Test report DSG-2285 · Rev B · tested November 14, 2026

AI Datacenter InfrastructureDevice under test

DCD Connect Virginia 2026: Speed-to-Power Still Trumps the Backlash

Power, not politics, dominated DCD Connect Virginia 2026 — but midterm defeats, 20-30MW inference deals and 400-rack network rooms reshaped how operators talk about growth.

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Elena Vasquez

Spec summary

  1. Hyperscalers are reportedly walking away from lease agreements when project timelines slip too far.
  2. More than half of polled voters said data centers were an important factor in how they voted in the midterms.
  3. OpenAI and Anthropic are reportedly seeking 20-30MW deployments for inference workloads.
  4. Some AI and neocloud customers request networking rooms of up to 400 racks alongside compute.
  5. 800VDC power is emerging as the next major technology shift, with 1MW racks on the horizon.
DCD Connect Virginia 2026: It’s all about the power (and public perception)
Fig. ADCD Connect Virginia 2026: It’s all about the power (and public perception) — blickpixel / pixabay

Hyperscalers are reportedly walking away from leases when project timelines slip too far — and that single fact framed last week's DCD Connect Virginia more than any election result. The fifth edition of the annual event, held in the heart of the world's largest data center market, was the biggest yet and drew mainstream coverage that a niche trade conference never usually gets.

The timing was awkward. The US midterm results landed the morning of day two, and voters rejected most local data center measures on the ballot. Anti-data center politicians — senators, representatives, governors — won their races. More than half of polled voters said data centers were an important factor in how they voted. Some outside coverage accused the industry of "crashing out," of playing pickleball during an election week in which it was resoundingly rebuffed.

What does the industry actually see as the blocker?

Not public sentiment — power. Despite panels on social license, moratoriums and trust, speed-to-grid-power and time-to-IT-capacity remained the imperatives. Natural gas kept its role as the short-term "bridge" solution, paired with modular construction to compress build times.

One hyperscaler pushed a more collegiate approach: instead of operators requesting individual grid upgrades, they could coordinate capacity needs collectively with utilities and grid operators. The argument — data centers should act as a grid resource, not a hindrance, smoothing demand and avoiding disturbances like the one narrowly avoided in Virginia last year.

There was also an admission that the current build-out pace makes sustainability "more difficult, but not less important." And some operators see an opening in the sub-50MW segment — a size that counted as hyperscale before the LLM era. With OpenAI and Anthropic reportedly scouting 20-30MW deployments for inference workloads, mid-range projects look like an easier sell to locals and simpler on grid capacity.

How do you rebuild trust after the ballot box?

The mood wasn't "what do we do now?" — it was "how do we move forward smarter?" Panelists collectively conceded the industry hadn't done enough to build public trust and is now paying for it.

Misinformation came up repeatedly. Some argued that better information on water use, energy bills and ratepaying can soften local opposition. Others said that's no longer sufficient: correcting misinformation doesn't matter if people don't trust you. Transparency is key, but so is giving residents a genuine feeling of choice.

Developers, several speakers noted, too often arrive armed with facts and a checkbook and tell communities what the project will be, rather than offering feedback loops that meaningfully change the outcome. Threatening to take projects elsewhere won't win friends either, even if a community later regrets the lost tax dollars.

Ratepayer pledges and dropping non-disclosure agreements are a start — but only the tip of the iceberg.

"You can have a community that works with you, or fights you at every step of the way," one panelist said.

One operator described holding regular community meetings: expect anger early, expect people who didn't come to learn, and simply "take the punches." Show up enough, and the anger tends to subside into curiosity about what the project could do for the area.

"Let them hate data centers as an industry," another panelist said, "as long as they love us as local partners."

Is the next technology shift already visible?

Two things stood out. First, networking: AI and neocloud customers could demand astronomical fiber capacity. Real demand for low-latency inference might trigger new local fiber, carrier hotels and exchange points in areas traditionally routed to distant hubs. Some customers are asking for networking rooms of up to 400 racks — a serious deployment on its own — alongside regular compute.

Second, liquid cooling has quietly matured. Direct-to-chip and hybrid air/liquid environments now deploy quickly, at least in new builds, and the topic generated far less heat than in previous years.

The shift actually on the horizon is 800VDC power. It's too early for definitive answers, but if rack densities climb as Nvidia promises — with 1MW racks a potentially scary proposition — change could be coming.

via datacenterdynamics.com (Source)

Filed under

  • data-center-power
  • grid-capacity
  • community-opposition
  • liquid-cooling
  • 800vdc
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Elena Vasquez

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Senior reporter covering people, launches and day-to-day practice in hardware layer of artificial intelligence at Die Signal.

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