With this project has been designed an induction electric stove powered by a photovoltaic storage system, which will make it self-sustainable without generating additional costsin the billing of electricity consumption. This solution is aimed at families in rural areas who still continue to use traditional fuels (wood, gasoline, straw, etc.) for the preparation of their food, which over time generate serious problems in people's health due to the CO2 that is produced. The project involves the implementation of a system of photovoltaic cells at the top of the houses of which would have connections to a set of batteries that would serve as the source to the operation of an electrical induction kitchen inside the house. The project demonstrates the results focused on the generation of energy capable of supplying the operation of the kitchen and for this the Helioscope simulator was used to ...

This research presents a comprehensive approach to the design, control, and structure of an innovative fermentation machine for the production of Tocosh from potato fermentation. In order to achieve this objective, a thorough analysis of the various crucial parameters involved in the fermentation process has been carried out. The main objective of the design proposal is the real-time monitoring of essential factors such as pH and temperature in the process. To achieve this, a control system has been designed that will allow precise and constant monitoring of the temperature and pH parameters, and monitoring of the water level was also carried out to improve the quality of the product. Furthermore, the structural analysis of the fermentation chamber is addressed in detail, using Inventor software for the creation of three- dimensional models of each component and for the generation of the...

Over the years, there has been a massive expansion of maca crops in the province of Junín, causing a shortage of skilled labour, which has led to an increase in cost and time in the dehydration process in the production of maca. This is how the main problem arises: How do I design and manufacture a machine to separate impurities from maca to improve the dehydration process? The project is based on the design and manufacture of a device that helps to reduce the time spent in the cleaning area in the dehydration process, as this is where the most time is spent and in turn, generates more costs for skilled labour. It should be noted that this process is carried out manually by two people using mesh sacks, taking an average of 4 minutes per 10 kg of maca. This machinery consists of a metal structure that supports the baskets, whose function is to clean the impurities brought by the maca, wh...