Volkswagen revamps classic 1960s microbus into a cool electric ride

March 25, 2020 by  
Filed under Eco, Green

Volkswagen campers have been the choice of many road warriors since the 1950s. Now, the iconic car manufacturer has just unveiled an electric option of the classic T1 Samba Bus. Although the new-and-improved microbus still boasts its original hippie-era coolness, the revamped e-BULLI is now powered by a 61kW electric motor. Since the 1960s, the T1 Samba Bus has been a symbol of road adventures across the globe. With enough seating to fit a large family or group of friends, the iconic microbus has been a top VW model for decades. Related: These campers made from 1970’s VW Bugs are the cutest things ever Now, the German car manufacturer has decided to bring the Samba into the 21st century by electrifying the beloved van. While keeping the recognizable shape of the 21-window body, VW added a 61kW electric motor. And lest you think that the new electric system will slow the van down, not to worry. The state-of-the-art electric motor actually provides twice as much power as the original engine. The new version of the VW classic was made possible by a collaboration with eClassics , a firm specializing in electric car conversions. Working closely with VW, the company replaced the engines in the Samba Bus models Type 1, 2 and 3 to run on 82-horsepower electric motors instead of the Sambas’ original 43-horsepower four-cylinder motors. The motors work with a 45-kilowatt-hour battery pack, which can charge from empty to 80% in less than an hour. The e-BULLI comes with an estimated range of 124 miles. As far as speed, it can reach a top speed of 81 miles per hour. The new electric system provides drivers with an extra-smooth ride. According to the company, “Compared to the T1, riding in the e-BULLI feels completely different. This is further enhanced by the chassis, which has also been redesigned: multi-link front and rear axles with adjustable shock absorbers and coilover struts, plus a new rack-and-pinion steering system and four internally ventilated disc brakes contribute to the new dynamic handling being transferred to the road with serene poise.” With its eight seats and convertible fold-back top, the van still retains its classic style with a few twists. The exterior is painted in a mix of “Energetic Orange Metallic” and “Golden Sand Metallic Matte”. Inside, the seating and the central driver console area have been restored with modern materials, and the interior lighting systems were updated with LED lighting . If you’d like to get one of these electric VW vans to hit the open road, it will cost $69,500. Unfortunately, they are only available in Germany at this time. + VW Via Dezeen Images via VW

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Volkswagen revamps classic 1960s microbus into a cool electric ride

Green-roofed Honey Bee Research Centre targets LEED Gold

March 25, 2020 by  
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Toronto-based architecture firm Moriyama & Teshima Architects has unveiled renderings for the new Honey Bee Research Centre, a state-of-the-art research and education facility for promoting honeybee health and awareness that’s slated for completion next month. Developed for the University of Guelph, Ontario College of Architecture, the new center will not only host scholars and researchers, but also welcome visitors of all ages from around the world to its multifunctional Discovery and Learning Space. The project’s mass-timber architecture is reflective of its sustainable mission and will target LEED Gold certification. The Honey Bee Research Centre (HBRC) spans 19,200 square feet to include research and events programming both inside and out. The building will seamlessly blend into its natural landscape with an accessible green roof featuring a trail that leads to an Interpretative Tower, a public space that doubles as a solar chimney. Inside, the adaptable building will emphasize flexibility to adjust to the needs of the center for years to come.  Related: Urban Beehive Project creates a buzz around honeybee education “Designed to high energy performance and LEED Gold standards, the mass timber HBRC will be a demonstration of sustainability, reinforcing the importance of climate change and its relationship to the vital role of honey bee health and well-being,” the architects explained. “The facility will utilize passive design techniques and features such as natural ventilation, a high performance envelope and mechanical systems, and landscape features such as rain gardens and a green roof system.” As a research center and home for honeybees , HBRC will host working hives and agricultural plots. To further the notion of a “productive and social landscape,” both the rooftop and surrounding grounds will be planted with pollinator-friendly flora and edible gardens to sustain “Pollinator Pathways” for local species such as bees, butterflies, birds and more, while providing attractive gathering spaces for employees and visitors alike. + Moriyama & Teshima Architects Images via Moriyama & Teshima Architects

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Green-roofed Honey Bee Research Centre targets LEED Gold

Architects experiment with terracotta in the fight against climate change

December 26, 2017 by  
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Architects have drawn on terracotta for thousands of years – but are now exploring combating climate change with the ancient building material . Ceramicists, engineers, and architects converged on Buffalo this year for the Architectural Ceramic Assemblies Workshop (ACAW) to investigate environmentally responsive terracotta designs . Terracotta is durable, breathes, offers a natural system to transfer water and heat, lasts for hundreds of years, and can be sculpted, transforming buildings into artwork, according to the University at Buffalo (UB). ACAW participants came together to work on terracotta facade prototypes with an emphasis on bioclimatic design. Workshop co-organizer and UB chair of architecture Omar Khan said in a statement, “Buildings account for two-thirds of final energy use and more than half of the world’s greenhouse gases . Yet the materials and assembly methods used for building facades have remained essentially the same since the 1950s. The skin of architecture must adapt to and mitigate such changes in our environment. Bioclimatic design invites us to change the paradigm from disposability to longevity.” Related: Brilliant zero-energy air conditioner in India is beautiful and functional Four research teams developed prototypes during the four-day workshop. Team UB/Alfred designed a terracotta shingle system with digital sculpting techniques that supports passive cooling . Team AECOM created a terracotta counter-current heat exchanger able to channel heat throughout a building using little to zero energy. A team from structural engineering and design firm Walter P. Moore explored a post-tensioned system of terracotta panels to answer questions on insulation, heating and cooling , and thermal mass and ventilation, as well as how different composite formulations would boost terracotta’s structural possibilities. And Team Morphosis worked on a facade system with ribboned terracotta panels for natural ventilation and evaporative cooling , while creating the feeling of movement. UB said the teams “are expected to advance results into full-scale projects, patented products, and actual buildings.” + Architectural Ceramic Assemblies Workshop Via the University at Buffalo Images via Douglas Levere, University at Buffalo (1,3); Alexander Becker (2,4); and Laura Garófalo (5)

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Architects experiment with terracotta in the fight against climate change

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