Amsterdam's Solar-Powered Ice Rink Turns Summer Sunshine Into a Skating Experience

2026-05-30 green

Amsterdam, Saturday, 30 May 2026.
A 10×20-metre ice rink powered entirely by 1,400 rooftop solar panels is open next to Amsterdam’s Olympic Stadium until June 2, 2026 — making ice while the temperature hits 27°C.

Art Meets Energy: The Idea Behind the Ice

The Zomerijsbaan — Dutch for ‘summer ice rink’ — is not primarily a commercial venture or a sports facility. It is an art project, conceived and built by Amsterdam-based designer and artist Rosalie Apituley, who holds the position of artist in residence at Alliander, the Dutch grid operator [1]. The rink, measuring 10 by 20 metres, opened on Friday, May 29, 2026, at 15:00 and will remain open daily from 12:00 to 18:00 until Tuesday, June 2, 2026, next to the Olympisch Stadion at Olympisch Stadion 2, 1076 DE Amsterdam [2][4]. Apituley’s central ambition is provocation through paradox: by placing a functioning ice surface in the middle of a 27°C summer day, she forces visitors to confront the invisible abundance of energy flowing through the city’s grid [1][5].

How 1,400 Solar Panels Keep Ice Frozen at Midsummer

The engineering behind the Zomerijsbaan is as striking as the concept itself. The rink is directly connected to nearly 1,400 solar panels mounted on the roof of the Olympisch Stadion [1]. To keep the ice surface frozen overnight, the system relies on two large battery containers that store energy generated during daylight hours [1]. An energy management system governs the entire process, channelling solar overcapacity directly into the ice-making machinery [2]. The ice floor consumes as much electricity per hour as an average household uses in three days — a figure that was expected to run even higher on May 29, 2026, when the temperature reached 27°C [1].

Negative Electricity Prices and the Demand-Flexibility Challenge

The Zomerijsbaan arrives at a moment when the economics of the Dutch energy grid are shifting in ways most consumers have yet to fully absorb. Electricity prices in the Netherlands are now negative for approximately 600 hours per year, meaning that at those moments, producers are effectively paying consumers to use power [1]. Olof van der Gaag, chair of the Dutch Association for Sustainable Energy (Nederlandse Vereniging voor Duurzame Energie), has pointed to the practical opportunity this creates: “Then you naturally want to use it for useful things, such as charging your car or a home battery” [1]. The ice rink makes this abstract market signal tangible: rather than an invisible price fluctuation on an energy bill, visitors can stand on a physical manifestation of surplus solar energy.

A Blueprint for Ice Rinks in the Energy Transition

The Zomerijsbaan is not an isolated experiment. It connects to a growing movement within the Dutch ice sports sector to rethink how artificial ice rinks interact with the national energy grid. Ice rinks in Alkmaar, Leiden, and Geleen have already been cited as practical examples of sustainability and heat-energy reuse [2]. IJshal De Vliet in Leiden, which opened in 2023, uses a large solar roof and exchanges heat with an adjacent swimming pool [2]. The logic is compelling: when ice is made, heat is released as a byproduct, and that heat can warm nearby buildings, homes, or offices, effectively turning a high-energy sports facility into a node in a local energy network [2].

What Visitors Can Expect Before June 2, 2026

For Amsterdammers and visitors still looking to experience the installation, the Zomerijsbaan remains open until Tuesday, June 2, 2026, from 12:00 to 18:00 daily, weather and solar conditions permitting [2][4]. The address is Olympisch Stadion 2, 1076 DE Amsterdam [4]. Visitors can follow a guided tour, check the live ‘energy weather forecast’ to see whether conditions are right for the rink to be open, or simply lace up skates and step onto ice that exists only because the sun is shining [3]. Further information and any updates to the schedule are available at dezomerijsbaan.nl [4]. “We act as if it’s a festival, while it’s actually an artwork,” Apituley has noted — a description that captures the project’s careful balance between spectacle, science, and statement [1].

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