Day-care centre to be built with energy piles, Vantaa, Finland
Day-care centre to be built with energy piles
As requested by the City of Vantaa, the Vaaralanpuisto day-care centre has been planned based on the "nearly 0 energy days" concept. Construction work for the day-care centre began in late summer 2016, and the project will be completed in July 2017. Project costs are estimated at EUR 5.4 million, and the day-care centre will accommodate about 130 children. Among the various energy production options available for the site, the City of Vantaa chose the energy pile and solar thermal collector system jointly developed by Uponor and Ruukki.
Energy piles as structural elementsDistrict heating was the first option presented during the project planning phase. The costs for connection to the district heating network became too high, especially due to the construction of connection pipes. Therefore, a set of new options had to be weighed.
The survey carried out to determine the foundation method showed that piles were the way to go. Therefore, the use of energy piles was justified.
-As per the "zero energy" concept, the use of renewable energy was one of the basic promises. In the end, we opted for the energy pile system on the basis of the case examples and presentations of the Ruukki-Uponor cooperation. The system is equipped with solar thermal collectors as well as energy panels for additional energy production, says project manager Tapani Torppa from the City of Vantaa.
Energy piles serve as both structural load-bearing piles and geothermal heat collectors. There are a total of about 70 piles, 50 of which are energy piles. The piles were driven all the way to the bedrock, i.e. to a depth of 15 to 20 metres. No bedrock drilling was required as the calculations and energy simulation showed that the energy piles, energy collectors, panels and solar energy recovery system were adequate sources of heat and electricity. In summer, solar thermal collectors are used to store heat in the ground in order for the system to function as planned in winter. Uponor's and Ruukki's own experts as well as university experts have been used in energy simulations and in the planning and calculation of energy needs.
Uponor heavily involved in project implementationUponor will install the energy collection pipes to the steel piles delivered by Ruukki, as well as the solar thermal collectors. It will also plan and install the heat pump. The site's heat distribution system will be Uponor's underfloor heating.
-This kind of expertise is available nowhere else in Finland, which is why Uponor monitors the implementation. The aim is to plan and build an optimal solution based on our "nearly 0 energy days" concept. Furthermore, after completion of the site, Uponor will train the personnel responsible for the technical maintenance and use of the City of Vantaa's properties, in order for the energy systems to function optimally as planned, emphasises project manager Tapani Torppa from the City of Vantaa.
Информация о проекте
Информация о проекте
Fitter: RST Asennuspalvelu Oy
Construction company: Rakennus Future Oy
Varicool heating and cooling panels were installed to the meeting room's ceiling. The new hydronic system replaced the old fan coil unit system. Varicool system is a radiant heating and cooling system. The panels do not heat or cool the indoor air directly but the surfaces what radiant covers.
Thermal concrete core activation with Uponor Contec provides economical, energy-efficient and sustainable building temperature control in the new landmark Adlershof Science and Technology Centre.
A hygienically optimal drinking water installation was integrated into the new office complex – thanks to Uni Pipe PLUS within a very short time.
First radiant ceiling cooling renovation project in tropical climate – Singapore
La dalle active Uponor est intégrée depuis 2017 dans l’immeuble Delta Green, bâtiment tertiaire de 4600m2 comprenant 4 niveaux. Celui-ci est le premier bâtiment de la région tout à fait autonome en énergie.
Uponor were nominated as the sole supplier for radiant heating systems for the Sunesis Schools schemes, with Main Contractor Willmott Dixon. Sunesis is a Joint Venture between Scape and Willmott Dixon, built on the combined experience of public sector know-how and private expertise. They are the market leader in delivering pre-designed buildings across a range of market sectors. Every design has a defined layout, specification, fixed cost and timescale to construct. The full benefits of a full BIM model are also utilised.
Le bâtiment d’enseignement supérieur et de recherche pour l’Institut Mines-Télécom intègre un système de dalle active sur une surface de 40 000 m2. Le bâtiment économe en énergie accueillera une gamme variée d’activités propres à l’Institut Mines - Télécom : formations, recherches, transfert et innovation.
MAGNUM – a brand new business centre. One of the largest in Kaunas city in Lithuania.
MAGNUM aims to introduce positive change, an innovative work culture, and a responsible attitude to the environment. It will inspire these aims not only in its residents, but in the city of Kaunas itself — a city that is rapidly growing and changing.