football air-supported structures

ENERGY-P ADVANCED

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Pallone pressostatico Äänekoski

Pallone pressostatico Äänekoski

Pallone pressostatico Äänekoski

Pallone pressostatico Äänekoski

Pallone pressostatico Äänekoski

Pallone pressostatico Äänekoski

Pallone pressostatico Äänekoski

Pallone pressostatico Äänekoski

Pallone pressostatico Äänekoski

Pallone pressostatico Äänekoski

Pallone pressostatico Äänekoski

Pallone pressostatico Äänekoski

Pallone pressostatico Äänekoski

Pallone pressostatico Äänekoski

Pallone pressostatico Äänekoski

Pallone pressostatico Äänekoski

  • Place

    ÄÄNEKOSKI

  • Year

    2021

  • Architectural Project

    Canobbio Textile

  • Membrane Project

    Canobbio Textile

  • Area

    6.048 m²

  • Textile

    TYPE E exterior - Special inner membrane

  • Type

    Energy-P Advanced air-supported structure

  • Canobbio

    Canobbio Textile Services

    Design, processing and supply of cover membranes, supply of entrance/emergency doors, supply of utility tunnels, supply of light system supports, supply of L and U-shaped securing sections, Assembly technical support.

ENERGY-P ADVANCED Äänekoski

“The experience gained in designing and building large and advanced technology air-supported balloons, make the textile a valid solution for covering entire football fields. These projects where the energy efficiency and functionality of the structure are combined with architecture, are a fertile ground for interesting projects by using durable textiles and advanced engineering solutions”.

This is the case of the air-supported balloon built in conjunction with the PoVe consortium for the town of Äänekoski
in Finland, where we – as Canobbio Textile – built a cover measuring 100.30 m x 60.30 m wide to cover the winter playing field of the town’s football team.
The permanent air-supported balloon was made using the innovative ENERGY-P ADVANTAGE technology developed in recent years. It consists of: two fully detached membranes measuring 40 cm and connected to each other with a tested and patented system of stamps and cables. Comparing the three types (Single membrane, Double membrane and Energy) – considering the same climatic conditions – it is clear that the DM allows to save 11% compared with the SM while the Energy solution allows to save 20%. Another advantage that can be obtained, compared with the DM, lies in the elimination of the thermal bridge along the perimeter of the pneumatic cushions; avoiding condensation and eliminating dispersions on the perimeter (doors and ground joint) allows to save by more than 49% as a whole.
Besides the two fully detached membranes, an internal membrane was tested and used with a special treatment which has two functions. In winter, the membrane allows to preserve the heat of the cover, given that it has a lower dispersion and save energy significantly. In summer it reduces radiation and the resulting internal overheating.

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