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TECHNICAL SOLUTIONS

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Academic year: 2022

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(1)

TECHNICAL SOLUTIONS

(2)

INSULATION

Principle 1:200

50 mm Isokalk (aerogel and plaster mortar) on the exterior facade Additional windows in the interior

400 mm pressure resistent insulation on roof

Detail 1:50

(3)

VENTILATION

Principle 1:200 Stack ventilation

150x400 mm holes in each module of the facade Cold air is heated under the rised floors

Fan on top of stairwell keeps the circulation of air

Heat is taken from used air before it is released, brought back and used to heat up cold air

Aggregate U2 Aggregate loft

CONSTRUCTION - FLOORS

Principle 1:200

Along the perimeter the floors are rised with 700 mm

Space underneath are used to techinal infrastructure and storage

Space above are work places with better connection between inside and outside

(4)

ACOUSTICS

Principle 1:200

35 mm treulitt boards between beam structure Standard sizing 600 x 1200 in U1 and U2 Standard sizing 600 x 2000 in 1 and 2

CONSTRUCTION - WALLS

Principle 1:200

All necessary functions are placed in the efficiency corner.

These are going up to the ceiling and following the beam strucutre.

Walls are built up with 1/2 brick as the existing ones.

(5)

WATER AND ELECTRICITY

Principle 1:200

Exsisting shaft contains water, air, electricity Water functions are kept close to the shaft Electricity is under the rised floors.

FIRE

Principle 1:200

Two fire escapes, one interior and one exterior. Both has automatic closing steel doors.

(6)

Detail ventilation

Detail floors

Detail insulation

Technical section 1:50

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