Generate buildings. Simulate energy performance. Calibrate to utility data. Produce audit-ready reports. All automated, all cloud-based, all at portfolio scale.
Sign up for access to the portal and get a free calibrated digital twin — one per organization. Bring an address plus 12 months of utility bills.
A four-step pipeline that replaces weeks of specialist modeling with a workflow anyone on your team can run — from intake to audit-ready report.
Paste a street address and Roovie geocodes the building, extracts the footprint, pulls the climate zone, and defines the building shell. Or upload .dwg, .dxf, or .ifc for exact geometry.
The Design, HVAC, Assembly, Materials & Template agents auto-assign thermal zones, construction assemblies, HVAC systems, and schedules — all climate-aware, all editable. Natural language edits at any step.
Roovie runs its own independent physics engine — a fully coupled heat balance solved simultaneously across every zone, surface, and system at 1–60 minute timesteps, with simulations running in parallel in the cloud.
Drag-and-drop report builder with PDF export. Compare ECM scenarios side-by-side. Benchmark against CBECS. Share read-only links with clients — password-protected, with expiration. Built for service delivery, not just engineering analysis.
Wrapping EnergyPlus or simplifying the math both inherit a data structure designed for desktop workflows — not automation, not AI, not portfolio scale. Building our own engine means we control the system end-to-end, so every layer above it — generation, simulation, insight, reporting — can be accelerated, extended, and automated.
Because we own every variable the solver touches, we can train models on the full state of a simulation — not just the output tables legacy tools expose.
Raw physics becomes narrative, recommendations, and audit language without a human in the middle. The engine's internals are the data layer.
No specialist queuing runs one at a time. Jobs fan out across the cloud on our schedule, with our error handling, retries, and convergence rules.
Rigid legacy data structures refuse partial information. Our schema fills gaps with learned defaults and climate-aware priors — start from an address, not a 400-field form.
ASHRAE 140 is the industry's rigorous validation standard for whole-building energy simulation. Passing all four suites means Roovie qualifies as a validated tool for the regulatory, incentive, and reporting programs that require defensible physics.
Roovie is designed around service delivery workflows — not single-building engineering projects. If you're running analysis on other people's buildings, this is for you.
Replace weeks of modeling with an afternoon. Keep senior engineers on calibration and retrofit strategy — not on input sheets. Deliver to clients in a branded portal.
MEP use case →Compare retrofit scenarios across a portfolio. Target the buildings where ECMs actually pay back. Stay ahead of BPS penalties with predictive compliance.
Owner use case →Pre/post simulation for DSM programs. CBECS-benchmarked baselines. Program-wide savings claims backed by ASHRAE 140-validated physics, not deemed measures.
Utility use case →Upload your product specs, pick any building, and Roovie simulates before-and-after energy impact in a physics-based digital twin. Project-specific savings data, not generic ROI calculators.
Materials use case →You can't improve what you can't measure — and today most buildings are invisible to the people who own, operate, and regulate them. Roovie exists to make every building legible: how it performs, where it wastes, what a retrofit would actually do.
One platform for energy transparency — so efficient buildings become the default, not the exception. The downstream effects matter far beyond a utility bill: resilient grids, lower cost of living, cleaner air, and a lever against the largest source of global emissions.
Source · UN Environment Programme, Global Status Report for Buildings & Construction (2022–2024)
Every new organization gets one free building calibration when they sign up for the client portal. ECM modeling is separate — this is the calibrated baseline, audit, and diagnosis.
Monthly utility data is required to calibrate. Revit alone isn't enough to hit the calibration step.
Pre-beta. Our NanoTech Energy Services team runs every calibration by hand while the self-serve app is in pre-beta.