News: 

East-west-facing solar substructure Miralux Flex

For continuous energy generation

  • Non-penetrative and low-ballast mounting system for flat roof surfaces
  • Aerodynamically optimised
  • Minimal storage space required, easy handling
  • Integrated cable channels
  • Additional fixing elements that can be adjusted to hold commercially available panels
  • Expandable modular system

Any questions? We are happy to help personally!

+49 5207/9504-5241 request@richard-brink.com

The Miralux solar substructures provide the perfect basis for your flat-roof photovoltaic system. You benefit not only from their quick construction time, but also their easy handling. The Miralux products require minimal storage space and are quick to assemble without penetrating the roof cladding. They feature integrated cable channels and are extremely hard-wearing, made from hot-dip galvanised steel with a Magnelis coating or, on request, from aluminium. All models have been aerodynamically optimised in wind-tunnel tests, reducing the amount of ballast needed. 


The east-west-facing photovoltaic substructure pictured here is designed for continuous energy generation throughout the entire day. Our latest Miralux Flex model offers even greater flexibility for structuring your photovoltaic systems as standard. Special clamps are used as fixing elements that are fixed to either side of the mounting system. These enable easy mounting of solar panels in a range of commercially available sizes. Ballast supports and two types of screwable ballast blocks (16kg or 34kg) made from polymer concrete are available as accessories, also for installation in gravel or on green roofs.

 

 

 

Solarunterkonstruktion in Ost-West-Ausrichtung

 

Angle: Material: Material thickness:
10°
15°
Magnelis®-coated hot-dip galvanised steel, aluminium (on request) 1,5 mm
     
Shadow angle: Lateral distances between modules: Info:
(<15°) module-specific Cable channel integrated (into the base support)
Preservation of structures (optional): EPDM or needle felting (pre-installed on request)
Processing time: incl. wiring approx. 10 mins per kWp (two-person installation)


Video: Einbauanleitung



Brochure
Video: Video: Einbauanleitung

Frequently asked questions about Miralux Flex East-West

1.    An east-west-facing set-up enables continuous energy generation throughout the day. This is because the solar panels can catch both the morning sun on the east side and also the evening sun on the west side. This spreads the yield of the photovoltaic system across the whole day and reduces peak output at midday, resulting in more even energy production.

2.    The east-west-facing version is also beneficial in terms of aerodynamic performance. All Miralux Flex solar substructures have been aerodynamically optimised in wind tunnel tests, making them comparatively low ballast, which contributes to improved stability, even at high wind speeds.
 

Key features of the Miralux Flex solar substructures are their exceptional ease of assembly, non-penetrative installation as well as the ability for a range of commercially available panel sizes to be installed and more. Additionally, the systems are made from hot-dip galvanised steel with a Magnelis® coating or from aluminium (on request), which makes them permanently resistant to external influences.

The Miralux Flex systems are designed to save space during transport and on site. Thanks to their prefabricated folding elements, the systems can be assembled extremely quickly and without the need for tools.

Yes, the systems can be easily extended – also retroactively – thanks to the modular construction of the solar substructures.

The systems guarantee excellent structural stability thanks to their favourable flow behaviour, even when exposed to high wind speeds. The ballast blocks, which can also be used on green and gravel roofs, contribute additional stability.

Yes, the systems are equipped with integrated cable channels that ensure that all cabling is safe and tidy.

The products are very lightweight, reducing distributed load by up to 75% compared with traditional systems, without overloading the roof structure.

Yes, the systems have proven lightning current carrying capability, which is essential to the safety of the system.

Indeed, you will not be subject to any warranty obligations for roof surfaces due to the installation of solar substructures if such installation does not require the roof cladding to be penetrated.

Our solar substructures in practice

Discreet drainage for a large space

Drainage channels and slotted channels by Richard Brink for the Hans-Sachs-Haus in Gelsenkirchen

Gelsenkirchen’s new town hall, the Hans-Sachs-Haus, functions as a central point of contact for the town’s residents and makes a distinctive mark on the townscape. To provide efficient drainage of precipitation from the neighbouring 2,200 square metre Alfred Fischer Square, a discreet line drainage solution with custom-made slotted channels and inspection boxes from Richard Brink was used. Richard Brink also supplied solidly built dewatering channels and mesh gratings made of stainless steel for draining the façade. Since the square and the entrance to the public plaza on the ground floor of the Hans-Sachs-Haus would be loaded with a weight of up to 35 tonnes, all of the channels used were supplied as heavy-duty versions. The 1920s building was re-erected over a construction period of about four years, following the plans of architects from Gerkan, Marg and Partner (gmp) and retaining the existing façades. The outdoor facilities were designed by Berlin landscape architectural firm Rainer Schmidt Landschaftsarchitekten and executed by Garten- und Landschaftsbau Vornholt GmbH.

With its combination of a historical solid clinker-brick façade and notched full-length glass façade, the Hans-Sachs-Haus is a distinctive landmark in Gelsenkirchen’s city centre. Its five storeys house the council chamber, event rooms, city administration offices, a tourist information point and service facilities for the city's residents, amongst other things. The existing façades were retained during construction, while the interior of the building was completely restructured. The architects carefully integrated the resulting glass atrium of the new building into the historic building shell made of clinker bricks.

The Hans-Sachs-Haus takes a new shine

The redesign of the Hans-Sachs-Haus facilitates a dialogue between two building styles: the listed clinker-brick façade puts forth a clear artistic image, especially on the side with the main entrance. Ornamental brick elements and the multi-coloured interplay of the clinker bricks accentuate the structure and break through the functional approaches of the new objectivity style of the 1920s. The integrated new building opens to the rear with a large glass façade facing Alfred Fischer Square, successfully conveying the message of providing public transparency in the democratic decision-making processes taking place inside. Horizontal sun protection slats structure the glass façade and lend a sense of continuity with the cornice bands of the historic building. To emphasise the particular charm of the Hans-Sachs-Haus, the architects reconstructed a number of historical elements such as the shop windows on the Hauptstrasse and the stairways.

Resilient dewatering systems from Richard Brink

Designated as the public square for the town hall, Alfred Fischer Square was created by tearing down the extension building and removing a street to accommodate the 2,200 square metre space. The forecourt and the neighbouring public paths are designed for easy disabled access and feature a guidance system for the seeing impaired, amongst other things. The transition between the pedestrian paths and the square is smooth and barrier-free. This change is visually demarcated by different coloured concrete slabs laid in the opposite direction to the slabs of the paths. The west-facing façade can be opened when the weather is good to allow for shared use of the square and the public plaza on the ground floor of the building. The newly created square had to be able to accommodate a weight of up to 35 tonnes in order to be used for events. This requirement also affected the selection of the dewatering systems. To drain the large public square as discreetly as possible, the landscape architects chose a line dewatering solution. Custom-made heavy-duty Lamina channels and suitable inspection boxes from Richard Brink GmbH & Co. KG were used. Thanks to their special structure and the thickness of the material, these products can withstand the enormous compressive and shear forces introduced by cars and HGVs without sustaining function-impairing damage. At the same time, large volumes of water called for channels with special cross-sections, which were custom-made for this purpose.

High demand on drainage and dewatering channels

In addition to the functionality and resilience of the drainage channels and dewatering systems, the design specifications of the landscape architects also played an important role in the implementation of this project. To optimally integrate the edges of the slotted channels into the installed concrete slabs, Richard Brink customised these elements. According to the garden and landscaping firm responsible for project execution, Richard Brink responded flexibly to changed requirements in the course of construction and manufactured and supplied the channels quickly and efficiently. The installed inspection boxes for cleaning the dewatering system are fitted with covers designed for paved surfaces that retain the homogeneous appearance of the ground. The boxes are therefore hardly noticeable in the overall appearance of the square.

Dewatering channels for barrier-free access

Family-run company Richard Brink installed Stabile dewatering channels with an inlet width of 200 millimetres along the glass façade of the Hans-Sachs-Haus. The mesh format and solid-built structure of the cover gratings for the dewatering channels follow the architectural line of the different façade elements and lend continuity to the design. The channels used throughout the project meet the requirements for barrier-free access, ideally implemented along with a guidance system for the seeing impaired and other elements in the outdoor areas and the building. 


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