Planning the development and the upgrade of power distribution
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Planning the RES integration in fast growing cities
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Impact of E-mobility on distribution planning
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Integrated urban planning (power, gas, thermal, water, communication, transportation and waste)
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Integrated planning of digital infrastructures (e.g. integrated data centers)
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Inclusion of Cyber security in distribution planning and development
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Artifcial intelligence, machine learning, expert systems for planning smart city distribution networks
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Smart buildings, smart districts, smart factories, microgrids
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Business models, markets and regulatory framework impact on the smart city develop
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Smart, compact and eco-friendly substations, and smart transformers
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Pre-built power stations and substations
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High ampacity underground cables and superconductivity cables
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Fault current limiters (for sub-grids connections, energy demanding transport infrastructure, etc.)
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Components for active network operations (e.g., fault location, isolation and service restoration, dynamic load Management, power ?ow management, power quality conditioners)
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DC distribution and AC/DC hybrid solutions
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AC and DC charging stations for private and public transportation
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Distributed and centralized storage
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Technical solutions for upgrading existing assets
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Innovative condition monitoring
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Aggregators and demand response in fast growing cities (e.g. Virtual Power Plants, ?exibility mechanisms)
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Multi energy/multi services networks and systems
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Operation and energy management of smart districts and buildings (e.g. community systems operator, etc.)
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Integration and operation of E-mobility in large cities, smart public lighting and distributed storage
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Peer to peer energy transaction and local markets (blockchain)
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Interoperable digital platforms for the integration of city services
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Big data to improve and optimize the operation of smart distribution systems
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Innovative operation of the distribution system
(e.g., IoT integration, etc.)
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Digitalization and asset management
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Decision support systems and risk awareness for resilient distribution systems
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Citizen awareness and resiliency
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Cyber security techniques for digital power distribution
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Cyber physical modelling and simulation for smart cities
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Microgrids and smart districts for resiliency
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Cyber-attacks as high-impact low-probability events
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Managing data protection and open data
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Impact of innovative market arrangements on resiliency
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