🚀 Ishchenko Chords Solar. Next-generation flexible solar panels based on chordal geometry

Slide 1. Title

🚀 Ishchenko Chords Solar
Next-generation flexible solar panels based on chordal geometry

Slide 2. The Problem
Traditional solar panels are heavy, rigid, and fragile.
Flexible thin-film solutions lack efficiency.
Market needs: lightweight, flexible, efficient, scalable solar panels.

Slide 3. The Solution

✅ Ishchenko Chords Geometry – a unique fractal chord arrangement that:
Increases sunlight absorption.
Optimizes angle of incidence across flexible surfaces.
Allows lightweight and adaptive panel design.
Reduces material usage by 30–40% compared to classical arrays.

Slide 4. Technology
Core Innovation
Each “pixel” of the solar matrix is a chordal photovoltaic unit.
Units are distributed along fractal chords instead of rigid grids.
Result: higher energy density, flexible form factor, and enhanced durability.

Slide 5. Applications Potential use cases:

Wearable solar textiles.
Portable charging systems.
Flexible building-integrated photovoltaics.
Aerospace & space exploration.
Smart IoT devices & energy harvesting.

Slide 6. Competitive Advantage
Efficiency + Flexibility combined.
Fractal light capture = more energy per area.
Low-cost scalable production.
Patent-pending Ishchenko Chord Architecture.

Slide 7. Market Opportunity
Global solar panel market: $300B+ by 2030.
Flexible solar: fastest-growing subsegment.
Target: premium B2B and B2G contracts (defense, aerospace, smart cities).

Slide 8. Business Model
💡 Revenue Streams:
Licensing Ishchenko Chords IP.
OEM manufacturing partnerships.
Direct sales of flexible solar sheets.

Slide 9. Team
Mathematicians, physicists, and material scientists.
👨💼 Experienced startup founders.
International advisors in energy, aerospace, and venture capital.

Slide 10. Call to Action
⚡ Join the Solar Revolution
Investment Round: $5M Seed Funding.
Focus: scaling production, IP protection, and strategic partnerships.