T.I.P.A. Rosette™
Efficient, Reliable, and Scalable
T.I.P.A. Rosette is a revolutionary 3D photovoltaic configuration that captures sunlight from multiple angles throughout the day. Unlike flat panels that require precise orientation, T.I.P.A. Rosette harvests photons from all directions, delivering 33% more electricity per surface area. The technology works with any PV cell type and performs exceptionally well in high-temperature environments, making it ideal for pole-mounted deployments worldwide.
Concept Overview
T.I.P.A. (Total Internal Photonic Absorption) uses a unique 3D design that allows light to enter from any direction and bounce internally until captured. Think of it as a "photon greenhouse" - light enters, reflects inside, and has multiple chances to be converted to electricity. This means consistent power generation from dawn to dusk without needing to track the sun.
HOW IT WORKS
Technical Architecture
T.I.P.A. leverages quantum photon-phonon-electron interactions within a 3D PV structure. Internal reflection increases the statistical probability of photon absorption at optimal incidence angles. Unlike conventional panels, T.I.P.A. benefits from elevated operating temperatures (>70°C) as increased electron-hole recombination releases photons that are recaptured internally, boosting net conversion efficiency.
On a 5m pole with 2.5m ground clearance
and 6 T.I.P.A.’s per row, a total of 30 T.I.P.A.’s
could be installed with a 2.3kW per 5m pole.
1MW would take just 0.6 acres or 1,218m2, with 3m between each pole
On a 10m pole, 6.45kW of installed capacity.
1MW would take just 0.35 acres or 1,395m2 ,
with 3m between each pole.
On a 20M pole, 15kW of installed capacity.
1MW would take just 0.17 acres or 700m2,
with 3m between each pole.
T.I.P.A. in a 6 configuration
Orientation – 6 T.I.P.A.’s per level on a pole with arms of 0.5m distance from pole.
T.I.P.A. in a 6 configuration
.png)
T.I.P.A. in a 4 configuration
T.I.P.A. in a fence configuration.
Different T.I.P.A. Installation Cases
KEY BENEFITS
33% More Power
Generates 33% more electricity per given surface area compared to equivalent flat panels, maximizing return on infrastructure investment.
No Orientation Required
Captures light from all directions throughout the day. No need for precise south-facing installation or expensive solar tracking systems.
High-Temp Performance
Performs exceptionally well at temperatures exceeding 70°C, unlike conventional panels that lose efficiency in heat. Ideal for tropical and equatorial climates.
Cell Agnostic
Compatible with all PV cell types including monocrystalline, HJT, and future perovskite technologies. Currently optimized for HJT bifacial cells.
Compact Footprint
Vertical pole mounting uses minimal ground space. 1MW installation requires just 0.17-0.6 acres depending on pole height, vs 1.7 acres for flat panels.
0.24 m² per unit
T.I.P.A. Unit Size
2.3 kW (30 T.I.P.A.s)
Power Output (5m pole)
6.45 kW
Power Output (10m pole)
15 kW
Power Output (20m pole)
+33% energy yield
Performance vs Flat Panel
Optimized for >70°C environments
Operating Temperature
0.17 acres (20m poles) to 0.6 acres (5m poles)
Land Use (1MW)
4-config, 6-config pole mount; fence mount
Configurations
All PV types; optimized for HJT bifacial
Cell Compatibility
Technical Specs
USE CASES / APPLICATIONS
Urban & Municipal
Mounted on street lighting and distribution poles for local generation within cities, reducing transmission losses.
Telecom Towers
Integration with telecom infrastructure reduces reliance on diesel generation and supports hybrid power configurations.
Industrial & Campus
On-site generation for industrial estates, logistics hubs, and campuses where land is limited.
Fence Installations
Perimeter fence mounting for security facilities, warehouses, and agricultural sites.
Get In Touch
