In September 2025, NextNRG (NASDAQ: NXXT), a Miami-based AI-driven energy innovation company, announced a major move: securing a long-term lease option on 1,600 acres in Nassau County, Florida, near Jacksonville International Airport. The plan? Deploy a 200 MW smart microgrid across roughly 1,200 acres to power a hyperscale data center on the remaining ~400 acres, with potential access to an additional 6,000 acres for phased expansion.

This announcement arrived amid surging demand for AI and cloud computing infrastructure. Tech giants face a power crunch—traditional utility grids struggle to deliver the reliable, high-capacity electricity that massive data centers require. NextNRG’s integrated approach aims to solve this by building the power system alongside the data center itself.

Why This Project Could Happen Now

The AI revolution drives explosive growth in data centers. Training and running advanced models demands constant, massive electricity—often hundreds of megawatts per facility. Many operators now explore private power solutions or “islanded” microgrids to avoid years-long delays waiting for grid upgrades.

Nassau County’s site offers key advantages: existing power infrastructure, water access for cooling, fiber connectivity with low latency, highway and airport access, and room to scale. Florida’s business-friendly environment and available land in Northeast Florida make it attractive compared to more saturated markets like Northern Virginia.

NextNRG positions the project as a turnkey solution for hyperscalers, enabling phased development starting smaller (e.g., 50 MW) and growing as demand increases.

What Makes NextNRG Different

Most data center developers focus on the buildings and lease space to tenants, while relying on the local utility grid for power. Traditional energy companies supply electricity but rarely integrate deep AI optimization.

NextNRG stands apart as an AI-first energy innovator. Its flagship Next Utility Operating System® (NextUOS) uses artificial intelligence and machine learning for real-time optimization, predictive analytics (via RENCAST™), load forecasting, and automated balancing across hybrid energy sources—including renewables, battery storage, and backup generation.

The proposed smart microgrid acts like a private, intelligent utility: on-site generation and storage reduce dependence on the distant grid, improve resilience (ability to “island” during outages), and optimize for cost and efficiency. The company also operates in mobile fueling, wireless EV charging, and utility software, creating a vertically integrated platform.

In essence, NextNRG doesn’t just host a data center—it builds and intelligently manages the power plant that runs it, potentially offering tenants greater reliability, cost control, and lower carbon intensity than a standard grid-tied setup.

Potential Environmental Advantages: Water Use and Broader Impact

Traditional hyperscale data centers consume enormous resources. Direct on-site water use for evaporative cooling can reach millions of gallons daily for large facilities. Indirect water use—tied to electricity generation at distant power plants (especially coal or natural gas)—adds billions more gallons annually nationwide.

NextNRG’s model could offer meaningful differences:

• On-site hybrid microgrid with AI optimization — By incorporating more renewables (solar, wind) and battery storage, the system reduces reliance on water-intensive fossil fuel plants for power. Solar and wind generation use virtually zero water for electricity production, unlike traditional thermal plants.

• Efficiency gains — AI-driven forecasting and load balancing can match power supply more precisely to the data center’s variable AI workloads, potentially lowering overall energy draw and enabling more efficient cooling strategies.

• Resilience without heavy grid strain — The microgrid can operate independently, easing pressure on regional infrastructure and reducing the need for broad utility upgrades that might indirectly affect water or land resources.

That said, the data center itself would still require significant cooling water, and no project-specific water modeling or environmental impact studies have been publicly released (as no formal plans have been submitted yet). Outcomes would depend on final design choices, such as cooling technology (air, immersion, or recycled water systems). The approach aims for better overall efficiency and lower indirect impacts compared to conventional grid-dependent facilities, but it is not zero-impact—large industrial projects inherently affect land, water, and local resources.

Local community discussions in Nassau County have already raised concerns about water supplies, traffic, noise, and the rural character of the area.

Economic Upside: Tax Revenue for Nassau County

No specific tax revenue projections for this NextNRG project exist publicly, as it remains in the early lease-option stage with no formal development applications or approvals filed as of early April 2026.

However, broader industry data illustrates the potential scale. Data centers are capital-intensive and often become major property taxpayers. Studies on large facilities (scaled to a 200 MW-class project) suggest meaningful contributions through property taxes on buildings and equipment, plus indirect economic activity from construction, operations, suppliers, and jobs.

In Florida, a hypothetical 1 GW data center could generate hundreds of millions in annual state and local tax revenue and billions in broader economic impact, including high-wage jobs in IT, engineering, and maintenance. Even a smaller 200 MW project could add tens of millions annually in property taxes once operational, helping fund schools, infrastructure, and public services—though exact figures depend on assessed value, any negotiated incentives or abatements, and final scope.

Florida offers sales tax exemptions on equipment, electricity, and materials for qualifying large data centers (generally those meeting higher MW and investment thresholds post-2025 legislative changes), which can influence short-term revenue but are often tied to job creation and phased over time. Nassau County’s Economic Development Grant program provides performance-based incentives rewarding capital investment and high-wage jobs.

Data centers typically demand fewer public services (e.g., less traffic or housing strain) relative to their tax contributions compared to residential development. In other regions, they have delivered strong returns—sometimes $13–$26 in revenue per $1 in services—strengthening local budgets without proportionally increasing demands.

Current Status: Early Stage with Local Oversight Required

As of April 2026, Nassau County officials confirm that no plans have been submitted or approved. The project must follow the full standard review process: potential comprehensive plan amendments, rezoning, environmental studies, site-plan approvals, public hearings, and permitting. It does not bypass county officials.

NextNRG continues advancing its core energy platform (microgrids for healthcare, federal projects, AI dashboards), but site-specific progress in Nassau has been quiet since the initial announcement. Community sentiment remains mixed—excitement about jobs and tax base growth alongside caution over resource impacts.

Looking Ahead

NextNRG’s Nassau County vision represents a timely intersection of AI infrastructure needs and innovative energy solutions. By pairing a hyperscale data center with an AI-optimized smart microgrid, the company aims to deliver more resilient, potentially more efficient power—addressing key pain points like grid delays and resource intensity.

Whether the project advances will depend on detailed permitting, environmental reviews, community input, and negotiations with the county. For locals in the Jacksonville area, monitoring Nassau County commission and planning meetings will be key. Company updates can be found on NextNRG’s investor site.

This development highlights the broader tension in the AI era: balancing explosive technological growth with local concerns over water, energy, land use, and community character. If realized thoughtfully, it could bring economic benefits while demonstrating smarter ways to power the future.

What are your thoughts on data centers in Northeast Florida? Final thoughts…water resources don’t necessarily begin and end at a county line…