1- Emerging Technology-Based Solutions for Energy Management in Cyber-Physical Energy Systems

Dr. Hamid Reza Baghaee

Assistant Professor, Faculty of Electrical and Computer Engineering, Tarbiat Modares University, Terhan, Iran, and

(Adjunct) Associate Research Professor, Iran Grid Secure Operation Research Center, Electrical Engineering Department, Amirkabir University of Technology

Abstract: Cyber-Physical Energy Systems (CPS) integrate information technology with traditional energy systems, setting the stage for a significant transformation in the management and optimization of energy resources. These systems leverage advanced sensors, data processors, and real-time communication networks to enable continuous monitoring and control of energy grids. The rise of emerging technologies such as artificial intelligence (AI), the Internet of Things (IoT), machine learning, and cloud-based solutions has broadened the scope for enhancing the efficiency, sustainability, and security of these networks. This keynote presentation will delve into innovative solutions based on these cutting-edge technologies for smart energy management within CPS. Additionally, successful implementation examples and the challenges posed by these advancements, including cybersecurity concerns and the integration of devices and infrastructures, will be discussed. This comprehensive approach aims to guide policymakers and engineers in developing effective strategies for optimizing energy usage in an ever-evolving world, while ensuring the resilience and efficiency of energy networks.

2- Transition to Net Zero and Smart Transportation Systems

Dr. Mousa Marzband

King Abdulaziz University - Saudi Arabia

Abstract: The transition to a net-zero future and the development of smart transportation systems are critical in mitigating climate change and promoting sustainable urban growth. This presentation explores the pivotal role of smart transportation in supporting net-zero goals, focusing on advancements in energy-efficient vehicles, intelligent infrastructure, and integrated mobility solutions. Key topics include the electrification of public and private transport, the integration of renewable energy in vehicle charging systems, and the deployment of IoT-enabled networks to enhance urban mobility. We will discuss the latest innovations in energy management, grid interactivity, and real-time data analytics that drive the shift towards low-emission transportation. Additionally, the presentation addresses challenges such as grid stability, cybersecurity, and regulatory frameworks essential to enabling a sustainable, resilient transportation ecosystem. Through case studies and emerging research, this presentation provides actionable insights into the strategic deployment of technologies that can transform transportation systems, ultimately contributing to a sustainable, low-carbon future.

3- Optimizing electricity consumption to reduce energy imbalance

Eng. Mohammad Farati

CEO of Ahvaz Electricity Distribution Company

Abstract: Optimizing electricity consumption is one of the most important human needs in today's society. This is in line with preserving the environment and also preventing waste of resources. Therefore, education on electricity consumption patterns and behaviors should be expanded in society. In addition, considering the energy imbalance conditions and the need to sustainably overcome these conditions, the need to observe the consumption pattern is felt more than ever. At this time, the use of renewable and clean energies is very useful considering the weather conditions and the increasing pollution rate of metropolises. In addition, the use of clean energies not only helps to preserve the environment and reduce greenhouse gas emissions, but is also economically viable and significantly reduces energy transmission costs. Modifying energy consumption patterns and teaching proper habits in energy use, such as turning off unnecessary electrical appliances, using natural light instead of artificial light, adjusting the desired temperature at home and work, using energy-efficient appliances, supporting clean energy producers and allocating financial incentives, using smart power grids, and the like, can have a significant impact on optimizing electrical energy.

4- Challenges of the country's energy system and solutions to overcome the crisis

Dr. Younes Noorollahi

Member of the Faculty of Engineering at the University of Tehran

Abstract: Iran’s energy system faces several challenges that significantly impact its stability and efficiency. These include a heavy subsidy system that leads to artificially low energy prices and encourages excessive consumption and waste. The system is also heavily dependent on fossil fuels, with a lack of integration across sectors, limited use of renewable energy sources, and low diversification in the energy mix. In addition, aging infrastructure is struggling to cope with growing domestic demand and volatile global energy prices, exacerbating the crisis. Environmental concerns and regulatory constraints also hinder the adoption of sustainable practices.

This talk examines the challenges associated with Iran’s energy system and assesses their implications for energy security and economic development. The proposed solutions include reforming the subsidy system to align prices with market realities and diversifying energy sources through investment in renewable technologies. Improving energy efficiency in various sectors and modernizing energy infrastructure are also of great importance. Promoting international cooperation and attracting foreign investment are also considered as essential strategies for creating a resilient and sustainable energy system. Developing infrastructure and improving energy grid management are also other solutions, so that a more stable energy supply can be ensured. Finally, encouraging investment in new technologies and cooperating with other countries in the field of energy can help to provide sustainable and quality energy.

5- Dos and Don'ts of Energy Consumption Management in Iran: Challenges, Opportunities, and Optimization Strategies

Dr. Mehdi Abapour

Member of the Faculty of Electrical and Computer Engineering at the University of Tabriz

Abstract: Given the rapid growth of energy consumption in Iran and its profound impacts on environmental sustainability, the national economy, and energy security, optimizing energy consumption management has become a critical priority. This keynote speech explores the essential dos and don'ts of energy consumption management in the country. Key challenges, including inefficiencies in energy infrastructure, significant losses in the distribution network, and inadequate energy pricing policies, will be discussed. Additionally, potential optimization opportunities will be examined, such as leveraging advanced technologies, utilizing artificial intelligence for consumption forecasting and control, reforming incentive and penalty policies, and developing demand-side management (DSM) programs.