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Alinti Device Transforms The Interaction Between Plants And Microorganisms Into Sustainable Electricity, With Tests Already Conducted In Communities Without Access To The Electricity Grid
The generation of sustainable energy has just gained an innovative boost. The Alinti, a device developed by Peruvian engineer Julio Garay, utilizes the natural process of photosynthesis to produce electricity. It captures the electrons released in the soil by plants and converts them into usable energy. According to studies from the National University of Engineering of Peru (UNI), this technology could be a viable alternative for providing clean electricity to millions of people who still live without access to the power grid.
How Does The Alinti Generate Energy?
The operation of the device is based on the interaction between the roots of plants and the microorganisms present in the soil. During photosynthesis, plants release organic compounds that, when processed by bacteria, generate a flow of electrons. The Alinti captures this electrical current and transforms it into energy to power devices such as LED bulbs and charge mobile phones.
To ensure a stable supply, the device also features mini solar panels, making it even more efficient. According to the International Renewable Energy Agency (IRENA), this type of technology could be integrated into larger systems in the future, expanding its application in urban and rural power grids.
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Environmental And Social Impact
The Alinti has been designed to be a sustainable and accessible alternative, especially for communities that do not have a connection to the power grid. The Peruvian Foundation for Sustainable Energy estimates that 1.3 billion people in the world still live without electricity, many of them relying on diesel generators, which are expensive and highly polluting.
The first tests were conducted in regions of Peru and Ecuador, and the results showed that the technology can provide a reliable source of energy for household use and public lighting. The Latin American Association of Sustainable Energy (ALAES) emphasizes that the project has great potential for expansion and can be replicated in other parts of Latin America and Africa.
Low Cost And Economic Viability
In addition to the positive environmental impact, the Alinti stands out for its low production cost. According to a report from the World Organization of Sustainable Energy (OMES), its implementation is 70% cheaper than conventional solar systems. This makes the device a viable alternative for governments and NGOs seeking to bring electricity to isolated communities.
The technology has also caught the interest of researchers and companies in the energy sector. Stanford University is conducting studies to increase the device’s electrical generation capacity, making it even more efficient. With the expected advancements, the Alinti could be produced on a large scale and adopted in different countries.
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