LAMILUX's presence at the world's leading trade for architecture, materials and systems will be under the motto "Active Energy Management with Daylight Systems and Building Management Technology". The renowned manufacturer of rooflight domes, continuous rooflights, glass roof structures and building management technology will present its entire product portfolio. The highlights include the skylights certified with the highest energy efficiency rating to passive house standard, a new continuous rooflights for flat roofs as well as components and systems for smoke and heat exhaust systems and building management technology.
First passive house certified daylight systems in the world
With the LAMILUX CI System Glass Architecture PR60energysave glass construction and the LAMILUX CI System Glass Element FEenergysave daylight element, LAMILUX will be showing two daylight systems that have each been certified by the Darmstadt Passive House Institute in the highest passive house efficiency class as a 'phA - Advanced Component'. These highly energy-efficient skylights are available for architects and passive house designers for use in administrative, educational, cultural as well as residential constructions designed in accordance with passive house criteria as well as for new and renovated shopping malls, thermal spas, swimming pools and sports halls oriented to the highest energy efficiency requirements.
LAMILUX has developed a new insulation system for the posts and rails of the glass roof structure (LAMILUX CI System Glass Architecture PR 60energysave), consisting of a combined insulation core that unites the insulation block and the insulation web in a single component. The frame of the certified daylight element (LAMILUX CI System Glass Element FEenergysave) is also perfectly air-tight and insulated. Its external masking shield is completely thermally decoupled from the frame profiles. A continuous triple triple layered seal system provides an air-tight seal between the frame and the underlying upstand.
Innovation LAMILUX CI System Continuous Rooflight S –
constructive, energy-efficient, aesthetic
LAMILUX is presenting a completely new development with the LAMILUX CI System Continuous Rooflight S continuous skylight in a gable roof design on the flat roofs of industrial and administrative buildings. Numerous innovative components, including in the anchor point, ensure the most stable structure free of thermal bridges, which can reach span widths of up to four meters. The thermally decoupled flap systems for smoke and heat exhaust systems and natural ventilation warrant the special attention of architects. They can be combined between each in a modular system in different size variations and arranged in the continuous rooflight, perfectly coordinated with the required smoke extraction surface.
Composite glazing (made from polycarbonate or a new fiber-reinforced composite) be integrated in the modular post and rail system, in which the inner and outer metallic components are thermally separated from each other to ensure perfect heat insulation, in panel thicknesses of 10 to 32 millimetres. The selection of glazing depends on the energetic requirements specific to the property. Excellent thermal transmittance coefficients can be achieved in the new LAMILUX CI System Continuous Rooflight S.
Intelligent controls for fire protection,
building comfort and energy-efficiency
LAMILUX will present its solutions and systems for intelligent building management systems with live demonstrations and visualisations on several presentation steles. In cooperation with LAMILUX daylight and flap systems for natural ventilation and sun protection and light direction installations, these create considerable potential for effective management of building security, energy efficiency and building comfort. As designers and developers of different control systems, both electrical and hydraulic, LAMILUX networks the activation and automation of smoke and heat exhaust systems with all other adjustable and controllable elements in roofs and façades.
LAMILUX at BAU 2013: Hall C1 / Stand 320
Great scope for architectural creativity with individuality, fully customisable shapes and the highest level of energy efficiency providing a generous amount of daylight, effective heat insulation and intelligent controlled flap systems for natural ventilation and smoke and heat extraction - the trade marks of the LAMILUX CI System Glass Architecture PR60 glass roof structure.
With the LAMILUX CI System Glass Element FEenergysave , architects and designers are provided with the first skylight certified in the highest efficiency class in the passive house standard.
With the LAMILUX CI System Continuous Rooflight S continuous skylight in a gable roof design, LAMILUX will be presenting a completely new daylight system with the highest level of energy efficiency. Numerous innovative components ensure the most stable structure free of thermal bridges.
About LAMILUX Heinrich Strunz GmbH
LAMILUX has been manufacturing daylight systems made from plastic, glass and aluminium for almost 60 years. Architects, construction engineers, planners and roofers use LAMILUX CI Systems when building industrial facilities, commercial buildings and industrial shed complexes as well as private residences. The purpose of these structures primarily consists in optimising the use of natural light and guiding it into building interiors. Fitted with controllable flap systems, they also serve as smoke and heat exhaust ventilation systems (SHEVS) and energy-efficient building systems providing natural ventilation. The unique LAMILUX CI Systems range includes a wide variety of different structures from rooflight domes and continuous rooflights through to glass roof constructions in aesthetically pleasing shapes. The company also offers considerable expertise in developing and manufacturing building control systems – LAMILUX CI Control – for activating and automating both smoke and heat exhaust systems and ventilation and solar protection installations. In 2011, LAMILUX and its 550 employees achieved a turnover of 143 million euros.