Greenfy Inc. is a sustainable engineering firm providing commercial, industrial, and premium residential solar assets, microgrids, and battery storage infrastructures designed for high-yield returns across Canada. We leverage tools like Green Button and open asset modeling to make infrastructure highly predictable.
Model your property's full solar return, battery sizing, and capital payback across all Canadian provinces — then request a formal quote in one step.
Enter your full property address. A complete address gives the most accurate solar irradiance data from Natural Resources Canada. If your exact address isn't found, the nearest meteorological station is used automatically.
Enter your monthly utility bill or map 12 months of billing history for higher accuracy.
Roof size, angle, and orientation directly determine the maximum solar capacity we can install.
Your results are ready. Fill in your contact details below and our licensed P.Eng team will send a detailed proposal to your inbox — you'll receive a copy of the full report automatically.
Estimates use NREL PVWatts® v8 solar indices matched to provincial utility rate schedules. Financial projections apply 4% compound energy inflation and 0.5%/yr module degradation. Results are indicative; formal engineering proposals supersede all calculator outputs.
High-performance custom architectures built around industrial, grid-level, and residential distribution requirements.
Turnkey grid-connected solar power stations optimizing roof surfaces and structural fields to offset peak operating demands.
Behind-the-meter battery integration setups protecting operations against transmission drops and managing high peak demands.
Premium residential net-metered generation packages combining architectural solar structures with dedicated backup capabilities.
Substation builds, load distribution line layouts, and protective relay engineering connecting new assets directly to power lines.
Run-of-river site updates and water turbine design maximizing seasonal generation metrics under strict ecological safety frameworks.
Micro and utility-scale turbine installation designs optimized to capture localized thermal wind currents for around-the-clock power output.
We do not employ high-pressure consumer retail or product marketing operations. Greenfy Inc. is built completely on dedicated physical asset validation engineering. We handle everything from structural load distributions to electrical safety grid authorization filings.
Every deployment design is stamped by an in-house Ontario Professional Engineer, assuring rapid building permit and grid utility approvals.
We reveal underlying building thermal loss anomalies prior to specifying hardware components, preventing expensive equipment over-sizing.
We analyze internal cell degradation rates across multiple manufacturers to secure long-term component warranties tailored directly to your site location.
How we take infrastructure projects smoothly from concept drawings to functional grid activation.
Satellite solar analysis, billing data profile evaluation, and local transformer capacity verification checks.
Creating exact electrical layouts, conduit mapping runs, and structural wind-load safety calculations.
Handling interconnect applications with local utility providers like Toronto Hydro, Alectra, and Hydro One.
Physical equipment installation, comprehensive safety field checks, ESA inspection approval, and system startup.
Current active funding options and tax incentive frameworks available for green updates in Ontario.
Enables businesses to claim a 100% accelerated capital cost allowance write-off for qualified solar panels and battery storage assets within the very first year of use.
Offers custom funding metrics for manufacturing centers and warehouse buildings that successfully integrate energy management equipment and lower line power usage metrics.
Ontario utility companies review incoming net-metering applications based on localized grid capacity limits. Locking in your spot early prevents project delays.
Receive a preliminary engineering check containing solar layout potentials, battery sizing projections, and estimated project cost frameworks within 48 hours.