The data center industry is expanding at an unprecedented pace. Driven by the growth of artificial intelligence, cloud computing, and digital services, new facilities require enormous amounts of electricity to operate. But in many parts of the country, obtaining enough power from the grid has become one of the biggest challenges facing developers.
To overcome these constraints, many organizations are embracing a strategy known as Bring Your Own Power (BYOP), an approach that is changing how data centers are planned, built, and operated.
A New Approach to Securing Power
Traditionally, data centers have relied on local utilities to provide the electricity needed for daily operations, while backup generators were reserved for emergencies. Today, that model is becoming more difficult as utilities work to accommodate growing demand and expanding interconnection queues.
BYOP shifts the equation by incorporating dedicated power generation into a project. Rather than relying solely on utility-supplied electricity, a developer provides some or all of the energy needed to support operations. Depending on the project, this may include natural gas turbines, natural gas engines, battery storage systems, renewable energy resources, or hybrid solutions that combine multiple technologies.
In short, BYOP gives developers greater control over one of the most critical elements of a project’s success: access to reliable power.
Why BYOP Is Gaining Momentum
The primary driver behind BYOP is simple: demand for electricity is growing faster than available capacity in many regions.
Large-scale data centers require significant amounts of power, and utility infrastructure upgrades can take years to complete. For developers working on aggressive schedules, waiting for additional grid capacity may not be feasible.
BYOP can help accelerate project timelines while also improving reliability. Dedicated generation resources provide an added layer of resiliency and help reduce dependence on increasingly constrained electrical systems. As competition for power intensifies, many developers view onsite or dedicated generation as a practical solution for keeping projects on track.
The Environmental and Permitting Challenge
While BYOP offers a solution to power availability, it also introduces new considerations.
Adding power generation equipment means evaluating emissions, air quality impacts, and regulatory requirements. Depending on the type and scale of generation selected, projects may be subject to federal, state, and local air permitting requirements before construction can begin.
These reviews can involve emissions calculations, air dispersion modeling, control technology evaluations, and agency coordination. The complexity of the permitting process often depends on factors such as equipment type, fuel source, operating schedule, and facility location.
For many projects, environmental permitting becomes a critical component of overall project planning and scheduling.
Planning Ahead for Success
As BYOP strategies become more common, early planning is essential.
Decisions about power generation technology can have far-reaching impacts on project costs, timelines, environmental requirements, and long-term operations. Evaluating these considerations early allows developers to better understand permitting pathways, identify potential risks, and make informed decisions before major investments are made.
The reality is that power availability is no longer just a utility issue. It has become a core development consideration for data centers across the country. Organizations that proactively address both the energy and environmental aspects of BYOP will be best positioned to bring projects online efficiently and meet the growing demand for digital infrastructure.
As the industry continues to evolve, BYOP is quickly emerging as more than an alternative energy strategy. For many data center developers, it is becoming a key part of the roadmap to getting projects built and operational.
Our Experts Ready to Help
Whether you’re evaluating a new data center site, assessing onsite generation options, or navigating complex air permitting requirements, engaging environmental and engineering experts early can help identify challenges before they become costly delays. With power availability increasingly driving project schedules, the most successful developments will be those that take a proactive approach to both energy planning and regulatory compliance.
Ready to explore a Bring Your Own Power strategy for your next project? CEC’s multidisciplinary team can help you evaluate power generation alternatives, navigate permitting requirements, and keep your project moving from concept to operation.
Contact CEC’s experts:
- Amanda Black, Vice President Air Quality & Corporate Power Market Group Lead
- Mike Archer, P.E., CEC’s Data Center Steering Committee Lead
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