GridCrunch Build & Validate

Feasibility & modeling for renewables, storage, and flexible resources—guided by conversational AI. GridCrunch Build & Validate streamlines early-stage analysis for solar, storage, EV charging, CHP/thermal, and microgrids—at one site or across many.

What it’s for

  • Screening & feasibility (single sites or portfolios)
  • Sizing & dispatch studies (cost, carbon, resilience constraints)
  • Tariff & rate scenarios (TOU, demand charges, special rate structures)
  • Sensitivity analyses (price paths, outages, load growth, technology costs)
  • Transparent, expert-ready outputs (assumptions, cashflows, detailed export data files)

Typical inputs

  • Interval load data and energy bills
  • Asset specs and costs (PV, BESS, generators, EVSE, CHP/thermal)
  • Site metadata (location, interconnection, constraints)
  • Tariffs, rates, and market programs
  • Objectives/constraints (NPV, payback, emissions, backup hours)

How it works (capabilities)

Conversational setup

Describe the project or upload data (bills, interval/AMI, specs). The copilot extracts parameters, applies defaults from the vertical knowledge base, and asks targeted follow-ups to complete the model.

Open, proven calculation engine

We use transparent, industry-trusted optimization under the hood (e.g., open-source engines used in DER/VPP analysis). Assumptions and constraints are visible and editable.

Scenario studio

Compare tariffs, dispatch strategies, and constraints (e.g., demand-charge shaving vs. arbitrage, backup targets, carbon limits). Run sensitivities and export side-by-side results.

Explainable results

Plain-language summaries linked to underlying data, charts, and formulas—suited for internal reviews or client deliverables.

Market awareness

Every market is different—we apply only relevant incentives, rates, and programs in scope.

What you get

Data security note: Build & Validate inherits GridCrunch’s no-training policy, tenant isolation, encryption, and audit controls. You own your inputs and outputs.