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HYGROSCOPIC PIEZOELECTRIC ENERGY HARVESTING SYSTEM
[Category : - RENEWABLE ENERGY]
[Viewed 119 times]
Category: Renewable Energy / Energy Harvesting
Keywords: Hygroscopic, Piezoelectric, Energy Harvesting, Renewable Energy, IoT, Smart Cities, Wearables, Disaster Relief
Auction Details:
Starting Bid: $300,000
Buy It Now Price: $4,750,000
Auction Duration: 7 Days (Starting September 8, 2025 – Ending September 15, 2025)
Reserve Price: $1,000,000 (ensures serious offers while encouraging competitive bidding)
Invention Overview: Discover a game-changing, patent-pending energy harvesting system that transforms ambient moisture into clean electricity. This innovative technology features 50 interlocking tiles, each using a hygroscopic layer (e.g., PVA-AlgNa hydrogel) to absorb water from rain or humidity, swelling a sponge to press piezoelectric materials (e.g., PVDF or PZT), generating power. Evaporation resets the cycle, delivering continuous, passive energy without external power or mechanical wear. Filed with the USPTO on June 19, 2025, by attorney John Gugliotta, this provisional patent secures your investment in a breakthrough ready for immediate licensing or acquisition.
Why This Technology Stands Out:
Unique Mechanism: Harnesses moisture—unlike solar or wind—thriving in humid, rainy, or disaster-prone environments. Perfect for 24/7 energy production.
Scalable Applications:
IoT & Wearables: Powers sensors and devices without batteries, ideal for smart homes or health tech.
Smart Cities: Integrates into sidewalks, roofs, or buildings for sustainable urban energy.
Disaster Relief: Provides portable, moisture-driven power for emergency infrastructure.
Industrial: Low-maintenance energy for remote monitoring or agriculture.
Market Potential: The $7B+ energy harvesting market (10% annual growth, 2025 data) demands passive solutions. This system outshines kinetic harvesters (e.g., Pavegen) with its self-resetting, moisture-based design.
Validation: Pitched at UC Berkeley’s CITRIS program, earning academic interest. Crowdfunding campaign in San Bernardino County confirmed market demand. Prototype-ready for buyer-led optimization.
Technical Highlights:
How It Works: Moisture enters tiles via porous sheets, swells hygroscopic layers, applies pressure to piezoelectric strips, and generates electricity. Evaporation resets the system for continuous operation.
Materials: Hygroscopic layer (PVA-AlgNa hydrogel), piezoelectric strips (PVDF/PZT), durable polymer housing.
Performance: Early designs suggest scalable output (prototype-ready for 1-5 µW/cm² per tile, up to 100–500W for 50-tile kits). Exact specs available post-NDA.
Visuals: [Seller to upload 2-3 images: diagrams from UC Berkeley pitch or crowdfunding campaign showing tile cross-section (porous sheet, hydrogel, sponge, piezoelectric strip, housing). If unavailable, create a simple sketch via Canva.]
Why Bid or Buy Now?:
Exclusive Opportunity: Own a first-mover advantage in the booming energy harvesting market. Secure full rights before patent issuance.
High-Value Fit: Ideal for electronics giants (e.g., STMicroelectronics), renewable innovators (e.g., e-peas), or infrastructure pioneers (e.g., Pavegen).
Urgent Auction: 7-day window to claim this disruptive technology at $4.75M or bid starting at $300K. Act now—opportunities like this don’t last!
Flexible Deal: Open to full assignment or licensing (5-8% royalties) for tailored partnerships.
Auction Terms:
What’s Included: Full assignment of patent-pending rights (USPTO application, filed June 19, 2025). Licensing options available.
NDA Required: Detailed specs, test data, or prototype insights shared post-NDA. Contact seller via PatentAuction.com messaging.
Payment: Secure escrow via Escrow.com. Buyer covers USPTO assignment filing fees (~$100).
Support: Seller offers transition assistance (e.g., technical briefings) post-sale, per agreement.
Call to Action:
Bid Now: Start at $300,000 to compete for this revolutionary technology.
Buy It Now: Secure exclusive rights for $4,750,000 and lead the future of renewable energy.
Contact: Message via PatentAuction.com for NDAs or inquiries. Don’t wait—auction ends September 15, 2025!
Seller Credentials:
Backed by UC Berkeley’s CITRIS program, validating technical feasibility.
Crowdfunding traction in San Bernardino County proves market interest.
Patent-pending status verified by attorney John Gugliotta, ensuring IP security.
Set auction parameters:
Starting Bid: $300,000
Buy It Now: $4,750,000
Duration: 7 days (September 8, 2025 – September 15, 2025)
Reserve Price: $1,000,000
Select category: “Renewable Energy.”
Add keywords: Hygroscopic, Piezoelectric, Energy Harvesting, IoT, Smart Cities.
Upload Visuals:
Patent publications:No publication
Asking price:
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