Have you ever wondered how much electricity the gadgets and appliances you use in your home actually uses? From the buzzing of refrigerators in the kitchen to the air conditioner working in the backstage, each device has its own unique energy footprint. A recent study delves into the topic in depth, capturing the energy profile of everyday household appliances. By examining these profiles, the study has a clearer look at how power is consumed in our homes, paving the way for smarter energy use and potentially reducing electricity bills.
The latest research apartment in the Especializado de esududios equieres in the Dominican Republic by Dr. Edwin Garabitos Lara, Dr. Alexander Vallejo Díaz and Dr. Carlos Pereyrra Mariñez. The study, published in the data in the Short Journal, highlights the energy use of several common devices over several months.
The study uses advanced equipment to monitor power usage, measure how much the appliance absorbs, as well as its efficiency and power usage quality. These comprehensive data reveal the behavior of different devices under daily conditions, thus providing a benchmark for understanding the energy consumption of typical Dominican households.
Professor Garabitos Lara emphasized the importance of their findings, noting: “These data not only help us understand how different appliances use electricity, but also support the design of systems that use solar energy for houses and emergencies. This is in A critical step in using energy more efficiently in our homes. “Insights gained from detailed monitoring can help create technologies that are not only energy-efficient, but also cost-effective for homeowners.
An interesting finding from this study is the variety of ways in which electricity is used between appliances, refrigerators, air conditioners and less-used items such as iron and washing machines. This change highlights the opportunity to develop specific energy-saving strategies that may have a significant impact on reducing the overall use of home energy.
Professor Garabitos Lara added: “Understanding when and how appliances consume electricity allows us to recommend better energy-saving technologies and habits that will help reduce unnecessary power use.”
Furthermore, the study is a model of similar studies elsewhere, which can extend our understanding of global household energy consumption patterns. The results not only provide a current snapshot of how energy is used with appliances, but also propose ways to improve how we monitor and analyze energy use.
In summary, this study not only fills the gap in our knowledge about how home appliances use energy, but also serves as energy researchers, policy makers and consumers who aim to improve energy efficiency and adopt sustainable practices in their daily lives. Important resources. Professor Edwin Lara and his team have provided valuable insights into domestic energy use dynamics, which may lead to smarter decisions about energy use in households everywhere.
Journal Reference
Edwin Garabitos Lara, Alexander Vallejo Díaz, Carlos Pereyra Mariñez. “Electrical Datasets for Household Appliances Operated in Apartments”, Data Introduction, 2023. doi: https://doi.org/10.1016/j.dib.2023.109742
About the Author
Dr. Edwin Garabitos Lara He is a professor of physics and mathematics at the Autonomous University of Santo Domingo (UASD) in the Dominican Republic. He is also a professor of research at the Institute of Professional Studies in Loyola, Dominican Republic (IEESL). He is an electrical engineer degree with two M.Sc., one with a math degree from Santo Domingo Institute of Technology (INTEC) in 2013 and the other with physics at the Autonomous University of Dominican Republic (UASD) Autonomous University (UASD) Bachelor of Science. He holds a PhD in Sustainable Energy Management from the Institute of Technical College of Santo Domingo (INTEC) in 2023. His main research interests are the technical and economic research on distributed renewable energy and electrical engineering, in general, physics and mathematics in electrical engineering.
Dr. Alexander Vallejo Dias He is a mechanical engineer at Tecnológicode Santo Domingo Instituteo (2011), and he also holds a Master’s degree in renewable energy technology (2017) and a PhD in Sustainable Energy Management from the same university (2023). He has over 13 years of experience in major companies in the Dominican energy sector, in the fields of engineering, operations, sales and energy marketing, in AES, Wärtsilä, Cdeee and Ege Haina respectively. At the same time, he taught in various higher education institutions such as IEESL and Intec for 15 years. He has taught computer-aided design, mechanical drawing, machine element design and economic engineering. As a researcher, he has published several scientific articles since 2021 and has spread the results in national and international conferences such as Denmark, Spain, Mexico, Ecuador and the Dominican Republic. In it, he gave lectures on urban wind energy, as well as other topics related to energy management to curb climate change in accordance with the Sustainable Development Goals. He is currently leading three research projects funded by the State of the Dominican Republic.
Dr. Carlos Napoleón Pereyra Mariñez Receive a PhD in Sustainable Energy Management from Santo Domingo Technical College (Intec). He has more than 10 years of experience in the field of telecommunications and serves as Director of the Institute of Engineering, the Institute of Professional Advanced Studies (IEESL) for 12 years. He is a member of the National Studies Career of the Dominican Republic (CNI 693).
