This study aimed to evaluate the system of electricity generation through the use of biogas from a swine production unit, located in the municipality of São Miguel do Iguaçu, taking into account aspects related to consumption of biogas generation electricity. A flow meter aiming at recording the flow of biogas was used, it was used GCP-22 is the control equipment and generator protection; data acquisition is also performed using energy analyzers. These analyzers record production / consumption in a time interval of 15 minutes. It was observed that the month of May had the highest consumption, reaching approximately 18 m³ of biogas. Evaluating the period, the total energy generated from bike generator set obtained an approximate value 110.3 MWh. The power consumption of the property was 55 MWh, and 16.8 MWh consumed in the distribution network. The surplus energy exported to the distribution network was approximately 72 MWh. The average generation for the period was 605.93 kWh. The average consumption of biogas generator set by bike was 49.3 Nm³.h.
There is a trend in the industry in the digitalization of assets for generating large amounts of information and greater control and supervision over the production. With this digitalization, the possibility arises to include new technologies that can facilitate the life of the maintenance team and the operator, such as the concept of augmented operator. In this concept, the operator using mobile devices can access information in real time of the desired equipment, saving time in the acquisition of this information and allowing a greater time to analyze this data. Thus, this work aims to propose an augmented operator system for an hydroelectric power generation industry, as an example there is the possibility of visualizing information of vibration, temperature and rotation of recirculating motor pumps of the cooling system from generation units. Preliminary results indicate a wide possibility of using this concept. In addition to the actual monitoring of the asset in real time, there is the possibility of obtaining the list of spare parts and materials that help in the communication to the purchasing sector and quick replacement of failed components.
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