Our Projects

Zeuss Project

Magneto Electric Generator Motor

E-Dina develops in August 2000 its first self-sustaining spinning prototype that produces a surplus of 0.5 watts; During the next 15 years, several other prototypes were developed, managing to increase surpluses in a staggered manner. In February 2015, a 1KW prototype was developed, with which the PCT Patent Application for a cogenerator motor was presented called UPS DYNAMIC COGENERATOR, which has as a peculiarity the delivery of energy in a regulated and sustainable way, driven by its own inertia thanks to the use of Neodymium magnets. This patent was approved in its entirety and has the Colombia and European Community phases in force.

This last prototype is the evolution of several previous prototypes that were increasing in power and autonomy. The power of the current prototype is in 4 kilowatts of continuous production. Additionally, it has a capacitive load support system that can deliver, when required, peaks of 15 kilowatts. This generator motor is totally ecological, does not leave polluting residues and its components are recyclable.

The goal of this project is to achieve a series production plant of generators that produces stackable units of 18.6 kilowatts. Additionally there are the designs to create 500 kilowatt power plants that work with the help of 18 generators.

Our technological development is currently protected under patent PCT / CO2015 / 000003 and approved in the Colombia phase No. NC2017 / 0002808, described as a dynamic cogenerator UPS; It also has the EUROPEAN PATENT APPLICATION EP 15883047.1 which is fully approved.

Waterlight

This project was born in April 2016 and consists of a specially designed electronic circuit that manages to extend the transfer of ions from a saline medium to convert them into useful and immediate energy. The electrodes of the salt bridge make it possible to drain energy from the salt water, (a known process), but with the electronic circuit with which it is possible to extract around 500 watts for each liter of water. The prototypes that we have developed are portable equipment weighing around 2 kilos. These teams can be scaled up to industrial production quickly. The Waterlight project can be scaled up vertically and horizontally in many ways.

• As goals for the immediate future, to connect several units to a central base and in this way produce and extract greater amounts of energy.
  

• A second goal is to be able to make plants on the shore of beaches to produce energy in significant quantities, continuously and for immediate use or to store in accumulators. The effluents from this process provide additional value by becoming fertilizers or drinking water, the energy of which for the desalination process comes from the same equipment.

Salt water is abundant and covers 73% of the earth's surface. We can immediately extract 2 kilowatts from a cubic meter of salt water. We can extend this extraction for 10 continuous days, but ideally it should be a 24-hour process to change the saline medium and then reload it. In the development of small units, the Waterlight project provides an immediate solution that can directly benefit communities that lack lighting and a small electrical source; It can supply light and it can also be the electrical source where they can charge a cell phone or listen to a radio. The Waterlight for individual use also has applications in the field of recreation (camping), navigation (at all levels) and education (turning on a computer or a television). The project has a PCT Patent pending.

Learn more about Waterlight