GridArche gives origination teams the grid intelligence to screen sites, model interconnection feasibility, and compress speed-to-power decisions — before committing capital.
"The bottleneck isn't land.
It isn't capital.
It isn't even permitting.
It's power delivery."
Grid interconnection queues now exceed 4–10 years in major US markets. The national backlog stands at 2,600 GW — five times the existing US generation fleet. Developers who evaluate sites the old way — land first, power second — are acquiring stranded assets.
Ten purpose-built capabilities — from site screening to IC brief export. No adapters. No workarounds.
Every candidate site scores 0–100 across seven calibrated dimensions — IC feasibility, queue timeline, upgrade cost, LMP stability, infrastructure, renewables mix, and regulatory exposure. Weights derived from LBNL and DOE research.
DC power flow on ISO network models. Hosting capacity P10/P50/P90. N‑1 contingency. Congestion exposure. <20ms per site. 6 study types.
Live queue depth, cluster study timelines, and filing position dynamics across all 7 US ISO/RTOs. ERCOT Batch Zero, PJM CIFP, MISO SUGAR AI — all built in.
Geocoded portfolio on LMP zones, ISO boundaries, and queue congestion heat. Click any site for full Grid-Fit and HONEY summary. Export IC memos in one click.
The only platform that lets you model AI campus load profiles and run Onsite vs Grid scenario analysis directly against your existing project and site data — no re-entry. Select a project, pick a site, and the platform pre-populates target MW, ISO, and operational parameters automatically.
Context-aware AI advisor with full knowledge of your live portfolio, site data, and risk register. Ask about queue dynamics, SB6 requirements, PPA structuring, or ISO selection — and get an answer that knows your sites.
Seven-dimension risk scoring with SLA-tracked mitigation cases, Kanban workflow, auto-triage by priority, and IC-ready PDF brief export. Live across all portfolio sites.
Real-time dashboard with live ERCOT grid data — current frequency, fuel mix, demand forecast, and live alarms. Auto-refresh. Demand pressure visualizer across all ISO regions.
Grid-only vs hybrid vs full onsite Gantt timelines. Break-even analysis. SB6 compliance logic for Texas. Compare gas, solar, BESS, nuclear SMR side-by-side.
IC application ticket management with SLA tracking, status Kanban (Backlog → In Progress → Filed → Complete), priority scoring, and PDF export. Built for origination operations teams.
HONEY — Hybrid Optimization Network for Energy Yield — runs simplified DC power flow on ISO-calibrated network models. Seven ISOs. Bus-level resolution in ERCOT and PJM. Results in milliseconds, calibrated against LBNL and EIA data.
Import or create candidate sites. Auto-fill populates ISO, energy baselines, LMP data. Assign to projects.
One click runs all six study types per site. Hosting capacity, IC probability, congestion, flexibility, resilience. In seconds.
Grid-Fit Leaderboard. Head-to-head table with winner detection. CO₂ intensity by ISO. Demand pressure forecast.
One-click PDF. Grid-Fit score, capacity bands, risk dimensions, recommended action. Board and IC committee ready.
Identify sites with realistic 18–24 month time-to-power paths before committing to land acquisition. Model interconnection timelines and upgrade cost ranges across ISO territories. Avoid stranded site positions.
Evaluate and rank large-load portfolios across multiple ISOs simultaneously. Build Grid-Fit rankings for IC committee review. Track risk dimensions, SLA milestones, and mitigation cases across your entire origination pipeline.
Stress-test site feasibility assumptions independently. Validate hosting capacity estimates and interconnection timeline claims with planning-grade modeling. Identify concentration risk in a portfolio of power origination positions.
Evaluate large-load interconnection requests with planning-grade grid analysis. Assess substation headroom, network upgrade scope, and congestion exposure before filing. Support transmission planning with queue-aware scenario modeling.
HONEY returns planning-grade estimates with a stated ±20–35% uncertainty band — calibrated against LBNL "Queued Up" 2024 data and EPA eGRID. It is appropriate for site screening and portfolio prioritization. It does not replace a formal utility Facilities Study (PSS/E, PSCAD) required for an interconnection agreement.
Exclusively public, officially documented APIs: ERCOT Public API (Batch Zero, fuel mix, load forecast), CAISO OASIS (LMP, load forecast), EIA Open Data (grid operations, plant registry), LBNL Queued Up 2024 (queue statistics), EPA eGRID 2024 (CO₂ intensity by region). All data is treated as "as-is" with no warranty.
No. GridArche is a screening platform. It identifies which sites merit a formal application and which do not — before spending 12–24 months in a utility study queue. The formal study process (Feasibility, System Impact, Facilities Study) remains the authoritative source for actual interconnection requirements.
Most energy data platforms serve oil and gas producers, traders, and investors — with broad datasets adapted for multiple use cases. GridArche is purpose-built for large-load origination: the Grid-Fit scoring engine, HONEY feasibility modeling, IC queue intelligence, and planning brief export are built specifically for this workflow, not adapted from a broader product.
Outputs derived from public grid data, calibrated against industry research, with stated uncertainty bounds. Suitable for investment screening, IC committee review, and pre-application diligence. Not suitable for interconnection agreement filings, rate case proceedings, or regulatory submissions.
We'll walk through Grid-Fit scoring, HONEY feasibility results, and IC brief generation for sites you're actively evaluating.