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Improving Energy Efficiency in Buildings in the Equatorial Zone of the Andes

  • Quizhpi Palomeque, Flavio Alfredo (Col)
  • Chacon Troya, Diego Paul (Col)
  • Serrano Guerrero, Johnny Xavier (PI)
  • Peralta Sevilla, Arturo Geovanny (Col)
  • Viola, Julio Cesar (Col)
  • Rojas Espinoza, Jorge Luis (Col)
  • Contreras Ortiz, Pedro Sebastian (Student)
  • Mora Alvarez, Milton Xavier (Student)
  • Barragan Escandon, Edgar Antonio (Col)
  • Zuñiga Bautista, Jimmy Alexis (Student)
  • Siguencia Macero, Edgar Jose (Student)
  • Siavichay Cumbe, Luis Fernando (Student)
  • Cardenas Guaraca, Christian Paul (Student)
  • Luna Romero, Santiago Felipe (Student)
  • Uguña Minchala, Jonnathan Patricio (Student)
  • Andrade Padilla, Jose Arcesio (Student)
  • Calle Calle, Josue Patricio (Student)
  • Bustamante Cacao, Katherine Cristina (Student)
  • Miraba Valdiviezo, Bruno Bernardo (Student)
  • Buele Avila, Carlos Omar (Student)
  • Chazi Solis, Andres Marcelo (Student)
  • Estrella Piña, Jaime Rodrigo (Student)
  • Argudo Guaillas, German Andres (Student)
  • Samaniego Placencia, Juan Pedro (Student)
  • Illares Muñoz, Francisco Rafael (Student)
  • Paucar Uyaguari, Paul Esteban (Student)
  • Yubi Quito, Luis Agustin (Student)
  • Arias Galan, Juan Alberto (Student)
  • Cantos Arboleda, Eduardo Andres (Student)
  • Feijoo Loayza, Juan Javier (Student)
  • Guachichullca Tandayama, Danny Fernando (Student)
  • Quizhpe Garcia, Jose Leonardo (Student)
  • Cueva Ortiz, David Ismael (Student)
  • Gonzalez Romero, Jose Antonio (Student)
  • Deleg Deleg, Manuel Octavio (Student)
  • Narvaez Sinchi, Mario Fernando (Student)
  • Uriguen Peralta, Christian Fernando (Student)
  • Sancho Taday, Milton Patricio (Student)
  • Jaramillo Sánchez, Isauro David (Student)
  • Pullaguari Acaro, Cristian Santiago (Student)
  • Coronel Naranjo, Cristian Geovany (Student)
  • Espejo Quezada, Christian Abel (Student)
  • Cordova Medina, Alejandro Esteban (Student)
  • Farez Jumbo, Oscar Jamil (Student)
  • Jimenez Yunga, Freddy Alexander (Student)
  • Ochoa Malhaber, Christopher Daniel (Student)
  • Ordoñez Parapi, Edgar Oswaldo (Student)
  • Ortega Romero, Isaac David (Student)
  • Zapata Cruz, Adriana Estefania (Student)
  • Guaman Peña, Debora Estefania (Student)
  • Celi Peñafiel, Christian Eduardo (Student)
  • Guartan Castro, Franklin Eduardo (Student)
  • Neira Banegas, Victor Felipe (Student)
  • Parra Sandoya, Jose David (Student)
  • Marin Buele, Liliana Mireya (Student)
  • Coronel Zamora, Cesar Ivan (Student)
  • Wenz, Klaus Peter (Student)

Project Details

Description

This project addresses the growing global energy consumption and its environmental impact, focusing on the high energy demand and CO2 emissions associated with buildings. The main goal is to implement and evaluate new energy efficiency and intelligence strategies at the Salesian Polytechnic University (UPS) Cuenca Campus, in collaboration with the Energy Engineering Institute of the Polytechnic University of Valencia. The methodology begins with establishing an Energy Management System (SGEn) and forming a management team. Subsequently, a literature review is conducted to establish the state of the art, followed by the collection of historical data and energy consumption measurements of the building. Hypotheses and computer simulation models will be formulated using the hypothetical-deductive method to predict consumption behavior after implementing efficiency measures. Finally, energy efficiency measures and distributed generation resources will be incorporated, evaluating their impact through experimental methods based on repeated observations and measurements to confirm the effectiveness of the proposed solutions.<br/><br/><b>Goal</b>: <br/>To propose and evaluate new energy efficiency and energy intelligence alternatives for the efficient use of energy in buildings, specifically at the Salesian Polytechnic University Cuenca Campus.<br/><br/><b>Research lines</b>: <br/>Optimization and innovation of energy and renewable energies
StatusFinished
Effective start/end date14/01/1614/01/22

Keywords

  • Energy Efficiency
  • Energy Management
  • Smart Buildings
  • Energy Consumption
  • Distributed Generation
  • Energy Simulation
  • ISO 50001
  • Predictive Modeling
  • Applied Research

CACES Knowledge Areas

  • 317A Electricity and Energy

Categorías UNESCO

  • Electricity and energy