Continuous monitoring of electrical parameters is essential for understanding energy consumption, assessing power quality, and analyzing load behavior. This paper presents a dataset comprising measurements of three-phase voltages and currents, active and reactive power (per phase and total), power factor, and system frequency. The data was collected between April and December 2024 in the low-voltage system of a university laboratory, using high-accuracy power analyzers installed at the point of common coupling. Measurements were recorded every 10 min, generating 79 files with 432 records each, for a total of approximately 34,128 entries. To ensure data quality, the values were validated, erroneous entries removed, and consistency verified using power triangle relationships. The curated dataset is provided in tabular (CSV) format, with each record including a timestamp, three-phase voltages, three-phase currents, active and reactive power (per phase and total), power factor (per phase and global), and system frequency. This dataset offers a comprehensive characterization of electrical behavior in a university laboratory over a nine-month period. It is openly available for reuse and can support research in power system analysis, renewable energy integration, demand forecasting, energy efficiency, and the development of machine learning models for smart energy applications.

En este libro se abordan diferentes aspectos relacionados con la transición energética. En el primer capítulo se determinaron de forma experimental los coeficientes del modelo de Darcy-Forchheimer, validando simulaciones en OpenFOAM para el diseño de sistemas de combustión con lechos porosos. En el segundo capítulo se analiza la adquisición de señales de vehículos EFI y su aplicación en la formulación de políticas estatales durante la transición energética en el sector automotor, ofreciendo una visión completa y práctica de su implementación. Por último, en el tercer capítulo, se presentan los resultados de un estudio sobre movilidad eléctrica en Medellín, destacando ventajas y desventajas de la conversión de vehículos tipo motocicleta a VEB, incluyendo el análisis comparativo del potencial energético y el consumo de energía.En este libro se abordan diferentes aspectos relacionados con la transición energética. En el primer capítulo se determinaron de forma experimental los coeficientes del modelo de Darcy-Forchheimer, validando simulaciones en OpenFOAM para el diseño de sistemas de combustión con lechos porosos. En el segundo capítulo se analiza la adquisición de señales de vehículos EFI y su aplicación en la formulación de políticas estatales durante la transición energética en el sector automotor, ofreciendo una visión completa y práctica de su implementación. Por último, en el tercer capítulo, se presentan los resultados de un estudio sobre movilidad eléctrica en Medellín, destacando ventajas y desventajas de la conversión de vehículos tipo motocicleta a VEB, incluyendo el análisis comparativo del potencial energético y el consumo de energía.

Introduction: Access to dental care remains a challenge for populations living in remote and underserved areas. Teledentistry has emerged as an effective strategy to improve access to oral healthcare, particularly for the early assessment of craniofacial growth and development, which relies on standardized anthropometric techniques. Methods: The Face2Face platform was developed as a teledentistry platform to collect and transmit comprehensive patient information from remote locations to a centralized dental service. The platform captures intraoral and extraoral photographs, radiographic images, anthropometric measurements, odontograms, and clinical notes. These records are securely transmitted to specialists, who evaluate each case and determine appropriate treatment or follow-up recommendations. Results: Face2Face allows for the remote acquisition and transmission of standardized craniofacial and oral health data, facilitating communication between local healthcare providers and specialists. The system supports comprehensive patient assessment, improves access to expert consultation, and enhances clinical decision-making for individuals living in geographically isolated communities. Conclusions: Face2Face represents a valuable teledentistry tool for expanding access to oral healthcare in remote settings. By integrating anthropometric assessment with clinical and radiographic information, the platform supports early diagnosis, treatment planning, and longitudinal monitoring while strengthening collaboration among healthcare professionals.