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The rooftop ventilator energy harvesting project can generate usable power for practical applications.

EnergyInnovationTechnologyApr 26, 2026score 0.172 posts · 0 replies across 1 instances
The thread discusses a college project that harvests energy from rooftop ventilators using magnets and coils, aiming to generate power. The project is part of the 2026 Green Powered Challenge, but there is no information on the power output of the device.

Claims

The rooftop ventilator energy harvesting project can generate usable power for practical applications.
Parent: Renewable EnergyEntity: Rooftop Ventilator Energy HarvestingImpact: positiveDate: Apr 26, 2026Target: The feasibility and practicality of the rooftop ventilator energy harvesting project.

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📰 2026 Green Powered Challenge: Ventilate Your Way To Power! Have you ever looked out across the rooftops of a city and idly gazed at the infrastructure that remains unseen from the street? It seems [varunsontakke80] has, because here’s their …read more 📰 Source: Hackaday 🔗 Link: https://hackaday.com/2026/04/25/2026-green-powered-challenge-ventilate-your-way-to-power/ #AI #ArtificialIntelligence
0 boosts · 0 favs · 0 replies · Apr 26, 2026
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2026 Green Powered Challenge: Ventilate Your Way To Power! Have you ever looked out across the rooftops of a city and idly gazed at the infrastructure that remains unseen from the street? It seems [varunsontakke80] has, because here’s their project, harvesting energy from the rotation of a rooftop ventilator. The build is a relatively straightforward one, with a pair of disks with magnets attached being mounted on the ventilator shaft inside its dome. A third disk sits between them and is stationary, with a set of coils in which the magnets induce current as they move. A rectifier and charge circuit completes the picture. This appears to be part of a college project, but despite searching, we can’t find any measure of how much power this thing generates. We’d be concerned that it might reduce the efficiency of the ventilator somewhat. There will be an inevitable tradeoff as power is harvested. Still, it’s a neat use of a ubiquitous piece of hardware, and we like it for that. This hack is part of our 2026 Green Powered Challenge. You’ve got time to get your own entry in, so get a move on! hackaday.com/2026/04/25/2026-g…
0 boosts · 0 favs · 0 replies · Apr 26, 2026