Global Insight: IEIEA & IPMA Releases Special English Report on the State of Iran’s Electrical Industry (1403)
| Post date: 2025/02/26 |
Tehran, March 2025 – To foster international collaboration and provide transparent data to global stakeholders, the Secretariat of the IEIEA & IPMA have published a comprehensive English analysis of the Iranian fiscal year 1403 (2024-2025).
A Year of Paradigm Shifts The report characterizes 1403 as a year defined by "extreme resilience". The national grid successfully navigated a complex "dual-crisis scenario": a record-breaking summer "Heat Dome" that pushed demand past 79,000 MW, and a severe winter "Gas Cliff" that tested fuel supply chains.
Key Highlights of the Report:
Generation Efficiency: Despite external pressures, the industry successfully upgraded Open Cycle plants to Combined Cycle, raising average efficiency from ~32% to over 48%.
Maintenance Mastery: A massive overhaul program covering 110,000 MW was executed, with domestic companies reversing-engineering critical hot-gas path components to maintain 98% plant availability.
Market Reform: The report details the success of the "Green Board" on the Iran Energy Exchange (IRENEX), where industrial demand for renewable energy drove trading volumes to record highs, establishing a real price discovery mechanism.
Outlook for 1404: The Year of Efficiency Looking ahead, the report outlines the IEIEA's strategic roadmap for the new year, designated as "The Year of Efficiency". The focus will shift towards:
Grid Modernization to reduce technical losses.
Renewable Expansion, specifically targeting wind energy in eastern corridors.
Cultural Shift from energy subsidies to energy productivity.
Download the Full Report Researchers, investors, and industry partners can now access the full text of the "State of Iran’s Electrical Industry (1403 Review)" via the link below.
Navigating the Digital Future: IEIPE Hosts Successful International Workshop on Smart Grid & Digital Transformation
| Post date: 2024/11/17 |
Tehran, October 2025 – As the global energy landscape shifts towards digitalization, the IEIPE continues to lead the conversation on modernizing power systems. On October 21st and 22nd, the association hosted a pivotal international virtual workshop focused on "Smart Grid & Digital Transformation for Power System Productivity".
Exploring Innovations The workshop provided a platform for experts and attendees to delve into the critical intersection of technology and energy efficiency. The program was designed to address the most pressing challenges and opportunities in the field, with key themes including:
AI & Machine Learning: Applications in optimizing grid operations and decision-making.
Data Analytics: Utilizing big data for predictive maintenance and asset management.
IoT Applications: Enhancing energy efficiency through interconnected devices and sensors.
Cybersecurity: Strategies for protecting digital power systems from emerging threats.
A Global Exchange of Ideas The event attracted a diverse audience of power system engineers, utility managers, technology providers, and academic researchers. The virtual format facilitated live presentations and interactive Q&A sessions, allowing for a dynamic exchange of knowledge across borders. Virtual networking sessions also provided attendees with the opportunity to connect with peers and discuss future collaborations.
Recognition and Resources Participants who engaged in the sessions were awarded an E-Certificate of Participation, acknowledging their commitment to professional development in the smart grid sector. Additionally, attendees were granted access to recorded sessions, ensuring the valuable insights shared during the workshop remain accessible for future reference.
The IEIPE remains dedicated to fostering innovation and productivity within the power industry. For details on future events and publications, please visit our website.
Digital Twins and AI Take Center Stage: IEIPE Concludes International Workshop on Advanced Asset Management
| Post date: 2024/11/16 |
Tehran, November 2025 – As power grids become increasingly complex, the shift from traditional maintenance to predictive strategies has become essential. Addressing this industry need, the IEIPE organized a comprehensive virtual workshop this autumn focused on "Advanced Asset Management & Predictive Maintenance for Power Grid Reliability".
Expert-Led Instruction The workshop, held on November 12th and 13th, was conducted by Dr. Amir Hossein Rezaei, a renowned Senior Consultant in Power System Asset Management. With over 20 years of experience leading global utility projects and a PhD in Electrical Engineering, Dr. Rezaei provided attendees with deep insights into reliability-centered maintenance (RCM) and the implementation of digital twins.
Core Themes: AI and Digital Twins The sessions moved beyond theory, offering practical approaches to modernizing grid operations. Key topics covered during the two-day event included:
Fundamentals of Asset Management: A deep dive into ISO 55000 standards.
Digital Innovation: Utilizing Digital Twin technology to create virtual replicas of power grids for simulation and analysis.
Predictive Strategies: leveraging AI and IoT data to predict failures before they occur.
Financial Optimization: Risk-Based Maintenance Optimization and Life Cycle Cost Analysis to ensure economic efficiency alongside technical reliability.
Connecting the Industry The workshop attracted a diverse group of participants, including asset managers, maintenance engineers, power system operators, and academic researchers. The virtual format allowed for live, expert-led sessions and interactive Q&A case studies, fostering a vibrant exchange of ideas across the sector.
Participants who completed the workshop received an E-Certificate of attendance, validating their updated skills in this critical field.
For information on upcoming workshops or to access archived materials from this session, please contact the IEIPE secretariat.
Powering the Future: IEIPE Successfully Concludes High-Level Workshop on AI-Driven Optimization & Renewable Integration
| Post date: 2024/12/1 |
Tehran, November 2025 – As power grids evolve to accommodate higher levels of green energy, the intersection of Artificial Intelligence and electrical engineering has become a focal point for industry advancement. Addressing this critical trend, the IEIPE organized a specialized two-day scientific workshop titled "AI-Driven Optimization & Renewable Integration in Smart Grids".
Distinguished Instruction The workshop, held on November 18th and 19th, featured Prof. Masoud Aliakbar Golkar, a distinguished professor from K.N. Toosi University of Technology (KNTU), as the lead instructor. Prof. Golkar, a renowned expert in Distributed Generation (DG) and Deep Learning applications in power systems, guided participants through complex concepts regarding grid stability and resilience.
Deep Dive into AI & Renewables The curriculum was designed to bridge the gap between theoretical AI models and practical grid application. Key topics covered during the sessions included:
Forecasting: Utilizing Machine Learning for Distributed Energy Resources (DER) prediction.
Optimization: Strategies for Optimal Power Flow (OPF) in networks with high renewable penetration.
Control Systems: AI-based strategies for microgrid management.
Flexibility: Data-driven approaches to Demand Response and grid flexibility.
Interactive Learning Environment The event brought together a mix of power system engineers, renewable energy specialists, and academic researchers. The virtual format allowed for dedicated Q&A sessions with Prof. Golkar, where real-world case studies were analyzed to demonstrate how AI can solve current industry bottlenecks.
Professional Recognition Attendees who successfully completed the workshop were awarded an Official E-Certificate of Participation, recognizing their engagement with advanced topics in smart grid technology.
The IEIPE continues to be at the forefront of educational initiatives for the power sector. For more information on future workshops and resources, please visit our website.
International Technical Visit: IEIPE Organizes Scientific Tour to
| Post date: 2024/05/24 |
Tehran, Summer 2025 – In line with its mission to foster international knowledge exchange and technical development, the IEIPE is pleased to announce an upcoming scientific visit to the Republic of Azerbaijan.
Destination: Cutting-Edge Power Generation The focal point of this trip is the "Shimal-2" Combined-Cycle Power Plant, a state-of-the-art facility located near Baku. Participants will gain first-hand insights into modern power generation technologies, control systems, and operational efficiency strategies.
Comprehensive 2-Day Itinerary:
Day 1: Technical Deep Dive & Site Tour The program begins with a morning flight from Tehran to Baku. Upon arrival, attendees will transfer to the "Shimal-2" plant for a technical briefing by chief engineers. The day includes a guided tour of critical facilities, such as the Control Room, Gas Turbine Hall, and HRSG Unit, followed by a networking lunch and evening free time in Baku.
Day 2: Advanced Workshops & Cultural Insight The second day features two specialized workshops:
"Efficiency Optimization in Combined-Cycle Plants"
"Digital Systems & Predictive Maintenance" The visit concludes with a closing Q&A session, certificate presentation, a brief cultural tour of Baku's Old City, and an evening return flight to Tehran.
Registration & Pricing: This unique opportunity is available to both members and non-members:
IEIPE Members: 30,000,000 IRR
Non-Members: 40,000,000 IRR (Fee includes flights, 1-night hotel accommodation, transfers, meals, and technical visit access).
Important Deadlines:
Registration & Payment Deadline: July 25, 2025.
How to Register: Interested professionals and researchers are encouraged to secure their spot early. For registration and further details, please contact the IEIPE secretariat:
Expanding Regional Cooperation: IEIPE Announces 2-Day Scientific Visit to Najaf Combined-Cycle Power Plant in Iraq
| Post date: 2024/05/24 |
Tehran, Autumn 2025 – Continuing its commitment to regional technical exchange, the IEIPE is proud to organize a strategic scientific visit to neighboring Iraq this October.
Focus: Power Generation in Arid Environments This exclusive tour will take participants to the Najaf Combined-Cycle Power Plant, offering a unique opportunity to study power generation challenges and solutions specific to arid climates. The visit is designed for engineers and researchers looking to deepen their understanding of grid stability and plant management in high-temperature environments.
Detailed 2-Day Program:
Day 1: Site Tour & Technical Briefing Participants will fly from Tehran to Najaf in the morning, transferring directly to the power plant. The agenda includes a technical overview delivered by plant managers, followed by a networking lunch. The afternoon features a guided tour of key facilities, including the Control Room, Turbine Hall, and Heat Recovery units.
Day 2: Specialized Workshops & Cultural Visit The second day delves into technical specifics with two workshops:
"Grid Stability in Arid Climates"
"Advanced Monitoring Systems" After a closing Q&A and certificate presentation, the group will enjoy a cultural visit to the Holy Shrine in Najaf before returning to Tehran in the evening.
Registration & Fees: The package includes round-trip flights, 1-night hotel accommodation, all transfers, meals, and access to the technical visit:
IEIPE Members: 35,000,000 IRR
Non-Members: 45,000,000 IRR.
Important Dates:
Registration Deadline: September 10, 2025.
Secure Your Place: To register for this insightful technical journey, please contact the IEIPE secretariat:
iranipa.com
