Dronly

Problem:

Current solar panels or wind turbine solutions are not viable in many cases. Wind turbines need a set of environmental requirements and solar panels depend on available light and batteries for storage. And despite the wide availability of electricity distribution sources, many adverse regions still do not have an energy source.


Solution:


We offer a solution. We can use variable winds, rain and even sound to generate energy. The building structure itself will absorb the kinetic force and convert it into electricity. The structural material has piezoelectric properties that convert strain into energy combined with linear eletromagnetic actuators.


Unique Value Proposition:


The system is a self-assembly structure inspired by nature that is shaped like a tree, is based on the physics of tensegrity combined with piezoelectric sensors to generate power for low voltage electrical devices, power electronic devices for remote data acquisition and can also be combined to form an electrical distribution network. We thrive in kinetically dynamic environments. We can offer the solution for extreme buildings and environments, such as: squares, deserts and polar regions. It's a safe, scalable way to produce energy across the planet.


Unfair advantage:

Self-loading mobile or fixed structures that can be extended for any function. We offer a modular design that goes beyond creating energy for living and production facilities. Future structures can be self-built and replicated using local materials. Our solution can be sent to any environment to generate power, populate electronic devices and build self-assembly installations resistant to mechanical shock and weather.