Morteza Kolivand
Energy Engineer
Tehran, Iran
Mortezakolivandi.ph@gmail.com
(+98) 937-421-6735
Skills
Optimization
Modeling
Machine Learning
Deep Learning
Languages
Persian
English
Education
Master of Engineering
2020 - now
Department of Energy Engineering, Sharif University of Technology
Thesis: Security analysis and reliability evaluation of energy internet
Supervisor: Dr. Abbas Rajabi Ghahnavieh
Bachelor of Science
2015 - 2019
Faculty of Science, Arak University
Thesis: Quantum information and Quantum computers
Advisor: Dr. Amin Faraji Astaneh
Selected Projects
Development of a linear programming code — Revised simplex method
Feb 2021
Development of a linear programming code based on the revised simplex method in MATLAB. this program is able to solve linear programs, it could calculate the final tableau of the dual problem based on the Duality Principle and analyze the sensitivity of each decision variable.
Course: Advanced Mathematical Programming
Optimization in net-zero energy buildings using multi-objective mixed-integer linear programming
Jul 2021
Modeling a smart green building with renewable resources such as PV and Wind turbines. Considering electrical batteries and Ground Source Heat Pumps for both electricity and heat/cold applications. This project presented a reduction in energy consumption in Tehran (Lat=35.7, Lon=51.35) and Ottawa (Lat=45.3, Lon=-75.7) in four different scenarios.
Course: Energy Modeling
Mathematical modeling of semi-transparent photovoltaic panels and investigation of integrated systems in the greenhouse and building applications
Jul 2021
In this project, an attempt is made to present a model by using the equations governing the power generation of semi-transparent panels, the optical property of light passing in different wavelength ranges, and the laws governing the thermodynamics of the problem, such as the temperature difference in different layers and the law of conservation of energy. To achieve a systematic view of this model, a conclusion will be drawn using the available data and information to make an optimal decision about using semi-transparent and integrated panels in the greenhouse or building systems.
Course: Advanced Energy Conversion
Monthly heating load calculation with EnergyPlus for the department of energy engineering of Sharif University of Technology, Compared with ISO13790
Feb 2022
The energy requirement for heating is defined in ISO 13790 as the heat to be added to a space intended to maintain the desired temperature conditions over a given period of time. The purpose of the heating calculation is to evaluate the energy performance of the DOEE using EnergyPlus simulation.
Course: Building Energy Management
Stochastic optimization in multi-carrier energy hub considering electric storage system degradation
Feb 2022
This research models the impact of charge and discharge strategies on the battery lifetime and optimizes using of electrical energy storage in a multi-carrier energy hub by considering Economic considerations.
Course: Optimization Application in Energy System Studies