Use Cases · Building Materials
Upload your product specs. Pick any building. Roovie simulates the before-and-after energy impact in a physics-based digital twin. Give your sales team proof, not promises.
Your material reduces thermal conductivity by 40%. Your lab data proves it. Your ASTM certifications confirm it. But when a building owner asks “what will this save on my building?” You hand them a generic case study from a climate zone that doesn't match.
6–18 mo
Average time from first contact to spec-in for building envelope products. Buyers stall because they can’t quantify the return.
Generic ROI
Most materials companies rely on regional case studies and spreadsheet calculators. The prospect’s building is never modeled.
70%+
Of qualified prospects who request project-specific savings data never receive it. The modeling cost exceeds the deal margin.
You have the best material on the market. But you're selling physics with a brochure. The first company that shows building-specific proof wins the spec.
Roovie creates a physics-based digital twin of any commercial building from just an address. Your team uploads your material's thermal properties. The platform swaps the material into the building's envelope and re-runs a full annual energy simulation.
Baseline building vs. your-material building. Full annual energy simulation for both. Side-by-side comparison of EUI, peak loads, cost, and carbon.
Every simulation uses TMY3 weather data for the building’s exact location. Your cool roof coating performs differently in Phoenix than in Portland — and the simulation shows exactly how.
See where your material fits in the wall or roof assembly. Inspect each layer’s thermal contribution. Understand how your product interacts with the existing construction.
Test your standard product, your premium product, and a competitor baseline — all on the same building. Let the physics make the argument.
Your sales rep types the building address into Roovie. The platform geocodes the location, extracts the footprint from satellite imagery, identifies the climate zone, and generates a 3D digital twin with the existing envelope, HVAC systems, and schedules.
New demo
Solar Shield Pro — Demo
4200 Westheimer Rd, Houston TX
Define your product’s thermal properties — R-value, solar reflectance, thermal emittance, thickness. Save it as a reusable material profile. Assign it to the appropriate assembly position.
Material profile
CoolCoat SR-80
R-Value
R-25
SRI
82
Emissivity
0.91
Thickness
45 mil
The platform runs two full simulations: the building as-is, and the building with your material applied. Compare annual energy use, peak cooling load, annual cost, and carbon. View monthly breakdowns to see seasonal impact.
Generate a branded PDF showing the building, the simulation results, and the savings. Share via a client portal link. Your prospect sees a 3D model of their building with your product applied and the physics-backed savings.
Enter the prospect's building address during the call. By the time you hang up, you have a physics-based simulation showing exactly what your material saves on that specific building: energy, cost, carbon, payback.
Without Roovie
With Roovie
Roovie wasn't built by a software company guessing what materials companies need. It was built by NanoTech Energy Services, sister division to NanoTech Materials, a manufacturer of advanced building envelope products that needed a way to prove performance at scale. Now that capability is available to every building material company.
Roovie Digital Twin
Your Materials
Proof & Delivery
Other platforms simulate buildings. Roovie was built to simulate what happens when you change the materials.