3DSolar
3DSolar has developed a micro 3D cell architecture for solar panels that delivers 2-3x higher power density than traditional flat panels. The technology improves heat management in hot climates and extends daily energy generation from 7 AM to 7 PM, addressing grid stability issues like the Duck Curve. The company is targeting solar panel manufacturers, utilities, and remote microgrid developers.
- Energy
- Clean Technology
- Hardware
Funding
Funding not disclosed
Founders
Founder details are not available yet.
Product
Problem
Traditional flat solar panels have limited power density and suffer from significant performance degradation in hot climates. Their fixed-angle designs also restrict energy capture to a narrow daytime window, contributing to grid instability issues like the Duck Curve that utilities increasingly struggle to manage.
Solution
3DSolar has transformed the validated principles of large polyhedral solar designs into a micro 3D cell architecture, shrinking complex geometries down to the microscopic level. This breakthrough captures more sunlight, enhances thermal performance, and delivers 2-3x higher power density compared to traditional flat panels. The cells provide superior heat management in hot climates and extend daily energy generation from 7 AM to 7 PM, allowing for more consistent renewable output throughout the day. Seasonal IV curve stability in December further differentiates the technology, ensuring more predictable performance year-round.
Target Audience
Primary customers include solar panel manufacturers, utility companies seeking grid-stable renewable generation, and developers of rooftop and remote microgrid installations looking for higher power density solutions.
Features
- Micro 3D cell architecture that shrinks complex polyhedral geometries to the microscopic level, making the design harder to copy than conventional planar cells
- 2-3x higher power density than traditional flat solar panels
- Superior heat management for sustained performance in hot climates
- Extended daily energy generation from 7 AM to 7 PM, addressing the Duck Curve destabilizing California's grid
- Seasonal IV curve stability maintained even in December low-light conditions
- Scalable manufacturing approach validated through prior large-format polyhedral solar designs