Revolutionizing Public Transit in Prague: The Climate Control Upgrade for Škoda 15T Trams
Prague’s public transportation authorities are embarking on a bold modernization project that promises to make commuting more comfortable and efficient. With a substantial investment of approximately 70 million PLN (16.5 million euros), this six-year initiative aims to equip the entire fleet of Škoda 15T ForCity trams with state-of-the-art passenger climate control systems. This upgrade is not just about comfort—it’s about redefining urban mobility standards in Europe.
Strategic Partnership with Enika: A Game-Changing Contract
The core of this transformation lies in a framework agreement with Polish manufacturer Enika. Signed in late 2023, this contract covers the supply and installation of 123 climate-controlled Škoda 15T trams, supplementing the existing 127 vehicles already upgraded with air conditioning since 2010. The contract’s scope underscores Prague’s commitment to sustainable, passenger-friendly transportation, aiming to achieve a 100% climate-controlled fleet.
The deal, valued at around 70 million PLN, extends over six years, ensuring continuous upgrades without disrupting service. Enika, recognized for its expertise in transportation climate systems, will handle the design, manufacturing, and installation of advanced climate units tailored specifically to the Škoda 15T tram architecture.
Next-Generation Climate Units: Cutting-Edge Technology for Passenger Comfort
Each tram will receive three iGlacio 17AC/6AC climate units, strategically placed in each of the tram’s three sections. These units will boast several prominent features:
- 17 kW cooling capacity—enabling rapid and effective cooling, even during peak summer days.
- 6 kW heating power—ensuring comfort during cold winter months.
- Advanced ventilation and supplemental heating system—for consistent air quality and temperature control.
- Integrated power converters—directly linked to the tram’s traction system, optimizing energy use and reducing waste.
With a total forecast of 369 climate units manufactured and installed across Prague’s entire tram fleet, this upgrade aims to significantly elevate passenger experience. The units are designed for quick installation and minimal maintenance, aligning with Prague’s goal for operational efficiency.
Technical and Design Considerations: Maximizing Performance and Accessibility
The Škoda 15T ForCity trams measure approximately 31.4 meters in length and are designed with a low-floor configuration for easy access. Their 284 passenger capacity and maximum speed of 60 km/h make them ideal for urban environments like Prague’s narrow, historic streets. Their articulated design ensures smooth navigation through tight turns, including the city’s iconic medieval corners where space is limited.
By adding climate control, these trams will operate more efficiently in all weather conditions, reducing passenger discomfort and increasing service reliability during extreme climate events—a crucial factor as climate change causes more unpredictable weather patterns.
Installation and Modernization Timeline: From Poland to Prague
Installation will occur primarily at MPK Łódź‘s specialized workshops located in Łódź, Poland. The workshops are equipped with the latest fabrications for sandwich-type roofs and climate system integration. The plan involves a bi-weekly dispatching of upgraded trams to Prague, minimizing service disruptions and allowing for a seamless transition.
This phased approach guarantees that Prague’s entire fleet can be upgraded over the next six years, with each tram retrofitted in the workshop and then returning to service with enhanced passenger comfort and operational efficiency.
Long-Term Impact: Sustainable, Passenger-Centric Urban Transit
This comprehensive upgrade aligns with Prague’s broader goals of modernizing its public transportation infrastructure, reducing environmental impact, and elevating passenger standards. Once fully implemented, all 250 Škoda 15T trams in Prague will feature modern climate systems, drastically improving comfort and attractiveness of public transit—essential for encouraging a shift away from private vehicles.
With climate-controlled trams operating smoothly across the city, Prague sets a benchmark for other European cities striving to balance historic charm with cutting-edge mobility solutions. This initiative proves that investing in passenger well-being and infrastructure resilience creates tangible benefits for urban life, now and in the future.
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