Building a prototype for functional analysis of the energy potential of the water flow in pipe ½ “using microturbines applied to Unidades Tecnológicas de Santander

Abstract

The project aims to build a working prototype for analysis of potential energy of water flow in pipe ½ “by using micro tangential turbines with a loss running low, constituting a small-scale model for the study power generation thereof, setting parameters related to a hydraulic distribution system operation residential drinking water. Taking advantage of the electric power, a microturbine is obtained by decanting flow through it. The research methodology is descriptive quantitative approach, to develop the project initially performed a literature review, followed by identification of the electrical variables and characteristics of the prototype to generate a simulation of a real hydraulic circuit, it followed this comes the recognition and selection of the elements for retrofitting. Thus, as looking through prototype and analysis of the energy potential, generating an academic, social and environmental impact on the institution; since being pioneers in this type of project it is expected to generate the conceptual foundations in the community, enabling understanding of the use of this resource and future implementation. social and environmental in the institution; since being pioneers in this type of project it is expected to generate the conceptual foundations in the community, enabling understanding of the use of this resource and future implementation. social and environmental in the institution; since being pioneers in this type of project it is expected to generate the conceptual foundations in the community, enabling understanding of the use of this resource and future implementation.

Theoretical study of validation methodologies for energy simulation in nZEB buildings.

“…Because, due to errors outside the acceptable margin can generate a negative effect on energy efficiency metrics underestimating a potential energy saving. In accordance with the above, scientists highlight the idea of having accurate but abbreviated models and thus generate realistic results [11].…”

Modeling of a solar thermal system as a power supply alternative for a resistor water distillation system using TRNSYS

“…Thus, as non-conventional renewable energies [7] [8] will play an important role for humanity [9], being an alternative solution to supply in the future, percentages of energy demand worldwide. Eventually, various developments in the use of solar radiation through small-scale [10] or large-scale thermo-solar plants; integrated with photovoltaic [11] [12] or solar concentration [13] [14], systems, 1299 (2024) 012011 IOP Publishing doi:10.1088/1757-899X/1299/1/012011 2 they have been implemented worldwide as a source of electrical and thermal energy production [15] [16].…”

A Novel Low-Cost Mechanism for Energy Generation through Footsteps

“…The modern era is characterized by an ever-growing need for energy and this demand is being increased extensively with each passing day [1][2][3]. However, our traditional energy sources are insufficient for power generation and result in an increase in pollutant emissions [4][5][6]. It is necessary to consider non-conventional energy resources or renewable energy sources that are environmentally friendly [7,8].…”