Conference Theme
The central theme of ICSEST-2026 is the advancement of sustainable energy systems through smart technologies, responsible innovation, and interdisciplinary collaboration. The conference recognizes that effective energy transitions require not only technical solutions, but also sound business models, economic viability, policy alignment, and social inclusion.
ICSEST-2026 emphasizes practical, scalable, and system-oriented approaches that integrate engineering, digital intelligence, business strategy, and socio-economic considerations to support low-carbon and resilient development.
Conference Scope
ICSEST-2026 provides an interdisciplinary platform for researchers, practitioners, and decision-makers working across technology, business, economics, policy, and social systems related to sustainable energy and smart technologies.
The conference welcomes original research, applied studies, and case-based contributions that demonstrate technical depth, economic relevance, and societal impact.
Core Thematic Areas
1- Sustainable and renewable energy systems
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Solar, wind, hydro, hydrogen and hybrid energy systems
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Distributed generation and microgrids
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Energy efficiency and demand-side management
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Grid integration of renewable energy technologies
2- Smart grids and intelligent power systems
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Smart grid architectures and digital control
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Power electronics and advanced converters
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Energy storage technologies and system integration
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Grid stability, protection, and reliability
3- Artificial intelligence and digital energy technologies
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AI and machine learning for energy optimization
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Data-driven forecasting and decision support
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Digital twins and intelligent monitoring systems
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Automation and cyber-physical energy systems
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Big data analytics and quantum computing applications
4- Intelligent infrastructure and energy management
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Smart buildings and smart cities
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Internet of Things (IoT) and its applications
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Intelligent energy management and optimization
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Integrated urban and infrastructure systems
5- Engineering and applied sciences for sustainability
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Electrical, mechanical, and systems engineering
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Modeling, simulation, and optimization methods
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Advanced materials and emerging energy technologies
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Reliability, safety, and performance assessment
6- Business, trade, and sustainable economics
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Sustainable business models in energy and technology sectors
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Energy markets, trade, and cross-border energy systems
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Economics of renewable energy and smart infrastructure
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Investment, financing, and risk assessment for energy projects
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Innovation management and technology commercialization
7- Policy, governance, and regulatory frameworks
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Energy policy and regulatory design
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Market mechanisms and incentive structures
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Standards, compliance, and governance challenges
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Policy–technology–market interactions
8- Social, environmental, and interdisciplinary dimensions
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Social acceptance and behavioral aspects of energy transitions
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Equity, inclusion, and access to sustainable energy
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Environmental impact assessment and climate resilience
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Institutional, cultural, and ethical considerations
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Interdisciplinary approaches linking technology, society, and development
Interdisciplinary and Applied Emphasis
ICSEST-2026 strongly encourages interdisciplinary contributions that bridge:
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Engineering and digital technologies
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Business, economics, and market implementation
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Policy frameworks and social systems
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Research innovation and real-world deployment
Submissions demonstrating cross-sector collaboration, policy relevance, or socio-economic impact are particularly encouraged.
Contribution Types
The conference welcomes:
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Original research papers
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Applied engineering and technology studies
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Business and economic analyses
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Case studies and pilot projects
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Policy-oriented and interdisciplinary research
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Industry-driven and practice-based contributions
ICSEST-2026 is designed to support high-quality, interdisciplinary, and impact-oriented contributions that advance sustainable energy and smart technologies while addressing business viability, economic performance, and social responsibility. The conference scope balances technical excellence, economic realism, and societal relevance, ensuring value for academic, professional, and institutional stakeholders.