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– Vantaa, Finland is known for its district heating system and plans to convert to renewable energy sources
– The Veranto project aims to create the largest thermal energy storage system in the world, using renewable energy sources and waste heat from local industries.
Vantaa, Finland, known for its district heating system, is embarking on an ambitious project called Veranto to convert its heating system to renewable energy sources. This project will involve constructing massive underground chambers to store hot water for heating, making it the largest thermal energy storage system in the world. With a focus on scalability and adaptability, the project aims to maximize the efficiency of the city’s heating system and reduce carbon emissions.
District heating is popular in Finland, especially in large cities like Vantaa, where most buildings are connected to an underground network that delivers environmentally friendly heat. By utilizing waste-to-energy plants and wood-burning power plants, Vantaa is working towards reducing carbon emissions and achieving climate targets. The district heating network allows cities to become carbon neutral by efficiently delivering heat to residents and businesses.
The district heating system in Vantaa operates through a closed, two-pipe underground network, with hot water flowing to buildings for heating and returning to be reheated. The network’s modern, low-maintenance infrastructure supports a long service life of up to 100 years. Vantaa Energy has already made significant progress in reducing carbon emissions and aims to become a carbon-negative circular economy energy company by 2030.
Varanto’s innovative approach to thermal energy storage and renewable district heating in Vantaa represents a major step forward in sustainable urban development. By leveraging renewable energy sources and advanced technology, the city is setting a blueprint for other communities looking to reduce their environmental impact while maintaining comfortable living conditions.