Calgary Pulsed LED Trial: SmartGRO Aims at −80% Power Sep 2026

Indoor growers keep chasing kilowatt-hours, not just lux. On September 10, 2026, VerticalFarmDaily reported that Calgary grower Hydragreens Produce will trial SmartGRO Bioengineering’s pulsed LED platform—ultra-fast on/off cycles steered by plant sensors and AI—under commercial greenhouse conditions.

The claim vs the trial

Instead of leaving fixtures on continuously, SmartGRO’s system pulses LEDs while sensors track plant temperature, health, and growth. The company says controlled tests produced the same harvest weight as conventional LED runs while using up to 80% less electricity. That figure is a vendor lab result; Hydragreens’ job is to see whether it survives real canopy density, climate swings, and crop schedules.

• Site: Hydragreens greenhouse, Calgary
• Tech: patent-pending pulsed lighting + intelligent control
• Public funding: up to C$894,673 from Agriculture and Agri-Food Canada
• Grower co-invest: Hydragreens C$916,197
• Partners cited: University of Windsor, Ontario ministry partners, Lambton College, H&A Mastronardi Farms, Freeman Herbs

Policy backdrop

Canada’s National Food Security Strategy earmarks C$750 million for year-round fruit and vegetable production, including greenhouses and vertical farms. Energy cost is the make-or-break line item for northern CEA—hence the interest in duty-cycled photons.

What to watch

Equal biomass at −80% power would rewrite greenhouse OpEx models. Until Hydragreens publishes commercial yields, quality, and kWh/kg, treat the headline number as a hypothesis under test—not a purchase guarantee for other growers.

Rocks take

Concrete Canadian commercial trial with named funding; savings claim still pre-validation. Source: VerticalFarmDaily.

FAQ

Is the 80% cut proven in a greenhouse? Not yet—SmartGRO cites controlled tests; Calgary is the commercial check.

Who pays? AAFC funding up to C$894,673 plus Hydragreens’ C$916,197 investment per the article.