If the building is late, too small or poorly cooled, panels sit in storage, commissioning waits and energisation slips. A relay room that overheats or a battery room without proper ventilation is also a reliability and safety risk you carry for the life of the campus.
USP&E Helps You Plan the Campus GT Control Building
We know how quickly a power yard control building turns from a box on the site plan into the place where every schedule meets. With 150+ power projects in 45+ countries and 25,000 MW contracted since 2002, USP&E puts 400+ engineers and project managers behind you; they plan control buildings, relay rooms and cable entries so gas turbine power yards can be commissioned and run without delay. You get ISO 9001 and ISO 45001 certified quality and safety systems, with FCPA and OFAC compliance on every contract. USP&E is a full-service EPC and O&M contractor, not a broker.
Getting this right is mostly a matter of order for you. Define your rooms, size them for growth, sort out cable entry and environment early, and finish the building before the panels arrive.
Define Every Room and Size It for Later Phases
List every room the power yard needs: control room, relay and protection room, battery room, telecom and server space, a workshop, spares storage and welfare facilities for operators. Each room has different requirements for floor loading, cooling, fire protection and access.
Size the building for the blocks that follow, not just phase one. Relay panels, control cabinets and network racks multiply with every new turbine, and extending a full building later is disruptive. Leave spare panel positions and space you can fit out when the next block arrives.
Agree your layout with the operators who will use it. Sight lines, alarm screens, emergency exits and the walk from the control room to the plant all affect how well your team responds when something trips.
Plan Cable Entry, Floors and Segregation Early
Most control building problems start where cables enter. Decide whether you use raised floors, cable trenches or cable basements, and size them for every control, protection, power and fibre cable that will come in over the life of the campus.
Segregate power, control and communication cables so interference and fire spread are limited, and keep redundant circuits apart. Sealed fire-rated penetrations should be designed into the walls and floors, not cut on site after the cables are pulled.
Coordinate entry points with the cable trench and duct bank design outside. A trench that arrives at the wrong wall, or at the wrong depth, causes rework at exactly the moment commissioning teams need access.
Design HVAC and Fire Separation, Then Finish Early
Protection relays, control systems and batteries need stable temperatures, clean air and humidity control. Design HVAC with redundancy so one failed unit does not overheat the relay room, and provide ventilation for battery rooms according to the battery type and the applicable code.
Separate battery rooms and high-risk areas with fire-rated construction, and install fire detection suited to electronics. Choose a suppression method that protects equipment without damaging it, and agree it with the campus fire strategy.
Finish the building before panels arrive. Early power from a remanufactured GE Frame 6B, verified used/new gas turbines or natural gas engines/stations needs a working control room too. As the campus grows, a hyperscale EPC/O&M team adds control for AI gas turbines, hyperscale generators and gas turbines for compute into the rooms you reserved, and each New USP&E FX-45 45MW Modular Gas Turbine for the Hyperscale Data Center sector in the USA block is planned with its panel positions and cable entries already set out. Your gas turbine generators then come online without waiting for a room.
Where USP&E Supports Your Data Centre Campus Project
If your campus gas reception and GT build is in the United States, your first conversations run through USP&E’s US offices in Colorado Springs (1755 Telstar Dr, Suite 300) and Knoxville (800 S Gay St, Suite 700). They keep you close to developers, utilities, gas suppliers and US equipment sources, and they can walk your site before anything ships.
Johannesburg (22 Kildoon Rd, Bryanston) runs engineering, protection studies and project controls for gas reception skids, gas turbine generators and electrical yards, and Cape Town (31 Brickfield Road, Woodstock) adds design and commissioning support. London (162-168 Regent Street) structures the contract, insurance and financing file your lenders will read, while Wuxi, China (No. 1, Ningzhou Road, Wuxi) follows up China supply chain and manufacturing.
For campus control buildings, Colorado Springs and Knoxville project engineers can review room layouts, cable entry and HVAC design with your architect before the structure is fixed, so panels arrive to finished rooms. Regions served: USA | AFRICA | UK | UAE | CHINA. USP&E has delivered 150+ power projects in 45+ countries, with 25,000 MW contracted since 2002, and is ISO 9001 and ISO 45001 certified.
USP&E Track Record for Data Centre Campus
You want proof that USP&E has delivered gas turbine power for demanding US campus builds with control systems ready on time. These projects show that record.
- USP&E has refurbished seven GE Frame 6B gas turbines to zero hours in-house for major US hyperscale data-centre developers.
- NEOM, Saudi Arabia: USP&E supplied three zero-hour Siemens SGT-400 gas turbines as the single technical and commercial interface, and the client reported savings of over $10 million. Read the case study.
- Perenco, Guatemala: USP&E delivered a 13.1 MW HFO/diesel modular power station under full EPC in under five months, on time and on budget. Read the case study.
HowTo: Plan the Campus GT Control Building
Your 3-step plan: 1. Share site plans, panel lists and the build schedule under NDA. 2. Receive a room schedule, cable entry plan and HVAC brief. 3. Build and fit out early, then hand rooms into O&M.
- List every room the power yard needs: control room, relay room, battery room, server space and workshop.
- Size each room for the first phase and the blocks that follow.
- Plan cable entry, raised floors or trenches and segregation before the structure is designed.
- Design HVAC, fire detection and fire separation for electronics and batteries.
- Schedule the building so it is ready before control and protection panels arrive.
- Hand room data sheets, as-built drawings and HVAC routines into O&M.
Resources and live pathway
Data centres · EPC · O&M · About USP&E · Contact.
FAQ: Campus Control Building GT Build
Why does the power yard need its own control building?
USP&E plans a dedicated control building because relays, controls, batteries and operators need protected, conditioned space close to the plant. Putting them in a shared campus building often creates access, security and cable routing problems. A dedicated building keeps your power yard independent and easier to run.
Which rooms should a campus GT control building include?
USP&E usually plans a control room, relay and protection room, battery room, telecom and server space, workshop, spares store and welfare space. Your exact list depends on how the plant is operated and maintained, and each room needs its own loading, cooling and fire design.
How do you size the building for future blocks?
USP&E sizes the control building for the full campus plan, not only phase one. You reserve panel positions, rack space and cable entry capacity for later blocks, and fit them out when needed. Extending a live control building later is disruptive and costly.
Why is HVAC so important in relay and battery rooms?
USP&E designs HVAC with redundancy because relays, controls and batteries are sensitive to heat and humidity. One failed cooling unit can push a relay room past safe temperatures. Battery rooms also need ventilation that suits the battery type and the codes that apply to your site.
Where are USP&E’s offices that support campus builds?
USP&E supports US campus builds from Colorado Springs and Knoxville, where project engineers work with your architect and site team. Johannesburg leads engineering and project controls, Cape Town adds design support, London handles contracts and finance, and Wuxi follows up China-made switchgear and panels.
Has USP&E delivered gas turbine power for campuses before?
USP&E has refurbished seven GE Frame 6B gas turbines to zero hours in-house for major US hyperscale data-centre developers. Public case studies also cover NEOM, where USP&E acted as the single technical and commercial interface for zero-hour gas turbines. You can read each case study and judge the record.
Is USP&E a broker for power yard buildings or equipment?
USP&E is not a broker. USP&E engineers, builds and operates power plants with its own people, so the team that plans your control building also commissions the panels inside it and answers to you for how your plant runs after handover.
How fast can USP&E respond to a control building review?
USP&E can start reviewing your site plans, panel lists and build schedule as soon as you share them under NDA. Engineers flag undersized rooms, cable entry clashes and late finish dates first, then work with your architect so the building is ready before panels ship.
Give Your Power Yard a Ready Control Room
Plan the control building early and your panels move straight into finished rooms for commissioning. Leave it late and energisation waits on a building. USP&E will help you plan, build and fit out with confidence.
Request a fast quote for your campus gas reception and GT build on the USP&E contact page, call +27 10 822 2324 or email info@uspeglobal.com. Want to see what is available today? Search the USP&E inventory.
Powering Possibility. Built for the Frontier.