Dixie Power Electric Cooperative

Dixie Power faced a structural challenge common to growing electric cooperatives: public-facing member services and core engineering operations were functioning without facilities purpose-built for their distinct roles. As service demands increased and operational complexity expanded, the cooperative required environments that could support daily member interaction, dispatch coordination, and workforce training without overlap or inefficiency. The need was not symbolic. It was operational. Member services required accessibility and transparency. Engineering and operations required control, coordination, and reliability.

Completed in 2017 in St. George, Utah, the project delivered two new facilities: an 11,412-square-foot Customer Service Center on approximately 2 acres and an 18,301-square-foot Engineering and Operations Facility on approximately 4 acres. Located a few miles apart, the buildings were planned as complementary components of a single operational framework.

Public Interface and Member Services

The Customer Service Center serves as Dixie Power’s primary point of contact with its members. The facility consolidates administrative offices and service functions within a dedicated office building designed to support both daily transactions and community engagement.

A central commons area anchors the building. This space accommodates the cooperative’s annual Christmas tree lighting event, one of its most visible public gatherings. Incorporating this program element into the core of the building required balancing openness with operational order. Circulation, service counters, and administrative areas were organized to support member flow while maintaining secure back-of-house functions.

The building’s siting within the Pine Valley Mountains region, at the convergence of the Mojave Desert, Colorado Plateau, and Great Basin, required consideration of environmental context. Exterior design decisions responded to local conditions while maintaining consistency with the cooperative’s identity. The objective was not architectural statement but continuity and recognizability within the community it serves.

Engineering and Operations Infrastructure

The Engineering and Operations Facility addresses a different operational pressure: system coordination and workforce support. At 18,301 square feet on approximately 4 acres, the building houses office areas, a dispatch room, and a training room to support engineering staff and operational personnel.

The dispatch room provides a dedicated environment for system monitoring and coordination. Separating this function from public-facing activity reduces interruption and reinforces operational control. The inclusion of a training room acknowledges the cooperative’s ongoing need for workforce development and procedural consistency.

Although geographically separate from the Customer Service Center, the Engineering and Operations Facility maintains an exterior architectural language consistent with the public building. This alignment reinforces organizational cohesion and brand continuity while allowing each facility to function according to its operational requirements.

Site Development and Systems

Both facilities required full site development on previously undeveloped acreage. Sitework included grading, access, parking, and utility coordination to support daily occupancy and operational use. The acreage associated with each building allows for controlled circulation and functional separation between public and operational activities.

The design framework recognized that electric cooperatives operate within strict reliability expectations. While the project did not introduce specialized generation or distribution infrastructure, it created built environments that support continuity of service through clear spatial organization, dedicated dispatch capability, and workforce training capacity.

Services Provided

Professional services included architectural design and associated site development for both facilities. The work encompassed planning, building design, and coordination of program elements required to support member services, administrative operations, dispatch, and training functions.

Operational Resolution

For Dixie Power, the dual-facility approach clarified organizational structure. Member services now operate within a space designed for accessibility and community presence. Engineering and operations staff work within a facility configured for coordination, concentration, and workforce development.

The separation of functions reduces conflict between public access and operational control. At the same time, consistent architectural expression across both sites reinforces the cooperative’s identity within St. George.

The project reflects a disciplined response to sector-specific needs. Electric cooperatives must balance public accountability with technical reliability. By delivering facilities aligned with those dual responsibilities, the 2017 development provides long-term operational infrastructure without overstatement. It supports the cooperative’s workforce, accommodates community engagement, and establishes environments appropriate to the demands of utility service.