TEM. 1 CAP. 1 Presentación del Programa IEAE

Welcome and Introduction

In this section, Leandro Barrera introduces himself and the purpose of the research program in electromobility and energy storage.

Introduction to Research Program

• Leandro Barrera discusses the research program in electromobility and energy storage.

• The program aims to link Mexico Energía Que Mueve with the Instituto Politécnico Nacional.

• Objectives include integrating professors and students into research on electromobility and energy storage.

Research Objectives

This part delves into the specific objectives of the research program, focusing on four key areas of investigation.

Objectives of Research Program

• Four main areas of research: materials enhancement, energy source integration, data management, renewable energy generation/storage for automotive electrification.

• Initiating automotive systems electrification within engineering schools.

Specific Research Goals

Here, detailed specific goals for each area of investigation are outlined.

Specific Goals

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Detailed Overview of the Discussion on Energy and Mobility Projects

The discussion revolves around various energy and mobility projects, including research programs, sponsorships, collaborations, and the integration of different technologies in the automotive sector.

Hipólito Mejía's Initiatives

• Hipólito Mejía mentions new units like the Professional Unit of Energy and Mobility created to engage students in research programs related to electro-mobility and energy storage.

Sponsorship Challenges and Collaborations

• Securing sponsors is crucial for funding projects; over two million pesos are required for electric vehicle creation.

• Collaboration between institutions like the National Political Institute has led to significant research lines, specialized professionals, and energy sector advancements.

Industry Impact and Future Goals

• Professors and students have become leaders in the energy sector, with initiatives like GMéxico Energía supporting student projects.

• Specific projects focus on material enhancement, efficiency improvement, regenerative braking systems, lightweight materials development for chassis manufacturing.

Advancements in Electric Vehicles Research

The conversation delves into ongoing projects related to electric vehicles (EVs), emphasizing material improvements, efficiency enhancements, and past experiences in the energy sector applied to automotive innovations.

Project Fórmula SAE Electric

• Projects aim at enhancing vehicle components such as motors, regenerative brakes, gearboxes for efficiency gains alongside developing lighter materials for chassis construction.

Past Experiences Informing Current Research

• Previous collaborations with entities like Racing Brakes have influenced current EV research endeavors.

• Partnerships with organizations like the Mexican Air Force provide insights into lightweight material applications essential for aircraft projects now integrated into EV developments.

Future Plans: Formula SAE Electric Competition

The discussion focuses on recruitment processes for upcoming competitions such as Formula SAE Electric. It highlights key individuals leading these initiatives and outlines participation goals.

Recruitment Process and Competition Participation

• Current recruitment efforts aim to involve 14 fifth-semester students specializing in automotive systems engineering across administrative logistics, electrical aspects, mechanical components divisions.

Faculty Involvement and Project Leadership

• Professor Servando García leads the Formula SAE Electric project involving faculty members from automotive systems departments guiding students towards international competition success.

Student Roles & Project Divisions

Details about student roles within the project teams are discussed along with their responsibilities divided into administrative logistics management, electrical system design implementation tasks.

Student Responsibilities & Division of Tasks

• Students are divided into administrative logistics handling event coordination documentation presentation sponsor engagement while others focus on electrical mechanical aspects of constructing vehicles.

Project Focus Areas: Administrative & Technical Divisions

[Detailed Overview of Transcript]

The transcript discusses a project involving the conversion of a traditional gasoline-powered truck into an electric vehicle powered by hydrogen. It also delves into the development of data management systems for electric vehicles and autonomous driving technology.

Conversion to Electric Vehicle (895s - 984s)

• The project involved converting a gasoline-powered truck into an electric vehicle using battery packs, with support from INAH.

• The converted truck now runs on batteries and is being tested on the streets, with plans to add a hydrogen tank for further development.

• Baldomero Hernández led the conversion project, supported by professors from manufacturing and materials departments, along with participating students.

Data Management Systems and Autonomous Driving (1011s - 1109s)

• Research includes developing data management systems for electric vehicles to capture specific data while in motion.

• Future work involves exploring telematics industry aspects like big data, internet connectivity, autonomous driving, and business models related to managing demand.

• A dragster competition is mentioned as part of testing autonomous driving capabilities through sensor-controlled races.

Autonomous Driving Development (1109s - 1164s)

• A project led by Professor Víctor Álzate focuses on creating an autonomous driving system using sensors and remote control technology.

• Students are actively involved in developing sensors for autonomous driving applications within the dragster project.

Energy Storage and Renewable Generation (1164s - 1300s)

• The focus shifts to energy storage solutions where biomass is used to generate electricity through a process involving boilers and turbines.

• The renewable energy generation project aims at utilizing waste resources efficiently despite limited financial support.

• Waste management strategies involve transforming urban solid waste into energy sources like biomass for sustainable power generation.

Project Overview and Hydrogen Production

In this section, the speaker discusses obtaining hydrogen for hydrogenation purposes in a project related to composting.

Obtaining Hydrogen for Composting

• Hydrogen obtained will be used for hydrogenation.

• The hydrogen will be stored and delivered to vehicles through hoses or chargers.

• Carbon dioxide from reactors will be recovered and sent to greenhouses for plant respiration.

Synthetic Diesel Production and Utilization

This part focuses on producing synthetic diesel from combining carbon dioxide with hydrogen.

Synthetic Diesel Production

• Combining carbon dioxide with hydrogen produces synthetic diesel.

• The synthetic diesel can be used in engines that currently use diesel fuel.

Project Scope and Stakeholders

Discusses the scale of the project and stakeholders involved, including professors, students, companies, and authorities.

Project Scale and Stakeholders

• The project involves various stakeholders such as professors, students, companies like Grupo 3 de Proyectos Civiles, Chichimeca community members, Mexico Energía association.

• Professors leading projects include Ulises Guglielmi, Víctor Álzate de los Dracs Ter, Baldomero Hernández.

Invitation to Join the Project

Encourages professors and students from different institutions to join the energy storage research project.

Invitation to Collaborate

• Professors and students from all fields are invited to participate in the energy storage research project.

• Contact information provided for those interested in joining the project.

Community Engagement Through Video Sharing

Encourages viewers to engage with the community by subscribing to the YouTube channel where student-created videos are shared.

Community Engagement