AI-Powered Decision-making Platform & Urban Furniture

Istanbul uses Digital Twin technology to model energy use and solar potential in Kadıköy, showcasing renewable solutions with PV-integrated urban furniture.

Istanbul’s UP2030 pilot demonstrates how digital innovation and local design can accelerate the city’s path toward climate neutrality by 2030. The initiatives combine advanced data-driven decision tools with tangible, citizen-centered prototypes that make renewable energy visible and accessible in everyday life.

Developed in collaboration with Istanbul Metropolitan Municipality (IMM), Middle East Technical University (METU), and ODTÜ-GÜNAM, two complementary solutions were piloted in the Kadıköy district: the UBEM AI-powered decision-support platform, which optimizes building energy renovation and positive energy district planning, and the PV-integrated urban furniture prototype, which brings renewable energy generation into public spaces. Together, they form a bridge between digital climate governance and on-site citizen engagement, advancing both technological and social dimensions of urban decarbonization.

Key Actions and Features:

AI-powered modelling:

UBEM/UBTEM tools simulate energy demand, CO2 emissions, and rooftop PV generation potential for 2,455 buildings.

PV-integrated urban furniture:

Innovative solar-powered seating structures provide clean energy, support device charging, and promote awareness.

LCA module for emission analysis:

Assesses lifecycle emissions of building renovations and technologies to prioritize high-impact actions.

Digital twin visualization (MIRA):

Interactive platform visualizes aggregated data for planning and public engagement.

Urban mobility integration:

UBTEM supports the optimal siting of PV-powered e-mobility charging infrastructure.

Who Benefits?

Municipal departments, building owners, urban planners, researchers, and citizens - from technical experts using AI-driven data for energy planning to residents benefiting from free renewable energy access and public amenities.

Impact and Long Term Vision

Together, these prototypes show two sides of the same transformation: one digital, one physical. UBEM equips Istanbul with a science-based roadmap to modernize its building stock and reach net-zero by 2050, while the solar-powered furniture makes sustainability visible, participatory, and human-scaled. Through these innovations, Istanbul is turning data into action and technology into inclusion blending artificial intelligence, renewable design, and local craftsmanship to create a city that learns, adapts, and powers itself.

The People and Tools Behind the Prototype

  • Middle East Technical University (METU) and Center for Solar Energy Research and Applications (ODTÜ-GÜNAM): Developers of the UBEM/UBTEM AI decision tools and the Urban furniture.
  • CIRCE-Centro Tecnológico: Responsible for the LCA module.
  • Gruppo Maggioli (MAG): Developer of MIRA digital twin platform.
  • Istanbul Metropolitan Municipality (IMM): City lead and implementation partner.
  • Middle East Technical University (METU): Responsible for the design of urban furniture
  • IMM Parks and Gardens & Energy Departments, Kadıköy Municipality: Local integration, site selection, and support.
  • ISTON: Producer of custom-designed 3D printed concrete urban furniture.

Developers of the UBEM/UBTEM AI decision tools.

Developers of the UBEM/UBTEM AI decision tools.

Responsible for the LCA module.

Developer of MIRA digital twin platform.

City lead and implementation partner.

Responsible for the design of urban furniture

Local integration, site selection, and support.

Producer of custom-designed 3D printed concrete urban furniture.

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