OKASOLAR 3D

High-Performance Sun Protection Grid for Roof Glazing

OKASOLAR 3D is an insulated glazing system with a three-dimensional, highly reflective sun protection grid in the cavity between the glass panes. The geometry of the sun protection grid has been optimised for roof applications. The direct solar transmission is blocked at all times, irrespective of the height of the sun. This effectively reduces the heat gain into the interior of the building. At the same time a large Proportion of diffuse daylight from the northern hemisphere gets into the interior. This results in even light distribution in the interior and significantly less fluctuation in brightness than with direct sunlight.
As facade glazing we recommend our products OKASOLAR W and OKASOLAR F.

 

OKASOLAR 3D Insulating glass with three-dimensional sun protection grid
Principles of Function OKASOLAR 3D (northern hemisphere)

Thanks to its three-dimensional, highly reflective sun protection grid, OKASOLAR 3D offers:

  •  High-Performance sun protection
  •  Reduced heat gain
  •  Low TSET
  •  High light Transmission
  •  Partial trough-vision to the North
  •  Homogenous appearance without joints
  •  Sufficient daylight and reduction of artificial light
  •  Maintenance and fault-free
  •  Can be easily recycled
  •  Visibility for birds

The special feature of OKASOLAR 3D is that the sun protection grid is integrated into the cavity of the insulated glazing system, so there are special requirements with regard to installation, maintenance or repair, and the entire system can be treated just like standard insulated glazing. The thickness and type of glass depend on structural and building requirements. However, for structural reasons the bending radius is to be limited to 12 m under Deformation.

2-pane build-up:

Outer pane made of thermally treated glass with surrounding screen-print at face #2
Cavity: 24 mm with integrated sun protection grid and gas filling
Inner pane: LSG made of float glass or Heat Strengthened Glass with low-e coating at face #3

3-pane build-up:

Outer pane made of thermally treated glass with surrounding screen-print at face #2
Cavity 1: 24 mm with integrated sun protection grid and gas filling
Intermediate pane made of float glass or thermally treated glass with low-e coating at face #3
Cavity 2: 8 to 12 mm with gas filling
Inner pane: LSG made of float glass or Heat Strengthened Glass with low-e coating at face #5

Principles of Function OKASOLAR 3D (northern hemisphere)

Principles of Function OKASOLAR 3D (northern hemisphere)

  • Glass dimension parallel to main louvre axis max. 3000 mm
  • Glass dimension perpendicular to main louvre axis max. 3000 mm
  • The maximum area is 7 m². Special shapes are possible.

Type
OKASOLAR

Tv direct
%

Tv
diffuse
%
g-value
%

Ug-value
[W/(m²K)]  /  [Btu/(hfr ft²F)]Cavity
24 mm/12mm

2-pane build-up with
low-e coating
Lock-
out
area
Area
of trans-
mission
Vertical		  
Lock-out
area
Average
Lock-out
area
Vertical
Krypton
Argon
Air
3D 44/23 4-8 70 20 27 8-19 10 37 1,4 / 0.25 1,6 / 0.28

2,0 / 0.35

Typ
OKASOLAR
Tv direct
%
Tv
diffuse
%
g-value
%

Ug-value
[W/(m²K)]  / 
[Btu/(hfr ft²F)]
Cavity
24 mm/12mm

3-pane build-up with
low-e coating
Lock-
out
area


Area
of trans-
mission
Vertical		  
Lock-out
area

Average
Lock-out
area
Vertical
Krypton
Argon
Air
3D 44/23  4-7 60 20 23 7-14 10 23 0,7 /
0.12
 0,8 /
0.14
 1,1 / 0.19

 

 

References OKASOLAR 3D

References Overview