Data Centers
Power in months. A partner for the life of the campus.
Bridge generation, flexible grid integration, and community energy programs for data center developers facing multi-year interconnection queues. Speed to power — and durability of permission.
Give us a site and a date6 months
target for first dispatchable capacity on site
Both clocks
electrons and consent, run in parallel from week one
4 gaps
closed by one accountable partner
Delivery targets are preliminary and subject to project-specific confirmation.
The problem
Every stalled project is stalled on two clocks at once.
Developers are organized to solve the first clock. Almost nobody is organized to solve both — and a project only energizes when both have run out.
The electrons clock
Equipment, interconnection, transmission
- Turbine order books at the major OEMs are largely committed for the balance of the decade.
- Quoted lead times run roughly three years prioritized, five to seven otherwise.
- Large-load interconnection studies and network upgrades add years on top.
The consent clock
Zoning, permits, rates, politics
- Well over a hundred municipalities have carried active data center moratoriums.
- Hundreds of billions in announced investment reported blocked or delayed.
- Project cancellations on local opposition rose sharply year over year.
Directional figures drawn from public OEM guidance and third-party moratorium and cancellation trackers. We source every number in a site-specific plan.
Our position
Generation buys the interconnection. Community buys the permission.
These are different problems needing different instruments, and confusing them is why so many campuses buy the wrong solution. Grid Avec runs both in parallel from day one — and because we share in the value we create, our incentive is the energized load, not the purchase order.
Gap 1
Energy and capacity
On-site dispatchable generation and storage
Phased to your ramp, so the campus energizes in stages instead of all at once.
Gap 2
Interconnection and transmission
Flexible and curtailable grid service
On-site capacity backfills curtailment, so flexibility costs you no uptime.
Gap 3
Distribution congestion
Community DER portfolio as a non-wires alternative
Local headroom on the feeders and substations that actually constrain your site.
Gap 4
Consent and permits
Community programs, resilience and workforce commitments
A host community with a measurable, verifiable stake in the project.
Most vendors sell one row. The delay lives in the rows they leave out.
The regulatory window
Flexibility is now the currency of interconnection.
Federal regulators have moved toward transmission products priced to how hard a large load actually leans on the grid. Loads that can flex get served sooner — and on-site generation is what makes that commitment safe to sign.
The affordability argument and the speed argument are the same argument. A flexible campus is cheaper for ratepayers, and that is what wins the room at a county hearing.
Firm & non-firm
Large-load transmission service products now being stood up across multiple RTOs.
Tens of GW
New load the existing grid could absorb at a fraction of a percent of annual curtailment, per independent university research.
No new build
A modest curtailment commitment unlocks headroom without new generation or transmission.
Lower rates
Trimming data center peak demand has been shown to reduce electricity rates for everyone on the system.
Community programs
We write and run the programs that do not exist yet.
In most host territories there is no community solar tariff, no residential VPP, no storage demand-response program, and no non-wires procurement process. We build them with the utility — then administer them.
Virtual power plant
Aggregated residential and commercial storage under a utility-dispatched tariff — designed, enrolled, and operated.
Demand response
Enrollment, dispatch, and settlement for residential, commercial, and fleet load, including municipal and school fleets.
Community solar
Subscription programs with low- and moderate-income carve-outs that show up as a visible credit on resident bills.
Non-wires alternatives
Deferral analysis, utility solicitation response, and portfolio delivery against named feeder and substation constraints.
Protecting ratepayers from your costs is table stakes. Measurably lowering their bills is the new bar.
Why the host community says yes
Two commitments a county board can verify.
Resilience they can point to
- On-site dispatchable generation islands designated community facilities during macro-grid outages.
- Named buildings — schools, clinics, shelters — written into a binding agreement with a performance standard.
- Physically real, because the generation is already on site for your load.
Jobs on the energy side
- Registered apprenticeships and trade-school partnerships in high-voltage, mechanical, and controls work.
- Answers the strongest objection to data centers: that the facility itself employs very few people long term.
- Increasingly a permitting precondition rather than a courtesy as states move on labor standards for large-load approvals.
The program
Both clocks, run in parallel, from week one.
Month 0–3
Site and structure
- Governance and tariff screening
- Fuel, ambient, and site derate analysis
- Utility and G&T engagement opened
Month 3–6
First power
- Initial bridge capacity delivered and commissioned
- Flexible service terms negotiated
- Community program filings drafted
Month 6–12
Scale and enroll
- Next capacity block online
- VPP and DER enrollment begins
- Community agreement executed
Month 12+
Hand the load over
- Phased transition to permanent grid service
- Programs administered and verified
- Generation retained as reserve or redeployed
Indicative program. Actual sequencing depends on site, utility jurisdiction, fuel availability, and permitting pathway.
Bridge generation platform
Modular gas-turbine capacity, engineered for the site.
Through our generation partners we supply and integrate a compact industrial gas-turbine platform — natural gas, low-emissions combustion, and a maintenance-led design — phased in blocks that match your energization curve.
A turbine is only one part of a dependable asset. Grid Avec coordinates supply and configuration, plant integration across fuel, electrical, controls and civil scope, and commissioning through long-term operations — under one accountable party.
Plan around ambient conditions, not nameplate alone: available output declines as ambient temperature rises.
- Rated continuous output
- 16 MW
- Low-ambient simple-cycle output
- Up to 20 MW
- Reference thermal efficiency
- ≥36%
- Major-overhaul interval
- 25,000 h
All values are preliminary and subject to project confirmation. Output, efficiency, emissions, availability, codes and standards, warranty, and scope require final factory and project confirmation. Manufacturing documentation is available following execution of an NDA.
How to work with us
Three ways in. Most clients start at the first and grow.
Tier one
Bridge power
We source, integrate, and commission dispatchable capacity on your site against your ramp schedule.
Load served in months, not years.
Tier two
Bridge plus integration
Bridge power plus the flexible interconnection strategy, storage and solar build, and utility negotiation.
A faster and cheaper permanent grid position.
Tier three
Full program partner
Everything above, plus we write, file, and administer the community energy programs and the host agreement.
A project that gets approved — and stays approved.
Give us a site and a date.
We return a capacity and consent plan for a named site: megawatts by month, the interconnection pathway, the community program structure, and what it costs.
What we need from you
- Target site or shortlist, and the serving utility
- Load ramp: megawatts required by quarter
- Current queue position and study status
- Tenant uptime and curtailment tolerance
- Local approvals still outstanding