Understanding Data Centers
Data centers are a necessary foundation for our digital lives. They store, manage and process vast amounts of data that businesses and individuals rely on daily.
Data centers are a necessary foundation for our digital lives. They store, manage and process vast amounts of data that businesses and individuals rely on daily.
Choosing the right location for a data center is a critical decision for us and for the communities where we our facilities reside.
Data centers play a vital role in local economies, creating jobs, supporting businesses and generating tax revenue for community use.
With sustainability at the forefront, our facilities are designed to maximize energy efficiency, minimize water consumption and leverage renewable energy sources wherever possible.
Learn more about our goals and commitments around maximizing sustainable, minimizing disruption and aligning with local priorities.
Want answers about how data centers use resources, or interested in learning more about some common misconceptions? Check out the details here.
It’s normal to have questions about what it means to have a data center in your community, and that’s why we strive to work closely with local groups to build trust and transparency.
Our developments are built to be sustainable, minimally disruptive and aligned with local priorities. Throughout the entire lifecycle of a project, we take a thoughtful, community-first approach. This helps our data centers enhance local economies and support business needs and community well-being, all while preserving resources and ensuring growth is measured, responsible and beneficial.
Our goal is to integrate seamlessly into the community while providing long-term economic benefits alongside necessary technologies for our collective digital world.
Interested in the basics about data centers? Check out some of these common questions — and don’t miss our informational resources below!
Answer: A data center is a facility where businesses store, connect and operate their IT hardware. Data centers provide highly reliable, stable environments for critical digital functions thanks to sophisticated support systems, and with thorough security measures in place, data centers also keep information safe. This makes data centers an ideal place for the applications that support our day-to-day lives and business operations.
A data center is a highly specialized building or section within a building designed to store, process and distribute vast amounts of digital information (documents, emails, photos, videos, etc.).
Inside the data center, thousands of servers — powerful computers that handle requests and calculations — work together to run websites, apps and online services. Storage devices, such as hard disk drives (HDDs) or solid-state drives (SSDs), securely hold everything from personal photos to massive business databases, ensuring information is available when needed. Networking equipment connected to data centers, including routers and switches, keeps data flowing quickly and securely between devices, businesses and users around the world. These components work together to power the digital experiences we rely on every day.
Answer: We need data centers because they keep the digital world running, ensuring that the services we rely on every day — banking, healthcare, communication, shopping, entertainment and public safety — work seamlessly and securely.
Every minute of the day:
Source: www.domo.com
These processes — and other vital digital services like emergency 911 operations — are only possible because of data centers. They provide the storage, computing power, and connectivity needed to handle this enormous amount of data generated and keep everything from emails and online orders to emergency response systems functioning without interruption.
Answer: Local business and economic development initiatives often seek out data center developments because of their role in supporting digital business, providing high-quality jobs in the region, adding significant tax revenue and more. The large capital investments data center developments bring make them an attractive asset for community and economic development, which is why incentives are often created by states or regions that want to grow their digital and economic resources.
A data center owner or operator might identify a community as a good place to build a data center because it offers the right combination of infrastructure, resources, location and talented workforces that make it a good fit. Developers also look for communities that are ready and able to benefit from data center construction.
Ultimately, data centers need to live where they can operate most efficiently, be the most connected and serve end users optimally.
In general, companies developing data centers look for:
Answer: At a high level, the data center development process often looks like this:
Data centers support essential services that you use every day. Here are just a few ways data centers make modern life possible:
Without data centers, we would not be able to access the digital experiences we rely on daily. Beyond personal convenience, data centers provide reliability and security to ensure essential services remain available when we all need them most.
Over time, some common misconceptions about hyperscale, enterprise-class data centers have emerged, and we’re here to help clarify! Everything we create at Stream is engineered to the highest levels of compliance and conscientiousness and built to world-class standards for safety, reliability and efficiency — but let’s answer some more common questions:
Answer: Data centers do require a lot of power. However, among the various classes of developments, data centers are actually one of the most efficient users of power — we work hard to be! Data center owners, operators and customers are also always working to improve energy use. Sustainable, hyper-efficient data centers help operators and their customers accomplish a lot with as little as possible, which means they are highly motivated to optimize energy usage.
Answer: Thanks to efficient cooling systems, many hyperscale and enterprise-class data centers use a comparable amount of water to a small office building!
Stream’s facilities are built with resource conservation in mind, so we use cooling solutions that minimize the amount of water needed — and what we do use is recycled by our system for even greater efficiency.
Answer: Data centers very rarely use diesel generators for primary power. Most of the time, any existing diesel generators are used only as emergency backups in rare situations.
Since data centers are required to be online and working constantly (we call this uptime) with regular power supplies being as reliable as possible, the odds that a facility will need to use a backup diesel generator are exceedingly low.
Furthermore, at Stream, we’re proud to say that our hyperscale customers are some of the largest purchasers of renewable energy on the planet. Combined with very little need for diesel fuel, this helps ensure our operations keep emissions low and remain highly efficient.
Answer: Data center facilities are designed and built to meet strict noise regulations, and with proper mitigation techniques, hyperscale and enterprise-class facilities often do very little to change ambient noise levels in surrounding communities.
Noise management is an integral part of our facility design and operational planning. We conduct comprehensive ambient noise studies both before the facility begins operation and after it is fully operational — among other robust due diligence measures.
Our hyperscale data centers are built to protect and insulate our critical cooling systems and other infrastructure, and we often integrate shielding that minimizes sound, ensuring the facility is a good neighbor to its community. These facilities are engineered to integrate seamlessly with minimal disruption and are built in strict compliance with robust, location-specific regulations and ordinances.
It’s possible that noise concerns from hyperscale data center development may be a result of concerns over crypto mining facilities, which are a different type of deployment that rely on thousands of high-powered machines running continuously, often in warehouse environments. These machines generate constant, high-frequency noise from cooling fans and processors, often without the same level of soundproofing or operational regulations that govern the design and operation of hyperscale, enterprise-class data centers.
The number of hyperscale data centers has doubled in the last five years, with the U.S. accounting for more than half of total worldwide compute capacity. Reports also anticipate seven GW of projects reaching completion on a global scale in 2025 alone, with more than three of those residing in North America.
Selecting the right location for a data center requires careful planning to ensure operational efficiency, environmental responsibility and a positive impact on local communities. Several key factors guide our decision-making process:
We consider factors such as connectivity, power availability, infrastructure, regulations, and zoning to ensure the best locations for our data centers.
We conduct thorough ecological and visual assessments to help us understand the nuances and needs of every site and minimize any potential environmental impact while creating positive economic benefits for the surrounding area.
We work closely with local government agencies to understand zoning laws, permitting processes, and regulatory requirements and ensure that our projects align with the community’s needs.
In cases where a proposed site may negatively affect the environment or local communities and our designs cannot properly mitigate these impacts, we may choose to forego development in favor of a more suitable location
Data centers bring a lot of capital investment to local communities, as well as immediate construction jobs and long-term skilled operations jobs — but at Stream, we like to listen and find extra ways to give back with meaningful programs that align with local interests too.
Data centers create high-quality, well-paying jobs at multiple levels, from construction workers who build the facility to engineers and technicians who keep it running. These roles provide long-term career opportunities in fields like IT, security, and facility management.
In large-scale developments with multiple phases, even ‘temporary’ construction jobs can be available for up to a decade — and potentially offer hundreds of long-term operations-based jobs.
Beyond employment opportunities for community members, data centers stimulate local economies by bringing in new business opportunities, supporting local vendors and increasing demand for services like construction, maintenance, and logistics. Their presence helps strengthen the overall economic landscape of a community without adding as much traffic or overall infrastructure impact compared to other classes of developments like manufacturing hubs.
Data centers generate significant tax revenue that directly benefits the community, helping to fund essential services like schools, emergency response, public programs, and even beautification efforts in the community. Unlike some industries that require ongoing public subsidies, data centers provide a steady revenue stream without substantially increasing demand for housing, public transportation, or other municipal resources.
Data centers often invest in upgrading local infrastructure, such as power grids, fiber-optic networks and roadways to ensure they are being additive to local landscapes. These improvements support the facility’s operations and also enhance the community’s overall connectivity and resilience, benefiting businesses and residents alike.
While alternative types of industrial projects often strain public services, generate lots of traffic and raise taxes, data centers tend to generate significant economic benefits without overwhelming local roads, utilities, or housing markets.
Across our designs, operations and business strategy, we are guided by commitments to delivering exceptional outcomes for all our stakeholders. To do this, our teams are constantly innovating our technologies and construction standards, collaborating with experts and communities — and much more.
Sustainability is at the core of how we develop and operate data centers. We prioritize environmental performance, climate resilience, stakeholder engagement, and sustainable design to meet the evolving needs of our customers while delivering long-term value for communities and their surroundings. By investing in innovation and empowering our people, we create data centers that are safe, secure, and built for a more sustainable future.
Our data centers use advanced cooling technologies with configurable, energy-efficient designs to reduce water usage and optimize power consumption. We continuously improve these systems to ensure high performance and maximize resource efficiency, but even today, things like water use in our data centers remains low — our water use is similar to that of a small office building.
We prioritize the use of renewable energy, sourcing power from wind, solar, and other sustainable resources whenever possible. This approach helps reduce our carbon footprint and supports our environmental and corporate sustainability goals – as well as those of our customers, who are the largest purchasers of renewable energy on the planet.
Efficiency and sustainability are essential to how we operate. We know that managing our consumption of resources is important for reducing environmental impact, improving the reliability of our facilities, and keeping operational costs low. We have embedded these efforts into our entire approach to development—they are just as important to us as to the stakeholders in the communities that house our facilities. We do this because it is important for our own business that we are trustworthy stewards and because we know that responsible use of resources is a priority for our customers and the communities we serve, who increasingly expect sustainable solutions along with long-term value.