August 25–27, 2027 | Prague, Czech Republic
Submit Abstract Registration
The International Connect on Smart Energy, AI & Digital Power Systems (SMARTPOWER2027) will be held on August 25–27, 2027, in Prague, Czech Republic. The conference will bring together researchers, academicians, scientists, engineers, industry professionals, technology developers, and energy experts to explore emerging innovations in smart energy, artificial intelligence, digital power systems, and intelligent energy networks.
SMARTPOWER2027 will provide an international platform for sharing research, practical solutions, and technological developments in areas including AI-driven energy management, smart grids, digital twins, machine learning, energy forecasting, distributed energy resources, microgrids, energy storage, demand response, and digitalization of power systems.
The conference will examine how AI, data analytics, automation, and digital technologies are transforming the generation, distribution, management, and consumption of energy while improving system efficiency, reliability, flexibility, and resilience.
Prague, Czech Republic
August 25–27, 2027
Abstract Submission:
December 21, 2026
Early Bird Registration Ends:
December 23, 2026
Prague, the capital of the Czech Republic, is a historic and vibrant European city known for its rich cultural heritage, beautiful architecture, and welcoming atmosphere. Situated on the Vltava River, the city combines medieval landmarks with modern urban life, offering visitors a unique and memorable experience.
The city is renowned for attractions such as Prague Castle, Charles Bridge, the Old Town Square, and the Astronomical Clock. Its historic centre, listed as a UNESCO World Heritage Site, provides an exceptional setting for exploring centuries of art, history, and architecture.
Prague is also a major international destination with excellent transport connections, a wide range of accommodation options, diverse restaurants, and numerous cultural and recreational activities. Its compact city centre makes many attractions easily accessible by public transportation or on foot.
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