How a Data Center Developer Influenced Local Politics

When a candidate wins a seat on a powerful water and power agency board, the story rarely ends at the ballot box. Sometimes it starts there — with a check.

KPBS reporter Kori Suzuki broke a story that deserves more attention than it received: Carlos Duran's campaign for a Southern California water and power agency was backed by a data center developer. That single fact opens a much larger conversation about who is really shaping the infrastructure decisions that determine where power flows, how much it costs, and who gets to build the next generation of industrial-scale computing facilities.

This isn't about scandal-mongering. It's about understanding a structural shift in how infrastructure gets built and governed in America's fastest-growing technology corridors.

Southern California Is Ground Zero for the Data Center Boom

The numbers are staggering. Southern California — anchored by the Inland Empire corridor stretching from Los Angeles through San Bernardino and Riverside counties — has become one of the most contested data center markets in North America. Hyperscalers like Microsoft, Google, and Amazon are racing to secure land, power, and fiber connectivity. Colocation operators and private developers are right behind them.

What makes Southern California particularly valuable isn't just its proximity to Los Angeles's tech ecosystem — it's the convergence of major fiber routes, a dense population requiring low-latency services, and (historically) relatively accessible power infrastructure.

A single hyperscale data center can consume 100 to 200 megawatts of power — enough electricity to supply tens of thousands of homes. A large campus can push past 500 MW. When developers are siting facilities at that scale, the relationship they have with local utilities and water agencies isn't a background consideration. It's the whole ballgame.

Water matters too, and this is where people outside the industry often miss something critical. Many data centers still rely on evaporative cooling systems that consume millions of gallons of water annually. In a region perpetually navigating drought conditions and aging water infrastructure, the agency that controls water allocation has enormous power over which projects get built — and how fast.

When Developers Write Campaign Checks, They're Buying Access to That Power

Carlos Duran's campaign, backed by a data center developer, is a window into a practice that's becoming more common as the stakes around infrastructure governance rise.

To be clear: campaign contributions from industry stakeholders are legal. They're a routine feature of American politics at every level. But that routine nature is exactly what makes them worth examining. When a developer with hundreds of millions of dollars in potential infrastructure projects at stake funds a candidate running for a board that controls power and water access, the conflict of interest isn't hypothetical — it's structural.

Think about what a favorable board member is worth to a data center developer in a market like Southern California. Expedited utility interconnection agreements. Favorable water allocation decisions. Supportive votes on infrastructure expansion that enables larger campuses. The math on a campaign contribution can look very different when you're modeling returns on a $300 million development.

This isn't unique to data centers, of course. Real estate developers, utilities, and industrial operators have played the local political game for decades. What's changed is the speed and scale at which data center capital is moving — and the degree to which these facilities are becoming load-shaping events for entire regional grids.

The Economic Argument Is Real — and Developers Know How to Make It

Before dismissing data center developers as purely extractive actors, it's worth accounting for what these facilities actually deliver. The economic case is legitimate.

A large data center campus creates thousands of construction jobs during development — typically 18 to 24 months of intensive activity for a major facility. Permanent employment is more modest, often 50 to 200 full-time positions for operations and maintenance, but those jobs tend to be well-compensated. More significantly, data centers generate substantial property tax revenue for local jurisdictions. A single facility can contribute millions of dollars annually to county and municipal budgets.

Infrastructure investment is the less-discussed benefit: developers often fund or partially fund power line upgrades, substation expansions, and fiber installations that ultimately benefit the broader community.

These economic arguments are part of why local politicians — including those sitting on utility boards — can find themselves genuinely aligned with developer interests, not just financially incentivized. The community benefits are real. That doesn't make conflicts of interest disappear, but it does explain why the politics are rarely clean.

The Sustainability Question Is Where It Gets Complicated

The data center industry has made aggressive public commitments around clean energy. Microsoft has pledged carbon negativity by 2030. Google has been operating on 100% renewable energy matching since 2017. Amazon's AWS is pushing toward net-zero carbon across its operations by 2040.

But those corporate-level commitments collide awkwardly with local reality. A data center drawing 150 MW from a regional utility that's still running natural gas peaker plants isn't carbon-neutral, regardless of what renewable energy certificates a developer purchases on the open market.

Southern California's grid is cleaner than it was a decade ago, but it's not clean. LADWP and other regional utilities are still navigating the transition away from fossil fuels while managing grid reliability for one of the most power-hungry urban regions on earth. When a data center developer backs a candidate for a water and power board, one of the implicit questions is: will this board member push for faster grid decarbonization, or will they prioritize supply reliability and rate stability in ways that extend the life of fossil infrastructure?

That's a policy question that affects every ratepayer in the service territory — not just the data center's electricity bill.

Urban Planning Can't Ignore This Anymore

Cities and counties across Southern California are beginning to grapple with data centers the way they once grappled with warehouses and distribution centers: trying to balance economic development against land use, traffic, noise, and infrastructure strain.

The analogy to warehousing is instructive. The Inland Empire built out millions of square feet of logistics space over two decades, driven largely by e-commerce demand. Local governments welcomed the investment, then spent years managing the downstream effects: truck traffic, air quality impacts, and industrial sprawl displacing other land uses. Data centers present a similar dynamic — quieter and cleaner on the surface, but with their own set of infrastructure demands that compound quickly at scale.

Smart jurisdictions are getting ahead of this by integrating data center siting into their general plans and infrastructure master plans rather than treating each project as a one-off permitting decision. That means asking hard questions before a developer breaks ground: What's the cumulative power load if we approve five facilities in this corridor? Do we have transmission capacity to support that without strapping ratepayers with upgrade costs? What happens to water supply projections?

These are exactly the kinds of questions that elected and appointed officials on utility boards are positioned to ask — which is precisely why data center developers have an interest in who fills those seats.

What Comes Next

The Carlos Duran story, as reported by KPBS, is a data point in a trend that infrastructure watchers should take seriously. As the artificial intelligence buildout accelerates demand for computing power, the capital flowing into data center development is going to keep growing — and so will the incentive to shape the regulatory and political environments that govern where and how these facilities operate.

The communities that navigate this well will be the ones that demand transparency about political funding sources, build planning frameworks that treat data centers as major infrastructure rather than commercial real estate, and elect or appoint board members with the technical literacy to ask the right questions when a developer comes knocking.

The communities that don't will find out — after the fact — that the decisions were already made.

**Explore more about the future of data centers and infrastructure at InfraSale Marketplace.**

[INTERNAL LINK: data center trends]

[INTERNAL LINK: infrastructure governance]

[INTERNAL LINK: economic impact of data centers]