Park4SUMP focused on integrating parking into sustainable urban mobility plans, while Handshake transferred cycling innovation practices across European cities.
GMINA MIEJSKA KRAKOW - MIASTO NA PRAWACH POWIATU
Major Polish city government piloting smart energy districts, building retrofits, and sustainable mobility across municipal infrastructure.
Their core work
The Municipality of Krakow is Poland's second-largest city government, responsible for urban planning, public transport, energy infrastructure, and green space management for a metropolitan area of nearly 800,000 residents. In H2020 projects, they serve as a real-world urban testbed — implementing sustainable mobility schemes, piloting energy performance contracts for public buildings and lighting, and deploying nature-based solutions across the city. Their contribution is practical: they bring regulatory authority, municipal infrastructure access, and citizen engagement capacity that lab-based partners cannot provide.
What they specialise in
ATELIER, RESHeat, and SMART EPC collectively address positive energy districts, renewable heating, and next-generation energy performance contracts for public buildings and lighting.
CLEARING HOUSE investigated the role of urban forests and ecological connectivity for climate-resilient cities.
Park4SUMP, Handshake, and ATELIER all involved social living labs, knowledge exchange, and citizen-driven governance models at the city level.
How they've shifted over time
Krakow's H2020 involvement began in 2018 with a clear focus on sustainable transport — parking management reform (Park4SUMP) and cycling infrastructure transfer (Handshake). From 2019 onward, the city pivoted decisively toward energy: smart city districts (ATELIER), renewable heating systems (RESHeat), and modernized energy performance contracting (SMART EPC). This shift mirrors Krakow's well-known real-world battle with air pollution and its aggressive municipal energy transition strategy.
Krakow is deepening its commitment to municipal energy transformation — expect continued interest in positive energy districts, ESCO models, and smart building retrofit projects.
How they like to work
Krakow operates exclusively as a participant, never as coordinator — typical for a large municipality that contributes implementation capacity rather than project management. With 119 unique partners across 28 countries in just 6 projects, they join large Innovation Action consortia (4 of 6 projects are IAs), meaning they work in big, multi-city demonstration networks. This makes them an accessible partner: they are experienced joiners who understand their role as urban demonstrators and don't compete for project leadership.
With 119 unique consortium partners spread across 28 countries from only 6 projects, Krakow sits inside broad pan-European city networks. Their partnerships are wide rather than deep — they connect to many organizations but through large consortia rather than repeated bilateral ties.
What sets them apart
Krakow is one of Central Europe's largest cities actively piloting energy transition at municipal scale, backed by real regulatory urgency around air quality. Unlike Western European showcase cities, Krakow offers a testbed for solutions that must work under tighter budgets, continental climate conditions, and post-communist building stock — making results more transferable to Eastern and Southern Europe. Their willingness to open public infrastructure (lighting, buildings, transport networks) to project partners is a concrete asset few organizations can offer.
Highlights from their portfolio
- ATELIERLargest project by far (EUR 293K to Krakow), a flagship smart city initiative creating citizen-driven positive energy districts alongside Amsterdam and Bilbao.
- SMART EPCMost recent project (2022), targeting next-generation energy performance contracting — signals Krakow's current strategic priority in ESCO and public building efficiency.
- Park4SUMPDemonstrated Krakow's early commitment to integrated mobility planning, connecting parking management to broader sustainable urban transport strategies.