Jose Ignacio Villarreal Marimon, MBA, MSc

Jose Ignacio Villarreal Marimon, MBA, MSc

Greater Chicago Area
1K followers 500+ connections

About

Jose Ignacio Villarreal Marimon received his bachelor degrees in electrical engineering…

Activity

Join now to see all activity

Experience

  • ACCIONA Graphic

    ACCIONA

    Chicago, Illinois, United States

  • -

    Chicago, Illinois, United States

  • -

    United States

  • -

    Medellin - Colombia - South-America

  • -

    Folsom, California

  • -

    Ames, Iowa

  • -

    Medellin, Colombia, South-America

Education

  • Iowa State University Graphic

    Iowa State University

    -

    Advisor: Dr. James D. McCalley

  • -

    Focused on Finance

  • -

  • -

    Minor in Power systems

Licenses & Certifications

  • Coach Innovation

    SIT - Systematic Inventive Thinking

    Issued
  • Economic Dispatch - Optimizar la Programación de los recursos de generación

    SENA

    Issued

Volunteer Experience

  • Fund of the Employees - Delegate

    FEISA

    - 1 month

    Social Services

  • IEEE Power & Energy Society Graphic

    Chair, Iowa- Illinois Section

    IEEE Power & Energy Society

    - Present 5 years 2 months

    Science and Technology

Publications

  • Adjustable Robust long-term energy planning under hydrological uncertainty

    PES General Meeting| Conference & Exposition, 2014 IEEE

    This work presents the Adjustable Robust Hidrothermal Coordination (ARHTC) methodology for handling hidrological uncertainty in long-term energy planning studies. Hydrological uncertainty is modeled via ellipsoidal uncertainty sets that are constructed using the sample mean and the sample covariance matrix of historical inflows of the Colombian hydro system. Rather than creating scenarios product of data sampling, the random inflows were allowed to be a continuous random variable via…

    This work presents the Adjustable Robust Hidrothermal Coordination (ARHTC) methodology for handling hidrological uncertainty in long-term energy planning studies. Hydrological uncertainty is modeled via ellipsoidal uncertainty sets that are constructed using the sample mean and the sample covariance matrix of historical inflows of the Colombian hydro system. Rather than creating scenarios product of data sampling, the random inflows were allowed to be a continuous random variable via uncertainty sets. Thermal and hydro-power generation decisions are made as long as more hydrological information is released in order to guarantee adjustability to the current conditions. This methodology is computationally tractable and was implemented over a typical Colombian hydro chain. Results show that significantly higher robustness levels can be achieved with the help of affine decision rules compared to a static robust optimization methodology.

    Other authors
    • Diego Mejia-Giraldo
    See publication
  • Sustainability and resiliency measures for long-term investment planning in integrated energy and transportation infrastructures

    Journal of Energy Engineering

    Comprehensive and revealing performance measures are critical for the assessment of long-term investment plans. In this paper are defined three performance measures for long-term investment planning in integrated energy and transportation infrastructures: cost, sustainability, and resiliency. Whereas the first measure can be defined relatively straightforwardly, there exist significant ambiguity and discrepancy in the definitions of the last two in the existing literature. Different qualitative…

    Comprehensive and revealing performance measures are critical for the assessment of long-term investment plans. In this paper are defined three performance measures for long-term investment planning in integrated energy and transportation infrastructures: cost, sustainability, and resiliency. Whereas the first measure can be defined relatively straightforwardly, there exist significant ambiguity and discrepancy in the definitions of the last two in the existing literature. Different qualitative descriptions have been made in various research contexts, yet few studies have provided quantifiable definitions. This paper provides quantitative definitions of sustainability and resiliency measures that are appropriate for assessing long-term investment decisions in an integrated energy and transportation system. Sustainability is defined using the time duration for which the system will be able to satisfy operational and environmental requirements. Resiliency is measured as the cost to transition from a precontingency state to a postrecovery state. A case study using representative U.S. coal transportation and electricity transmission networks is conducted to demonstrate the assessment methods.

    Other authors
    See publication

Honors & Awards

  • One of the three national award "AMBAR 2014 Award for Research and Development in the Colombian Electricity Sector"

    Electrical Sector in Colombia (ASOCODIS-CNO-CAC-UPME-Colciencias)

    Se concede por el trabajo realizado en proponer un nuevo modelamiento al tratar la incertidumbre hidrológica en la planeaciòn energética.

  • Colfurturo - ANH Agencia Nacional de Hidrocarburos Scholarship

    -

  • Colfururo- Colciencias Scholarship

    -

  • Meritorious Student

    -

  • Outstanding Student

    -

Languages

  • Español

    Native or bilingual proficiency

  • English

    Native or bilingual proficiency

More activity by Jose Ignacio

View Jose Ignacio’s full profile

  • See who you know in common
  • Get introduced
  • Contact Jose Ignacio directly
Join to view full profile

Other similar profiles

Explore collaborative articles

We’re unlocking community knowledge in a new way. Experts add insights directly into each article, started with the help of AI.

Explore More

Add new skills with these courses