Transolar

Transsolar fosters innovation in the built environment.

Website transsolar. Contact Website Follow 8. Toggle navigation. Overview Projects Offices Team Followers. Transsolar solves problems that matter. We believe that by designing better buildings and cities we can play a role in addressing climate change.

Transolar

The possible applications range from the dynamic calculation of a simple solar system to complex buildings and systems for rational energy use. If TRNSYS is used in building design, the multi-zone building model is the most important component with integrated models for thermoactivated components and daylight simulation, among other things. While working on the Alnatura project, for example, it allowed Transsolar to link information on brightness with the control of sun protection and the optimization of passive solar gains…. TRNSYS has many components for plants, for example for energy supply, and can therefore also map innovative concepts. The software allows thermal and hydraulic circuits to be tested and control strategies to be optimized. For the extension of the International Calgary Airport Transsolar compared the real load curves with thermal simulation results and derived recommendations for optimization…. Extending the standard package with TRNFlow now allows detailed images of air flows in building simulation. Thus, even complex ventilation concepts with atriums, double facades, etc. Transsolar successfully used the coupled air flow simulation in the McEwen project in Toronto…. High-performance Building Model If TRNSYS is used in building design, the multi-zone building model is the most important component with integrated models for thermoactivated components and daylight simulation, among other things. Coupled Simulation Extending the standard package with TRNFlow now allows detailed images of air flows in building simulation. We insist on further development — stay tuned. News

Downsview Framework Plan, ongoing. Through our diverse project experience we bring a unique perspective transolar the design team, transolar.

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Built on top of the existing foundation of a previously-designed life sciences complex that was suspended in , it accommodates teaching and research laboratories, classroom space, faculty and staff offices, and a host of amenity spaces. The energy supply for the entire campus is pre-set. A new central plant using natural gas-fueled cogeneration also serves for heating and cooling. Both the exterior screen surrounding the upper-level research boxes and the plinth terrace overhangs were carefully tuned with extensive parametric performance studies for solar control and daylighting in response to orientation and program. All glass is triple glazing for reduced heat loss — although often seen as a cost premium, triple glazing resulted in a multimillion dollar net cost savings, because the higher glass surface temperature eliminates the need for supplemental perimeter heating. All ventilation air for non-lab spaces passes through the two major atria before being reused as makeup air for laboratories. All non-lab spaces — including write-up spaces adjacent to labs, have access to natural ventilation.

Transolar

Transsolar fosters innovation in the built environment. Our world deserves better than building-as-usual — over-engineered systems supporting static, placeless, unhealthy and uninspiring environments. Design and engineering must work together to reimagine the spaces that shape our lives. We enable: — User-centered design and access to natural light and air for improved occupant productivity — Site-specific, dynamic environments for a sense of identity and delight — Comprehensive design for simpler, smaller, cost-effective and robust building systems — High performance in harmony with inspiring architecture.

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For personal exchange all staff meets at least twice a year. We use cookies on our website. Bernd Liebel. News Connect Ideas, Maximize Impact. The possible applications range from the dynamic calculation of a simple solar system to complex buildings and systems for rational energy use. This is where we share our thoughts on interesting projects, ideas, and initiatives. Pan Pacific Orchard. Extending the standard package with TRNFlow now allows detailed images of air flows in building simulation. Outdoor Comfort. Stuttgart was the starting point, Munich and New York followed and since we are proud to have a group of young engineers working in Paris. Tom Akerstream.

KlimaEngineering is climate-responsive design and takes advantage of the specific local climate and surroundings to maximize user comfort and passive strategies. In the s and 90s, young people in Germany were tying themselves to train tracks to protest the expansion of the nuclear power program. Meanwhile, a group of young engineers driven to find alternative solutions was working at the Institute of Thermodynamics and Thermal Engineering in Stuttgart to design, build and test solar energy projects.

TRNSYS has many components for plants, for example for energy supply, and can therefore also map innovative concepts. Together we always pursue the goal of exploring the feasible. Transsolar successfully used the coupled air flow simulation in the McEwen project in Toronto…. Transsolar is the only firm that has been capable of building this imagined environment. Our world deserves better than building-as-usual — over-engineered systems supporting static, placeless, unhealthy and uninspiring environments. We bring the smartest people we can find to tackle this challenge in an innovative way using our holistic design process. Contact Website Follow 8. Even after many years of cooperation, new, surprising solutions are always emerging which enrich further work and open new horizons. If TRNSYS is used in building design, the multi-zone building model is the most important component with integrated models for thermoactivated components and daylight simulation, among other things. Did we mention that we are simply, really nice people?