Green Technology GlobalData centers that bring their own power and water, pay their own way and open their books to the community will win sites faster and face fewer moratoriums than those that don't. Good citizenship is no longer a public-relations choice. It is becoming the price of entry.
Communities are setting the terms
Illinois shows why. The state has about 115 operating and 67 proposed data centers, and public resistance is rising on three fronts: bills, water and pollution. The proposed POWER Act (SB4016/HB5513) is lawmakers' answer to each.
| Community concern | What advocates cite | What the POWER Act proposes |
|---|---|---|
| Utility bills | Up to $37 billion in added electricity costs through 2050, a 24% increase, per the Illinois Environmental Council | Data centers pay for their own grid build-out; no shifting of capacity or transmission costs to ratepayers; peak use tied to new clean energy brought to the grid |
| Water | Large sites can use millions of gallons per day with no public transparency | Water Impact Permits with public hearings, 5-year renewal, quarterly usage reporting and water scarcity plans |
| Pollution | Diesel backup generators run in "emergencies" and add soot, often in already-burdened neighborhoods | Tighter permitting for diesel backup; cumulative impact assessments |
| Accountability | Nondisclosure agreements keep host communities in the dark | Public notice, an NDA ban, enforceable community benefits agreements and an annual fee into a Public Benefits and Affordability Fund |
Where the law stands
As of October 2026, SB4016 sits in Senate Assignments, where it was re-referred on May 22, 2026; the spring session ended without a vote. On June 5, 2026, Governor Pritzker paused new data center tax incentives and asked lawmakers to revisit the issue in the fall veto session. Data centers have also become an issue in the governor's race.
Local action is filling the gap
Carbondale has passed a moratorium. Champaign County's task force is drafting a protective ordinance. Galena residents have organized public meetings. Projects approved before a state law passes still face this local scrutiny — a project can clear state rules and still stall at the county board.
The trend is national
Texas (SB6) and other states are weighing similar authority over data center power use and costs. A standard built for Illinois is a standard that travels.
Good citizenship as a competitive advantage. One POWER Act provision matters directly here: data centers that show clean energy leadership would get faster grid connection than their competitors. Good citizenship is written into the law as a head start.
The Good Citizenship Standard
GTG proposes a voluntary Good Citizenship Standard that meets or exceeds these expectations from day one. Its core is a campus that runs on its own micro-grid — PTE turbofans, about 20 MW in two 20-ft containers, scalable to GW with no single point of failure, installable in underground vaults for noise control, with heat and emissions recovery — and makes its own water with GTG atmospheric water generators and water vapor recovery.
The standard has six commitments. Each answers a community concern, matches or exceeds a POWER Act provision, and comes with something measurable the operator publishes.
| Commitment | How GTG delivers it | Proof the community sees |
|---|---|---|
| 1. Pay your own way — the developer funds 100% of power and water infrastructure | Owned on-site micro-grid; fuel delivered or piped at the operator's expense | Cost-allocation statement filed with the local utility and regulator |
| 2. Bring your own power — the grid is backup or export only | PTE turbofans, about 20 MW per two 20-ft containers (~1,000 sq ft) | Monthly grid-draw report, especially at peak demand |
| 3. Clean and quiet air — no diesel prime power; fuel moves toward green hydrogen or ammonia | Turbofans with heat and emissions recovery; hydrogen-ready fuel path | Continuous emissions monitoring, published quarterly |
| 4. Be a quiet neighbor — no audible impact at the property line | Turbofans in underground vaults; berms and setbacks as needed | Pre-build noise study and ongoing property-line readings against a set dB limit |
| 5. Make your own water — zero draw on aquifers or municipal supply | GTG AWGs plus the Water Vapor Recovery System to recapture cooling-tower losses | Quarterly report of gallons produced, recovered and drawn (target: zero drawn) |
| 6. Open books, shared benefits — impact assessment, no NDAs, enforceable CBA | Micro-grid and water metering make reporting simple | Public dashboard, signed CBA, annual community meeting |
Where the business value comes from
For a developer, the standard pays off in faster energization, smoother approvals, lower regulatory risk, new revenue, stronger resilience and more predictable costs. Dollar values depend on the site and have to be modeled project by project — but the drivers are consistent.
| Value driver | With the standard | What to model per site |
|---|---|---|
| Speed to power | Modular, containerized turbofans let the campus energize on its own schedule instead of waiting on interconnection studies and transmission upgrades | Months saved × revenue per MW-month of leased capacity |
| Approval and social license | The developer arrives at hearings with answers: no ratepayer costs, no aquifer draw, a noise limit, a signed CBA | Probability-weighted cost of delay or denial; legal and hearing costs |
| Regulatory readiness | Already built to POWER Act-level rules, so a new law is not a redesign | Retrofit costs avoided; exposure to peak-demand-based fees |
| Revenue | Surplus power can be sold under an interconnection agreement | Surplus MWh × local wholesale price, net of interconnection costs |
| Resilience | Independent power and water keep critical workloads running through grid or drought events | Downtime cost avoided; SLA penalties; tenant premium for resilience |
| Cost certainty | Fuel cost tied to a long-term supply contract; water cost is the AWG's energy | Levelized cost of power and water vs. utility forecast |
Why act now
- The Illinois tax-incentive pause means sites must compete on merits other than tax breaks.
- Projects approved before a state law passes still face local ordinances and moratoriums.
- Tenants — especially AI and government-adjacent workloads — increasingly ask about resilience and community impact.
Who benefits
Developers and operators get faster time to revenue, lower approval risk and stable costs. Host communities get no rate increases, protected water, quiet sites and a benefits agreement. Utilities avoid stranded grid upgrades and gain an optional surplus supply. State and local government gain tax base and jobs without new burden on public infrastructure.
Reference configuration: a 20 MW campus
A typical 20 MW data center can meet the standard with one turbofan power block, an AWG water plant, and closed-loop cooling with vapor recovery. Final sizing comes from GTG's project assessment.
- Power — PTE turbofans with heat and emissions recovery: ~20 MW in two 20-ft containers, ~1,000 sq ft, plus N+1 units for redundancy.
- Fuel — natural gas with an on-site hydrogen path, or delivered green hydrogen or ammonia, with storage sized to the resilience target.
- Grid tie — optional interconnection for backup supply and surplus export.
- Water — GTG atmospheric water generators sized to daily demand, with output that varies by humidity and season.
- Water recovery — the GTG Water Vapor Recovery System recaptures evaporative losses, reducing what the AWGs must produce.
- Storage — water tanks sized to buffer dry winter months.
- Noise — underground turbofan vaults, plus berms and setbacks if the site noise study calls for them.
- Reporting — metering and emissions monitoring feeding the public dashboard.
The risks, stated plainly
- Fuel supply — a pipeline or delivery disruption becomes a power outage; size storage and redundancy accordingly.
- Air permits — on-site turbines need state air permits regardless of emissions technology.
- Policy uncertainty — the final POWER Act may differ from the introduced bill; track the veto session.
- Cost — self-supply capital cost must be compared honestly against grid supply plus the risks it carries.
Ready to make it public? Developers who adopt the standard can sign the Good Citizenship Pledge before breaking ground.
Sources
- GTG — Good Citizenship for New Data Centers (position paper)
- GTG — Data Center Power & Water Infrastructure
- Illinois Environmental Council — Data Centers in Illinois / POWER Act
- Illinois General Assembly — Bill Status of SB4016
- NRDC — Pritzker suspends data center tax incentives (Feb 18, 2026)
- Daily Yonder — Illinois "not quite ready" to pass data center rules (Jun 10, 2026)
- Capitol News Illinois — POWER Act won't move forward this spring
- Prairie Rivers Network — Data Centers (update Aug 18, 2026)
- HeplerBroom — POWER Act implications for developers and municipalities