Hybrid Solar Panel Technology for Enhanced Energy Capture
Conventional solar panels typically capture only sunlight's energy in the form of electricity, while the heat produced is wasted. Tulane researchers have introduced a promising solution by a more efficient and cost-effective method for producing and storing solar power by combining photoelectric and photothermal processes (pv/t) via a hybrid system.
The following technologies are offered as a “bundle” or can be pursued individually.
- Adaptive Metalens Technology
- Hybrid Solar Panel Technology for Enhanced Energy Capture
- Ultra-Light, High-Efficiency Solar Technology
- All-in-One Solar Energy Collection and Storage Solution
- Dual Solar Energy Collector
- Liquid-Cooled Hybrid Solar Technology
- Advanced Cooling System for High-Performance Solar Panels
The Problem
Conventional solar panels typically capture only sunlight's energy in the form of electricity, while the heat produced is wasted. This limits the overall efficiency of solar energy systems. In addition, storing solar energy remains a technical and financial challenge. There is a growing need for solar technology that captures both heat and electricity and stores them more effectively. Doing so would make solar energy more practical, especially for everyday use in homes and businesses.
The Solution
Tulane researchers have introduced a promising solution by a more efficient and cost-effective method for producing and storing solar power by combining photoelectric and photothermal processes (PV/T) via a hybrid system. The system comprises a thermal receiver connected to a collection system with a concentrator and focal point. In addition, the invention enables transmissive concentrated power by using a multijunction PV cell mounted on a transparent base. The use of a multijunction cell allows for highly efficient conversion of sunlight to electricity.The technology has been tested outdoors with pilot integration into a more extensive system. In addition, the inventors generated significant field data from 13 prototypes.
The Opportunity
This high-efficiency hybrid PV/T solar system is ideal for commercial and industrial energy providers looking to maximize output from limited space. Its combined generation and storage capabilities make it well-suited for off-grid sites, remote infrastructure, or eco-conscious campuses aiming for net-zero. With strong field data and modular design, it’s ready for custom-integrated renewable energy projects in sun-rich regions.
