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CIS 반투명 솔라 모듈 (빌딩용)
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 - 436706 Bytes Click to download [Architekten Datenblatt_E_07_06_S.pdf]
 

 
 
  

Semi-transparent modules are produced in the following designs:

  • Stripe design (see adjacent picture)
  • Diamond design
  • Dot design
    (further designs on request)

Transparency of 0% - 50% is achieved with these modules.

 
Semi-transparent variants as dot, diamond or stripe solutions


The variation options for semi-transparent CIS modules are diverse – stripe, dot or diamond solutions: we will find the ideal solution for you!!

The transparency of these semi-modules at a glance

 

Photovoltaic shading systems

Strong as the sun

Combined shading and pv system in the atrium skylights

The starting point

The planning team was faced with a special challenge in the preliminary planning of the extremely representative and architecturally striking administrative building.

 

The high level of incident energy as a consequence of the high proportion of glass facade had to be clearly limited in the summer months to avoid the need for additional cooling loads.

 

At the same time, it was necessary to ensure that sufficient daylight enters the atrium, such that it is possible to avoid artificial lighting during the daytime.

CIS modules in semi-transparent stripe design

The solution

With the involvement of various specialists, the planners developed a concept with which both demands could be fulfilled at the same time:

a combined shading and photovoltaic system. The ten rows of skylights in the building, each 12 meters long on average, were equipped on the outside a motor-powered, adjustable blanking system alternating with fixed, partially transparent photovoltaic modules.

 

This configuration led to optically appealing chessboard pattern for the entire skylight area.

 

All CIS shading elements include ventilation. This avoids permeation of the radiant heat energy into the building.

 

As part of a coordinated energy concept, adjustable glass plates were installed on the facade to complement the skylight solution. The overall strategy applied made it possible to regulate the lighting and incident radiation conditions within the atrium, to effectively block the penetration of incident sunlight and, at the same time, to generate power.

Concealed cable ducts in the cavities of the clamping
profile

CIS in use

The photovoltaic shading elements are in a stripe pattern with a stripe width <1 cm. Every module was produced according to structural engineering specifications with customer-specific G values.

Even in the preliminary planning stage, it was important that the shadow cast by the stripe design was diffuse. Consequently, potential irritations for visitors (stripe projection) could be eliminated at the outset.

 

The trapezoidal floor plan of the atrium meant that eleven different sizes of photovoltaic module were used.

Attractive interaction of the blanking and photovoltaic
systems

The glass construction for the photovoltaic shading elements was designed such that free span widths of up to 1,650 mm and frontal fixture were possible. The impression of an aesthetic homogenous glass area is thus achieved, which is not interrupted by unattractive clamping profiles.

 

Every photovoltaic module used was produced with one and the same working voltage and is connected in parallel with the other modules. The solar power generated is made available to the building via an inverter.

“The production of energy using state-of-the-art technology as an accompaniment to our environmentally-friendly building management systems was a matter close to our hearts.
We were able to implement this project with the help of Würth Solar as our strong partner.

The roof of our building was chosen as the site of the system. It was a special challenge to solve the shading problem. There are ten skylights integrated into the flat roof, which provide natural light in the first floor and to the open courtyard on the ground floor.
It was not intended that the rows of windows should be completely darkened. This challenge was brilliantly met with the previously unparalleled design of CIS elements. We are convinced that this type of combined use of photovoltaics, energy generation and shading will take its place alongside all the classical applications.

 

The system has fully proven itself in operation. We are proud to have such an innovative photovoltaic system installed in our building.”
(Felix Steiger, Project Director Würth Holding, Chur)

The technology at a glance

  • Number of modules: 125
     
  • Module width (mm): 3000 / 600 / 450 / 300 / 150
     
  • Module length (mm): 1650 / 1550 / 998
     
  • Total power: 3.7 kW
     
  • Light transmission of the CIS modules: 50%
     
  • G value (@ 50% light transmission)
     
  • Module construction: 10 mm ESG front glass (solar glass)
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