ReferencjeDerbecen University,
Derbecen University,
Debrecen,
Hungary
Location
Debrecen, Hungary
Realizacja
2013
Rodzaj budynku
Budynek biurowy
Product systems
System ogrzewania/chłodzenia płaszczyznowego Uponor, System wielowarstwowy MLC, System Uponor PE-Xa
Rodzaj projektu
Nowy budynek
Podobne projekty
Magnum Business center
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.
New office in Västerås with a focus on modern and environmentally friendly solutions
The plumbing company Mälardalens Rör in Västerås moved from their premises that they had been in since the end of the 80s. In November 2021, the first test trench was taken and at the turn of the year 2022/2023 they moved into the new office on a plot of land they have owned for a long time. We visited and spoke with the owners Robert Lind and Veronica Lange to hear more about the project.
Ilmalanlinna, Helsinki
Due to the interest rates of the floor structures, underfloor heating at Uponor's new head office required a solution that would raise the floor surface as little as possible. A functional result was achieved with an unusual implementation, low-structure underfloor heating plates, which are mainly used in renovations of detached houses, and which increase the floor height by only 15 millimetres.
Technopolis Innova 2 in Jyväskylä, Finland is heated by energy piles
In spring 2012, the six-storey Technopolis Innova 2 building was constructed on the shore of Lake Jyväsjärvi. The building makes use of geothermal energy, which is collected using energy piles. The solution has surpassed all expectations.
Edificio de oficias en calle Tutor
The building located at Calle Tutor 16 (Madrid), owned by Arquia Inmuebles, has undergone a complete renovation and modernization, being partially demolished with the façade stabilized. A project designed by Tuñón y Albornoz Arquitectos and executed by SANJOSE Constructora, where the integration of Uponor's Invisible Air Conditioning in the Matrics raised technical floor developed by company Subway Systems.
Uponor expertise supports state-of-the-art children’s hospital
Uponor was proud for the chance to contribute to such a worthy initiative – a facility dedicated to the care of sick children. Uponor specialists made a point of actively participating early on in the need-assessment and design phases of the project. Their contributions included a range of much-valued municipal engineering and building technology solutions.
The installation of Uponor storm water cassettes in Shopping Center Karisma, Lahti
In November 2011 one of the largest shopping centers of Finland was opened in Lahti. The Karisma shopping centre is one of Finland´s largest shopping centers measured by sales area and number of stores. Developer of Karisma is Kesko. Construction of Karisma has been one of the biggest investments ever in retail trade of Kesko. The main contractor of Karisma was SRV Rakennus ltd.
Kiviniityn Auto- ja Maatalouskonehuolto acquired a new underfloor heating and cooling solution
Kiviniityn Auto- ja Maatalouskonehuolto Oy, based in Huittinen, initiated a construction project in 2012 to implement a modern building based around geothermal energy for use as commercial premises for a shop selling tools and spare parts.
The Kastelli community utilises smart building services
The Kastelli community centre, which was completed in 2014, is the City of Oulu's educational, leisure and culture centre that serves the residents of the city in many different ways. Uponor's underfloor heating system has been installed in the building.
HAMK's zero-energy hall uses energy piles
Construction of Finland's first virtually zero-energy hall was completed in May 2015. The hall was built for the Thin Sheet Centre research unit of the Häme University of Applied Sciences (HAMK) and it draws its energy primarily from energy piles and solar panels.
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.
The New Deichmanske Library - Bjørvika, Oslo
Deichman is equipped with Thermally Active Building System - a system for storing the energy in the concrete ceiling. It is primarily a cooling system, but it can also be used as a heating system. When in cooling mode, no energy is used as the heat is drawn into the concrete, only when it is transferred from the concrete and into the water pipes that are cast in the decking. The need for installed power is reduced, and operating expenses are significantly reduced as opposed to in a air-based cooling system. The TABS is cast into the Prefab elements, which is a BubbleDeck construction with spans up to 10.5 meters.
Agder fengsel in Norway
Statsbygg har fått i oppdrag av Justisdepartementet å bygge nytt fengsel i Agder, med avdelinger i Mandal og på Froland. Uponor fikk i oppdrag med å levere gulvvarme til begge fengslene, ca 100 000 meter med rør. Det er lagt gulvvarme i alle rom på begge prosjektene. Uponor har også levert tappevann; Mandal fengsel med nye PPM fordelere, Froland fengsel messingfordelere. Uponor har også levert noe Ecoflex rør til prosjektene.
First Uponor Comfort Panel project in Hungary
An office building, where proper comfort is provided for doing your job The commercial buildings provide more or less limited space as the workplace for people. Therefore cooling the air is an important factor in maintaining their comfort during their stay. In order to keep the daily work undisturbed, the system used should be installed easily, should be efficient economically, and should be hygienic.
Institut les Mines Telecoms Saclay
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.