Providing Benefits at EVERY Level:
Harness greater power from the sun using Tyll PV-T systems that provide MORE renewable energy at LOWER cost with a FASTER return-on-investment for most commercial and industrial applications.
Tyll Solar PV-T solar panels combine a patent-pending heat collector with generic PV cells to create an integrated solar panel that increases electricity output with additional thermal energy.
Compared to PV alone, Tyll Solar PV-T systems offer more:
A BETTER SYSTEM – About 80% of the sun’s energy is utilized, compared to only 15-22% efficiency with PV panels alone where the balance of solar radiant heat is lost. Tyll Solar PV-T panels capture much of that wasted heat, converting it into usable energy by generating hot water.
4X MORE ENERGY – Tyll Solar PV-T panels produce 400% MORE energy – both electricity and hot water – using an identical surface area.
FOR EXAMPLE: A Single TYLL SOLAR 1,280 Watt Panel Generates:
MORE EFFICIENT PERFORMANCE – Higher electrical performance is achieved by cooling the PV layer (around 10% more annually / about 30% more during peak summer months).
LOWER COST / FASTER PAYBACK – Payback is about 5 years or less, with free energy thereafter for at least an additional 15 years (based on an anticipated life-expectancy of 20 years). Tyll PV-T systems reduce fossil fuel consumption, protect against grid outages and price increases and eliminate interference to existing operations.
SMALLER FOOTPRINT – One Tyll PV-T system provides most or all electricity needs plus the benefit of hot water / space heating. No need for two separate systems. Ideal for commercial buildings and industrial processes that utilize electricity and hot water year-round.
Our uniquely designed PV-T Panel can be produced at a higher volume by any PV manufacturer without additional equipment AND can be easily and less expensively installed with standard racking.
*under Standard Test Conditions (STC)
Tyll Solar Gen II prototype PV-T panels installed on the roof of the Golisano Institute for Sustainability at Rochester Institute of Technology
Tyll Solar has worked with academic institutions and engineering firms to optimize several iterations of solar PV-T panels over the last few years as a collaborative project between a multi-disciplinary team of industry experienced engineers, technicians and research scientists. Tyll Solar Gen II prototype PV-T panels have been built and installed on the roof of the Golisano Institute for Sustainability at Rochester Institute of Technology with impressive results.
Stephen P. Shea, PhD and CEO of Tyll Solar, explains the involvement of NYSP21 and the Golisano Institute in the design process.
Improved cooling of the PV cells
Increased electrical output
More efficient heat removal
Extended life expectancy
Reduced manufacturing costs
“New York State Pollution Prevention Institute (NYSP2I) evaluated the energy efficiency of Tyll Solar’s combined PV – thermal solar panels installed on a roof mounted solar test bed at Rochester Institute of Technology, confirming that Tyll’s PV-thermal panels met electrical and thermal power output as predicted by design models.”
“The Solar CHP market has always been small because of the costs involved in deploying the technology. Our product is the first to economically serve the commercial, large-array market.”