Farshid Dehghani Email & Phone Number

Shiraz, Fars Province, Iran

• Indoor, Outdoor, And Street Lighting Drawings Using Dialux Software• Lighting Calculations And 3D Modeling Using Dialux Software• Preparation Of Power Drawings Such as Lighting Layout, Small Power Layout (Power Socket Outlet Layout), cable route Layout, Tray and ladder layout, Earthing Layout, Lightning Protection Layout and Preparation of Their Associated Drawings/Documents Using AutoCAD Software • Designing substation electrical drawings including substation equipment layouts, substation opening layouts • Preparation of Overall and Detailed Power Single Line Diagrams Using AutoCAD Software• Electrical Power System Studies (Load Flow, Short Circuit)• Creating Cable Schedule document based on Electrical Load List and Load Balance document, sizing of cables• Preparation of Communication and Telecom Drawings Such as LAN And Telephone Layout, Paging and Intercom Layout, Security and Process CCTV Layout and Preparation of Their Associated Drawings/Documents Using AutoCAD Software.• Preparation Of Riser Diagram and Block Diagram Related to Communication System Such as Paging and Intercom Station, Fire Telephone (Hotline), Telephone, LAN, And Security and Process CCTV Systems.• Preparation of Fire Alarm Layout for Buildings.• Preparation of data sheet and technical Specification for different electrical equipment based on project's MDL.• Preparing and reviewing material of take-off (MTO) and material requisition (MRQ) of different electrical bulk items or main electrical equipment.• Review of vendor documents from main electrical equipment to bulk electrical items and other discipline equipment, communication with vendor for detail design problems and creating technical clarification sheets based on their technical offers.• Preparation of technical bid evaluation (TBE) documents based on technical offers of different bidders and their reply to TCLs.• Working on 3D model of project in Navisworks software

Shiraz, Fars Province, Iran

Power loss reduction in distribution systemKey Responsibilities:• site visits to assess the condition of existing infrastructure and identify opportunities for loss reduction.• Conducted load flow analysis of existing distribution system using DIgSILENT software to identify areas with high losses• Proposed and evaluated network reconfiguration scenarios to optimize power flow and reduce losses.• preparation of AutoCAD design drawings and layout plans for new overhead distribution lines.• Prepared technical reports and documentation for proposed network enhancements, including cost-benefit analyses.• Collaborated with project teams to implement loss reduction strategies and monitor their effectiveness.• Coordinated with stakeholders to ensure compliance with regulatory standards and best practices in electrical distribution.

Shiraz, Fars Province, Iran

Solar PV System Design• Site visits to analyze and identify solar potential and constraints.• Analyzed solar energy systems using PVsyst software and preparation of a system simulation report.• Preparation of mechanical and electrical design plans for large-scale solar farms, including overall plot plan, cable route layout, Earthing layout, single-line diagrams, and preparation of their Associated Drawings/Documents Using AutoCAD Software• Performed voltage-drop, short-circuit calculations and cable studies using CYMCAP• Prepared the required documentation for the construction of photovoltaic systems, including a comprehensive equipment list, detailed specifications, manuals for each piece of equipment, and etc.• Estimated full EPC (Engineering, Procurement, and Construction) costs.

Shiraz, Fars Province, Iran

Load Component EvaluationKey Responsibilities:• Conducting Thorough Studies on Load Curves• investigating load curves using hourly electricity market data.• Examining load patterns for insights into energy consumption trends.• Identifying base load, daytime peak, nighttime peak, and off-peak periods across various timeframes.• Assessing and quantifying load components for efficient load management.• Evaluating demand consumption and calculating the percentage share of different load components.• Producing detailed reports on load distribution for effective energy resource allocation.• Identifying key factors influencing daytime and nighttime peak loads.• Delivering precise evaluations to aid in peak load forecasting and mitigation planning• Investigating load components on days coinciding with peak load occurrences.• Ensuring accurate load representation during critical peak periods.• Analyzing the company’s load duration curve to identify critical hours.• Determining critical load hours to support contingency planning and reliability assessments.

Shiraz, Fars Province, Iran

The comprehensive plan for the development of the power distribution network:Key Responsibilities:• Power network modeling using DIgSILENT software, along with preliminary studies of distribution systems including load flow analysis, short circuit analysis, and reliability evaluation.• Analyzing residential, commercial, industrial, and agricultural consumption patterns to anticipate future load demands.• Collaborating with urban planning departments to determine areas earmarked for construction and development.• Forecasting future network requirements by analyzing consumer load growth, load demand, and city expansion plans.• Conducting studies on the development of Distribution Substation (Upgradation of Existing Substations, determining the location and sizing of required new substations) in a long-term period • Determining feeder types, cross-sections, and routing strategies for long-term network sustainability.• Developing a strategic roadmap for the sustainable development of the distribution network over an extended period.

Shiraz, Fars Province, Iran

Smart Grid Laboratory, Power system researcher• Resilience assessment and quantification of power systems, which includes the following:- Assessing the impact of natural disasters such as earthquakes, storms, floods, and fires on power distribution systems. - System modeling and simulation to predict and evaluate system behavior under critical conditions.- Identifying system weaknesses and assessing their susceptibility to various incidents.- Examining various failure scenarios and their effects on the distribution system.- Developing and utilizing backup systems and alternative resources to reduce disruptions.- Assessing the system's ability to recover quickly after incidents.- Identify and select appropriate indicators for measuring and evaluating the resilience of power distribution systems, such as recovery time after failure, failure rates, economic and social impacts, etc.• Power system reliability assessment• Power quality assessment of distorted distribution networks incorporating renewable distributed generation systems• Probabilistic Power System Studies- Probabilistic Load Flow, Probabilistic Energy Management, and Probabilistic

Shiraz, Fars Province, Iran

Course: Probability Concepts in Electric Power SystemsTeacher: Dr.Mohammad Mohammadi

Master Of Science - Ms, Electrical Engineering - Power System, 3.18/4

Thesis: Resiliency Assessment of Power Distribution Systems under Extreme Weather Events. Advisor: Prof. Mohammad Mohammadi.

Bachelor'S Degree, Electrical Engineering - Power Systems, 3.38/4

Thesis : High Voltage Direct Current (HVDC) substation and Transmission lines Advisor : Prof. Bahman Eskandari