services businesses. One of the companies is Soaring Eagle Technologies.

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