As AI workloads strain power grids across the Southwest, developers are increasingly turning to on-site generation to secure reliable capacity. Project Baccara, a 160-acre data center campus planned for Waddell, Arizona, represents this shift toward self-powered facilities designed to operate independently of constrained transmission infrastructure.

Takanock, LLC, a Michigan-based firm founded just last year, secured $500 million from energy infrastructure investors ArcLight Capital and DigitalBridge to develop the project. The campus will feature two million-square-foot data centers powered by approximately 700 MW of natural gas generators, with construction slated to begin in Q3 2026.

The project highlights both the capital intensity and regulatory complexity of bypassing grid constraints through distributed generation, particularly in markets where utility interconnection queues stretch years into the future.

Site Configuration and Power Strategy

Project Baccara occupies 160 acres at 14707-14323 W Olive Avenue in Waddell, positioned in an industrial corridor north of Luke Air Force Base. The site layout dedicates 23.7 acres specifically to natural gas generation equipment, with the remaining acreage housing two two-story data center buildings of roughly one million square feet each.

The 700 MW generation capacity exceeds typical data center requirements, suggesting Takanock plans to sell excess power back to the regional grid. This dual-revenue model—combining colocation fees with power sales—reflects growing developer interest in monetizing generation assets beyond their primary data center loads.

The Phoenix metropolitan area has seen increasing grid strain as hyperscale operators compete for limited transmission capacity. Arizona Public Service and Salt River Project have both extended interconnection timelines for large loads, making on-site generation an attractive alternative for developers unwilling to wait for utility upgrades.

Development Timeline and Phasing

Takanock’s construction schedule spans four years, with the first data center targeted for Q1 2028 operations. The second facility and associated electrical substation are planned for Q1 2030, allowing the company to phase capital deployment and test market demand before completing the full buildout.

This phased approach reflects lessons learned from earlier hyperscale projects that overbuilt capacity ahead of tenant demand. By staging construction, Takanock can adjust the second phase based on actual absorption rates and evolving AI infrastructure requirements.

The timeline also accounts for the complex permitting process required for large-scale gas generation near military installations. Luke Air Force Base’s proximity requires military compatibility review, adding regulatory steps that purely grid-connected facilities typically avoid.

Regulatory and Community Challenges

Project Baccara faces a multi-layered approval process involving Maricopa County development permits, Arizona Corporation Commission environmental certification, and military compatibility review. Each regulatory pathway carries distinct timelines and potential complications that could delay the project’s aggressive construction schedule.

Local community concerns have emerged around both the data center’s scale and the on-site gas generation. Public meetings have highlighted resident skepticism about industrial development in an area transitioning from agricultural to commercial use. These concerns could translate into extended review periods or additional mitigation requirements.

The military compatibility permit represents a particular risk factor, as Luke Air Force Base operations could impose height restrictions, noise limits, or electromagnetic interference constraints that affect both data center design and generator placement. Similar reviews have delayed other Phoenix-area projects by 6-12 months.

Financial Structure and Market Positioning

Takanock’s $500 million funding round from ArcLight and DigitalBridge signals institutional confidence in the on-site generation model for data centers. ArcLight’s energy infrastructure focus and DigitalBridge’s digital infrastructure expertise provide complementary capabilities for managing both power generation and data center operations.

The investment scale suggests total project costs could exceed $1 billion when including both phases, placing Project Baccara among the larger hyperscale developments in the Southwest. This capital intensity reflects the premium developers pay for energy independence compared to traditional grid-connected facilities.

Takanock’s positioning as a 2023 startup entering the competitive Arizona market indicates either strong backing relationships or differentiated technical capabilities. The company’s Michigan origins also suggest it may be targeting clients with operations spanning multiple regions rather than focusing solely on Phoenix-area demand.

Broader Market Implications

Project Baccara exemplifies the growing trend toward distributed generation in data center development, particularly in markets where grid constraints limit traditional interconnection options. Similar projects are emerging across Texas, Virginia, and other high-demand regions as developers seek to control their power supply chains.

The project’s scale and timeline also reflect the capital requirements for competing in hyperscale markets, where tenant requirements increasingly favor facilities with guaranteed power availability over lower-cost but grid-dependent alternatives. This trend favors well-capitalized developers over smaller players lacking access to infrastructure-focused capital.

Success or failure of Project Baccara will influence similar developments across the Southwest, particularly regarding community acceptance of large-scale on-site generation and the viability of dual-revenue models combining data center operations with power sales.