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Tryptic Raptor

Tryptic Raptor is an advanced and adaptive solar energy production system that utilizes artificial intelligence and robotics. It is the first metamorphic robot for the production of solar energy.

This innovative technology is specifically designed for agrivoltaic applications and promises to revolutionize the way we generate and utilize solar energy.

The Tryptic Raptor is a state-of-the-art solar energy-capturing machine that is capable of adapting to the various parameters that must be taken into account in agriculture, such as the type of plant, its needs, weather conditions, and changes in crop. The system is equipped with advanced sensors that continuously monitor and analyze these parameters, allowing it to make real-time adjustments to optimize energy production.

One of the key features of the Tryptic Raptor is its robotic functions, powered by artificial intelligence. This allows the system to follow the sun's movement, efficiently manage snow and hail episodes, and take into account the needs of the crop. The AI algorithms used in the Tryptic Raptor are specifically designed to learn from the data it gathers, allowing it to continuously improve its performance over time.

The Tryptic Raptor is the first solar energy production robot that can seamlessly integrate the complex needs of the agricultural environment with maximum energy production efficiency. This makes it an ideal solution for farmers, who can now generate their own clean energy while also protecting and promoting the growth of their crops.


The Tryptic Raptor will be available for sale during the second half of 2023, and Pwrstation is already accepting projects from interested parties. By implementing this technology, farmers can transform their crops into smart agrivoltaic power plants, reducing their dependence on fossil fuels and contributing to a more sustainable future.


More kWh per square meter

The side panels of the Tryptic Raptor solar array can be folded down at any time and thus facilitate maintenance or cleaning operations.


Fewer corridors provide a higher density of solar panels on the ground.


Single axis tracking

Sun tracking can increase annual power output by more than 30% and Tryptic Raptor can provide this functionality through its integrated motors remotely controlled by software specifically configured for the production site.


Integrated self-defense function

In case of strong winds, heavy hail or snow, Tryptic uses its metal shield to protect its solar panels.

During snow events, Tryptic Raptor remains closed and opens regularly to evacuate the snow as it falls.


More kWp per cubic meter

We can charge up to 10 Tryptic Raptor on a pallet for a total power output of over 270 kWp in a 40-foot High Cube container.

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