Data centers are transforming the construction industry, with over $200 billion expected to be spent on their development in 2025. For electrical contractors, these projects are a big business opportunity—but they also require a unique approach to bidding. Here’s how to craft a winning proposal that meets the specific demands of data center construction.
Data centers are not typical commercial builds. They require advanced power systems, efficient cooling, and robust security measures. According to Dgtl Infra and Accutech, electrical systems alone often account for 40-45% of total construction costs, making them a critical component of the project. This includes:
When you factor in labor costs for specialized installation and ongoing maintenance, the electrical portion of a data center project can easily exceed 50% of the total budget.
Key trends in data center construction:
While the fundamentals of bidding on commercial electrical projects apply here, data centers require specialized approaches:
Data centers rely on complex electrical systems, including high-voltage power distribution, backup generators, and uninterruptible power supply (UPS) systems. Highlight your team’s experience with these systems, supported by case studies or testimonials from past projects.
General contractors prioritize fast project completion and strict safety standards. Include details on how your team can mobilize quickly, meet tight deadlines, and maintain a strong safety record. Certifications such as NFPA 70E and Arc Flash training should be prominently featured.
Many data centers are built in rural locations with limited local labor pools. If you have access to a network of traveling electricians, highlight this as a competitive advantage. Specify the number of workers available and their willingness to relocate.
While cost is not the primary concern for data center clients, a transparent and comprehensive budget can build trust. Break down costs for materials, labor, and equipment, and explain how your approach delivers value without compromising quality.
Clients are increasingly interested in green technologies. Highlight your ability to incorporate energy-efficient systems, such as solar power or advanced cooling methods, into your proposals.
Data center projects often require 300+ electricians at peak times—far more than typical commercial projects. Make sure your bid includes a realistic labor plan.
Rural locations may lack infrastructure, increasing logistical complexity. Address these challenges in your proposal to demonstrate preparedness.
General contractors value transparency. Avoid vague claims about workforce availability; instead, provide specific numbers and verifiable data.
Buildforce connects electrical contractors with a network of 10,000+ skilled electricians, including those willing to travel. Our platform helps you:
Next Steps for Electrical Contractors
Data center construction is a high-stakes, high-reward opportunity. By focusing on speed, safety, and scalability—and leveraging Buildforce’s resources—you can position your company as the go-to contractor for these datacenter projects that are becoming a larger portion of the overall construction section every day.
Power distribution units (PDUs), uninterruptible power supplies (UPS), and backup generators. These systems deliver power, maintain operation during outages, and provide critical redundancy.
NFPA 70E and Arc Flash training certifications. Data center clients require these safety qualifications for high-voltage environments.
Cold environments, high-amperage circuits, and complex power distribution systems. Work often requires maintaining uninterrupted power while updating documentation and diagrams.
Critical. Good design includes proper circuit segregation, redundant power distribution, and reliable backup systems. It balances power usage effectiveness with system reliability.
Most data centers require N+1 or 2N redundancy for power systems. This means providing backup components (N+1) or fully duplicated systems (2N) for every critical element in the power chain.
Most use a "breakered amp" model. Clients pay for allocated power capacity based on breaker size and voltage, regardless of actual usage.
Electricity consumed by IT equipment like servers, storage systems, and network switches. It excludes facility overhead such as lighting and cooling systems.
Get matched with pre-vetted electricians who understand the specialized requirements of these high-value projects.