Abandoned concrete bunker converted into a green power plant by IBA Hamburg

This concrete Second World War bunker in Hamburg has been converted into a renewable energy plant and visitor centre by urban development company IBA Hamburg (+ slideshow).

Abandoned concrete bunker converted into a green power plant

IBA Hamburg restored and expanded the 42-metre-high ruined concrete shell, which had remained unoccupied since the end of the war. Working with German energy firm Hamburg Energie, the company transformed the bunker into a plant that provides heat and electricity to the surrounding neighbourhood.

Abandoned concrete bunker converted into a green power plant
Photograph by Bernadette Grimmenstein

“After standing empty for more than sixty years, followed by a seven-year project development and construction phase, this war monument has been transformed into a sign of the dawn of a climate-friendly future,” said IBA director Uli Hellweg.

Abandoned concrete bunker converted into a green power plant
Photograph by Martin Kunze

The imposing structure is circled by a balcony towards the top, above which sits four cylindrical forms at each corner that are connected by the cantilevered ledge. A public cafe that spills out onto the balcony through a glass wall and an event space were also added on the upper level.

Abandoned concrete bunker converted into a green power plant
Photograph by Bernadette Grimmenstein

To make the building safe to occupy, concrete was sprayed onto the disintegrating facade to stabilise it and thermal insulation was added to keep the cafe warm. Inside, the bombed floor slabs were removed and replaced plus an elevator and staircases were added.

Abandoned concrete bunker converted into a green power plant
Photograph by Martin Kunze

A two-million-litre water reservoir sits at the centre of the structure, acting as large heat buffer. This is fed by heat from a biomass thermal power plant, a wood burning unit, a solar thermal system on the roof and waste heat from a nearby industrial facility. The heat is redistributed to surrounding buildings in the district.

Abandoned concrete bunker converted into a green power plant
Photograph by Martin Kunze

Rows of photovoltaic panels covering the south facade and a thermal power station feed power into the electricity grid. The cafe contains an interactive monitor that displays current energy production data and visitors can take guided tours around the plant.

Abandoned concrete bunker converted into a green power plant
Photograph by Bernadette Grimmenstein

The bunker has been supplying energy to Hamburg’s Reiherstieg district for a year and the public facilities opened six months ago.

Here’s some more information from IBA Hamburg:


Energy Bunker: World First in Heat and Electricity Supply

From a war memorial to a green power plant: the Energy Bunker in Hamburg-Wilhelmsburg, created by HAMBURG ENERGIE and the International Building Exhibition IBA Hamburg, is the first project of its kind in the world. For exactly a year the Energy Bunker has been supplying heat energy to the residential buildings in the surrounding area. Six months ago it opened to visitors and has become a major attraction. The development of this remarkable joint project is now complete and is being celebrated with an opening ceremony and the unveiling of two plaques.

Abandoned concrete bunker converted into a green power plant
Photograph by Bernadette Grimmenstein

“Today we are here to mark a project that encapsulates the philosophy of the IBA Hamburg more than any other,” said IBA director Uli Hellweg. “After standing empty for more than sixty years, followed by a seven-year project development and construction phase, this war monument has been transformed into a sign of the dawn of a climate-friendly future. Not only does it produce clean energy to supply the district, but also demonstrates how local resources can be used to produce and store heat. With its viewing platform, permanent exhibition, and café, the Energy Bunker also makes an appealing visitor attraction. Almost 100,000 people have visited the Energy Bunker so far.”

Abandoned concrete bunker converted into a green power plant
Photograph by Bernadette Grimmenstein

Dr Michael Beckereit, director of Hamburg Energie, said, “The Energy Bunker has been supplying heat energy since October 2012, and since March 2013 it has also been providing electricity. Its performance and network are gradually being extended. By the final stage of expansion we will be supplying 3,000 households with heat from the Bunker and generating over 2.5 million kilowatt-hours of electricity.”

Abandoned concrete bunker converted into a green power plant
Photograph by Bernadette Grimmenstein

At the heart of the project is a two-million-litre water reservoir that acts as a large heat buffer inside the Energy Bunker, and serves as the centre of a local heating network for the Reiherstieg district. The reservoir is fed by the heat from a biomass thermal power plant and a wood burning unit, as well as a solar thermal system on the roof. This is supplemented by the waste heat from a nearby industrial plant. By bringing these different sources of energy together in an effective way, the Energy Bunker is able to supply the adjacent Global Neighbourhood with heat, and in future will be capable of providing heat to most of the Reiherstieg district. At the same time it feeds into the public grid green electricity from the thermal power station and the photovoltaic unit fitted to the south façade.

Abandoned concrete bunker converted into a green power plant
Diagram of the Energiebunker

History of the Energy Bunker

The 42-metre-high flak bunker on Neuhöfer Strasse was built during World War II. After the end of the war this concrete behemoth could not be blown up without endangering nearby tenements, so the British Army restricted itself to destroying the interior. On the outside, however, the bunker remained more or less intact. From then on, the ruin stood in the middle of the residential area, largely unused and in danger of collapsing. In 2006 the conceptual planning for converting the building into an Energy Bunker began, and 2010 saw the first static tests carried out. Safety, restoration, and conversion tasks on the bunker could only begin in 2011. The total cost of the work amounted to €26.7 million. As a flagship project, it was funded by the European Regional Development Fund (ERDF) and the Hamburg Climate Protection Concept.

The clients are the IBA Hamburg (restoration and expansion of the building) and HAMBURG ENERGY (energy supply). As part of a joint opening ceremony Uli Hellweg and Dr Michael Beckereit have now unveiled the IBA plaque and the ERDF sign.

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a green power plant by IBA Hamburg
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Green Orchard by Paul Archer Design

This house in western England by London studio Paul Archer Design features a mirrored facade that slides across to cover the windows (+ slideshow).

Green Orchard by Paul Archer Design
Photograph by Paul Archer

Surrounded by gardens, Green Orchard house is designed to camouflage with the landscape, so Paul Archer added huge panels of polished aluminium to the walls. “The outer reflective panels will pick up the colours of the landscape, the idea being to make the structure almost invisible,” he says.

Green Orchard by Paul Archer Design

The panels are well insulated and connected to a motorised system, so that the client – Paul Archer’s mother – can transform the building into a thermally sealed box with relative ease.

Green Orchard by Paul Archer Design
Photograph by Paul Archer

The house has two storeys, including one that is sunken into the inclining landscape. The living room, dining room and kitchen occupy an L-shaped space on the ground floor and lead out to terraces on both the south-west and north-east elevations, designed to catch the sun at different points of the day.

Green Orchard by Paul Archer Design

The master bedroom is also on this floor, while three extra sleeping rooms are located on the sunken lower level. Part of this floor emerges from the ground, allowing enough space for a few high-level windows.

Green Orchard by Paul Archer Design

A wood-burning stove is positioned at the centre of the plan and provides all of the house’s heating. A 93-metre well supplies fresh water, which can be heated via thermal solar panels on the roof.

Green Orchard by Paul Archer Design

“Whilst unashamedly contemporary in its design, Green Orchard is a sensitive response to its location, integrating appropriate materials and functional details to create an innovative and tangible solution to current environmental issues,” says Archer.

Green Orchard by Paul Archer Design

Several buildings with mirrored walls have cropped on Dezeen recently. Others include an Australian visitor centre for botanic gardens and a six-sided art museum in Ohio.

Green Orchard by Paul Archer Design

See more mirrored buildings »
See more houses in the UK »

Photograph is by Will Pryce, apart from where otherwise stated.

Here’s the full project statement from Paul Archer:


Green Orchard: A Zero Carbon House
Compton Greenfield, South Gloucestershire, UK

Green Orchard is a new 200 sq m carbon-neutral house designed by Paul Archer Design. Set within 2,675 sq m of landscaped gardens in the green belt of South Gloucestershire, the house benefits from spectacular views over the Severn Estuary.

Having earned a reputation for highly contemporary residential extensions and renovations predominantly in an urban setting, Green Orchard is the practice’s first new-build detached single-family dwelling commission. The project brief called for a Californian case study house with green credentials, which would permit seamless outdoor/indoor living whilst delivering a zero carbon agenda.

Green Orchard by Paul Archer Design
Ground floor plan – click for larger image and key

The house replaces a dilapidated single-storey dwelling with a contemporary low-rise four-bedroom home. Set within landscaped gardens without the constraints imposed upon typical urban projects, Green Orchard is designed in the round, with all four elevations taking advantage of views out and access to the garden. Maximising its rural setting, the house adopts the methodology of a passivhaus typology without the single orientation.

The main living spaces and master bedroom are located on the ground floor with direct access to the garden. An excavated sunken level creates a second floor for additional sleeping accommodation, ensuring a low-rise profile that embraces the natural topography of the site.

The house incorporates four bedrooms (two of which have en-suite facilities), a main bathroom, a workshop space, kitchen, dining and living area. All living spaces are open-plan with a wood burning stove at the heart of the plan and plant room located on the floor below, to give a greater sense of openness and maximise views and sunlight. Two external terraces connect to the garden and are orientated to catch the sun at different times of the day.

The outer skin of the building is made of bespoke hand-crafted full-height panels, which are electronically motorised to slide open fully. The panels are highly insulated and allow the occupants to control and vary the thermal performance of the house depending on the time of the day and year. The panels are constructed of locally sourced timber and clad with mirrored aluminium to reflect the landscape and camouflage the structure in its surroundings.

The house and landscape have been designed with specific intention to reduce the consumption and requirement for energy: a wood-burning Stuv stove is the only heat source; water is supplied by a 93 metre bore hole; thermal solar panels on the roof yield heating for 80% of the house’s water; and photovoltaics provide all electric use when taken over the yearly cycle. A green roof embeds the property into the landscape, filtering out pollutants from the surrounding air and acts as an effective active insulation. It keeps the building cool in summer and warm in winter, reducing the requirement for excessive energy production.

Green Orchard by Paul Archer Design
Lower level plan – click for larger image and key

Set in gardens cultivated by the client, Green Orchard is screened from its neighbouring properties and road frontage. A sunken driveway and raised garden reduces the visual impact of the house and planting provides a tranquil setting from which to enjoy the countryside views.

Green Orchard is the second house the practice has designed for the same client, practice director Paul Archer’s mother and her husband. The plan allows for easy navigation and access to all areas whilst generous room sizes and a flowing internal layout ensures that manoeuvrability is unhindered, an essential consideration when designing for a client in their later years.

An innovative house has been achieved on a modest budget by designing the entire house to accommodate modular off-the-shelf interior units. The client has taken a hands-on approach to deliver high quality finishes by contributing their own expertise, from the design and planting of the garden to the carpentry of the exterior sliding panels and manufacture of the interior glass balustrades.

Whilst unashamedly contemporary in its design, harnessing the latest in green technology, Green Orchard is a sensitive response to its location, integrating appropriate materials and functional details to create an innovative and tangible solution to current environmental issues, presenting a way forward in designing for a sustainable future.

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Paul Archer Design
appeared first on Dezeen.

Archway Studios by Undercurrent Architects

A home and studio for a photographer are contained inside this Corten steel bunker that Undercurrent Architects has squeezed beside and beneath the arch of a railway viaduct in south London.

Archway Studios by Undercurrent Architects

The brick viaduct is typical of the nineteenth century railway architecture that runs through the city’s neighbourhoods and project architect Didier Ryan explained how they wanted to come up with new uses for the vacant spaces under and around them. ”Pocket sites are full of potential,” he said.

Archway Studios by Undercurrent Architects

Undercurrent Architects designed Archway Studios as an architectural prototype for other similar sites and the building contains living and working spaces that are acoustically protected from the noises of trains rattling by during the day.

Archway Studios by Undercurrent Architects

The Corten steel cladding gives the building its hard shell-like exterior, but light penetrates the interior through sideways-facing windows and a long skylight at the front.

Archway Studios by Undercurrent Architects

“The most challenging problem was how to amplify a keyhole site and bring light deep into the railway arch,” said the architect. He explained how they “focused light from all directions” into the deep recesses of the arched structure.

Archway Studios by Undercurrent Architects

In front of the arch, the building has three storeys that accommodate bedrooms, bathrooms, a kitchen and a living room, while beneath is a workspace with a five-metre-high vaulted ceiling.

Archway Studios by Undercurrent Architects

“This dual-use building is the first of its kind, but it could be a model for others in the micro-regeneration of London’s arches and viaducts,” added Ryan.

Archway Studios by Undercurrent Architects

The last project we featured by Undercurrent Architects was a pavilion in Australia with a roof that resembles fallen leaves.

Archway Studios by Undercurrent Architects

Other Corten steel buildings we’ve published include a sports centre in Portugal and a facilities building for London’s amateur football leagues.

Archway Studios by Undercurrent Architects

See all our stories about Corten steel »
See more studios for artists, designers and creatives »

Photography is by Candice Lake.

Here’s some more information from Undercurrent Architects:


Archway Studios is a prototype live-workspace built in and around a 19thC rail viaduct. The project works with the constraints of an inner-city, industrial site next to a train line, and the challenges of a fortified design that engages its surroundings.

Archway Studios by Undercurrent Architects

Above: axonometric diagram

London is crossed by Victorian viaducts. These structures dominate and divide neighbourhoods, creating corridors of conflict, compounded by industrial use of the viaduct arches. Due to de-industrialisation there is an abundance of centrally located, vacant ‘brownfield’ arch spaces. Adapting these to new uses or to social or creative applications is critical to inner-city communities.

Archway Studios occupies part of the viaduct, a vaulted workshop linked to an atrium with residential alcoves. The design works with the contrast between the compressed, cavernous qualities of the arch & the slender, ecclesial spaces of the atrium & alcoves.

The site is severely constrained by its narrow plot and limited access to light, aspect and views. The building subverts its tight site conditions, encapsulating light and lofty interiors that offer release in spite of constraint.

A ring of slender steel foils mould the narrow site, forming a protective acoustic shell cupped around interior spaces. Daylight filters into the building through slits in the segmented foils, acting to scoop light into the deep recesses of the arch.

The site presented unique challenges relating to vibration and noise proofing. To address these, the building is isolated and suspended on a rubber foundation with an independent casing lining the arch. Dense steel walls form a ‘stressed skin’ husk carrying the building loads, with a sandwich of multilayered acoustic blanketing and dampening technologies.

Archway Studios by Undercurrent Architects

Above: floor plans and roof plan

The building shell is made from weathered and worn materials that blend into the industrial environment. This provides privacy and introspection while maintaining highly open connections with the surroundings. The facade maximises a slim southerly aspect, capturing skyviews & bringing distant tree foliage to the foreground.

The building’s unique design and appearance helps it to stand out even when dwarfed by inner-city neighbours. As one of 10,000 arches that dissect neighbourhoods across London, it is a model that can be adapted for broad community benefit and regeneration.

Project Details:
Archway Studios, London, UK
Area: Southwark
Year: 2010 – 2012

Team:
Architect: Undercurrent Architects
– Project Architect: Didier Ryan
– Assistant: Alessandra Giannotti
Engineer: Eckersley O’Callaghan Engineers

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Undercurrent Architects
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Tutukaka House by Crosson Clarke Carnachan Architects

Wooden shutters fold, tilt and slide open to let in the sun and keep out the burglars at this weekend cabin in New Zealand by architects Crosson Clarke Carnachan.

Tutukaka House by Crosson Clarke Carnachan

Located on the northern tip of North Island, the single-storey house has an entirely wooden structure with a black-stained facade.

Tutukaka House by Crosson Clarke Carnachan

Rooms are arranged either side of a corridor that spans the house, with bedrooms at the back where they face the ocean.

Tutukaka House by Crosson Clarke Carnachan

The open-plan kitchen and living room is located at the front and opens onto a barbeque deck that can also be screened behind folding shutters.

Tutukaka House by Crosson Clarke Carnachan

Other houses that can be closed up like bunkers include a residence with a steel drawbridge-like hatch and a house that transforms into a fortress by night.

Tutukaka House by Crosson Clarke Carnachan

See more projects in New Zealand »

Tutukaka House by Crosson Clarke Carnachan

Photography is by Simon Devitt.

Tutukaka House by Crosson Clarke Carnachan

Here’s some extra text from the architects:


Tutukaka House

Architect: Ken Crosson, Crosson Clarke Carnachan Architects Auckland

Tutukaka House by Crosson Clarke Carnachan

Designed as a refuge from the frenetic city lives of the owners, the Tutukaka House provides relaxed holiday living.

Tutukaka House by Crosson Clarke Carnachan

The plan is organised around a central spine, with spaces orientated to specific views.

Tutukaka House by Crosson Clarke Carnachan

The open plan living area flows seamlessly onto a generous northern open deck to the view, and an alternative sheltered space with bbq and outdoor fireplace, to the north-west.

Tutukaka House by Crosson Clarke Carnachan

The bedrooms are in contrast more protected, with shutters that lift up to provide protection from summer sun, maintaining cooler temperatures.

Tutukaka House by Crosson Clarke Carnachan

Materials are primarily timber, with stained shiplap cladding and plywood linings.

Tutukaka House by Crosson Clarke Carnachan

Exposed structure is saligna, and flooring is kwila.

Tutukaka House by Crosson Clarke Carnachan

Click above for larger image

Translucent elements are used in parts of the roof and cladding, introducing a delicate light quality to the circulation space and outdoor fire area.

Tutukaka House by Crosson Clarke Carnachan

Click above for larger image

The house closes down with the use of sliding panels and hinged shutters, ensuring security is maintained when not in use.

Tutukaka House by Crosson Clarke Carnachan

Click above for larger image

The post Tutukaka House by Crosson Clarke
Carnachan Architects
appeared first on Dezeen.

New Refuge Gervasutti by LEAPfactory

New Refuge Gervasutti by LEAPfactory

Climbers in the Alps can now spend their nights sleeping in a tube that cantilevers over the edge of a mountain.

New Refuge Gervasutti by LEAPfactory

Top: photograph by Francesco Mattuzzi

Named New Refuge Gervasutti, the survival unit was designed by Italian architects LEAPfactory, who specialise in modular accommodation for extreme environments.

New Refuge Gervasutti by LEAPfactory

The tube was prefabricated off-site and airlifted to the site by helicopters.

New Refuge Gervasutti by LEAPfactory

Above: photograph by Marco Destefanis

A red pattern decorates the structure’s exterior to make it visible to climbers and mountaineers, who will often be approaching from a distance.

New Refuge Gervasutti by LEAPfactory

Above: photograph by Michelangelo Filippi

Bunk beds and storage closets occupy the back of the pod, whilst a living room with integrated kitchen and dining table are located inside the cantilever.

New Refuge Gervasutti by LEAPfactory

Above: photograph by Michelangelo Filippi

A large window gives guests a wide view of the landscape outside and an integrated computer provides detailed information about the weather and climate.

New Refuge Gervasutti by LEAPfactory

Another survival bunker we’ve featured protects its inhabitants from attack rather than the weather – see that mobile, indestructible dwelling here.

New Refuge Gervasutti by LEAPfactory

Photography is by Gughi Fassino, apart from where otherwise stated.

New Refuge Gervasutti by LEAPfactory

Above: Photograph by Marco Destefanis

New Refuge Gervasutti by LEAPfactory

Here’s a more detailed explanation from LEAPfactory:


“New Refuge Gervasutti” by LEAPfactory

This, the first alpine refuge of the latest generation, it provides the optimal combination of comfort, safety and respect for the environment. It was installed in mid October 2011 in Courmayeur (IT) on the Freboudze glacier, in front of the spectacular East face of the Grandes Jorasses of the Mont Blanc Range. It is now ready for use by mountaineers and climbers.

New Refuge Gervasutti by LEAPfactory

The Gervasutti refuge was commissioned by CAI Torino, the Italian Alpine Club. Under the guidance of SUCAI the subsection of CAI Torino and the Ski Mountaineering School, the project was realised thanks to the works team coordinated by the LEAPfactory project managers Luca Gentilcore and Stefano Testa.

New Refuge Gervasutti by LEAPfactory

Above: Photograph by Michelangelo Filippi

The refuge represents the pinnacle of achievement of LEAPfactory, (the acronym means Living, Ecological, Alpine Pod) an Italian Company that designs, creates and produces modular structures which have minimal impact on the environment.

The realisation of the refuge is a great achievement, in that the materials used are of a high standard and use sophisticated technology capable of handling the problems of extreme temperatures and the difficulties of installation, given the altitude and the position in the midst of a glacier.

New Refuge Gervasutti by LEAPfactory

Each module is entirely prefabricated, from the outer protective shell to the interior fittings. All the modules were transported by helicopter thanks to their light weight and assembled on site in just a few hours.

The modules’ particular design means that they can be planned and constructed based on the specific requirements and can be customised depending on the location where they are to be positioned, in order to make them in keeping with the surrounding environment.

New Refuge Gervasutti by LEAPfactory

The modular structure is an ideal way to solve the specific requirements of any particular location and it allows for future expansion and the replacement of damaged parts over the life of the module.

The living area is lit in the daytime by a big panoramic window facing towards the valley and it contains a kitchen, a table and seating. The sleeping area is equipped with bunk beds and spaces for the storage of gear.

The comfortable wooden interior finish recalls a traditional mountain hut and is intended to make a stay in the LEAP module, a pleasing and relaxing experience.

New Refuge Gervasutti by LEAPfactory

Its integrated monitoring station provides instant information on the interior comfort and the out-door weather conditions and processes data which can be distributed via the Web. The total electrical requirements are provided by the photovoltaic panels integrated in the outer shell.

The exterior colours, easily recognisable at a distance, are an important reference point for mountaineers. The outer textural design is inspired by the shaved straight stitch of mountain pullovers to evoke warmth and comfort.

New Refuge Gervasutti by LEAPfactory

LEAP is a project that proposes a change in lifestyle as great as that promised by the Radical Architectural Utopias. In the sixties, the Archigram collective designed robotic self-moving “Walking Cities”. On more practical grounds they tried to produce “Living Pods” (such as the Cushicle or the Sutaloon), self-sufficient capsules for survival in hostile situations, these became also an inspiration for those aspiring to a non traditional lifestyle.

Also in development at LEAPfactory is a project studying disposal of human waste and other refuse, a problem which remains one of the greatest challenges for those who frequent the mountains and other places to be protected. The LEAP objective is focused on resolving those problems through the development of a module dedicated to the elimination of refuse for sensitive locations, like the high mountains and all such places, where it is difficult to dispose of it.

New Refuge Gervasutti by LEAPfactory

Credits

Architects: Luca Gentilcore / Gandolfi & Gentilcore, Stefano Testa / Cliostraat
Design Team: Edoardo Boero, Marilena Cambuli, Massimo Teghille

Structural engineering: Luca Olivari / Olivari Composite Engineering, Andrea Bruzzone
Electrical engineering: EDF-ENR spa, Carlo Sasso, Andrea Sasso, Giampaolo Pittatore, Enrico Pons
Brand Design: Massimo Teghille & Undesign
Other consultants: Alberto Morino (geologia), Federico Valfrè di Bonzo (nivologia e valanghe)

Owner: Italian Alpine Club CAI Turin
Promoted to celebrate the 60th anniversary of the SUCAI Ski Mountaineering School

New Refuge Gervasutti by LEAPfactory

Cost: 250.000,00 € (Total budget)
Design phase: sept. 2009 – dec 2010
Construction phase: may 2011 – oct 20100
Realization: Poligamma, Biella (composite materials), GVM Arreda, Torino (interiors), Plat Andrea, Aosta (on site works)

Nuova Capanna Gervasutti numbers:
30 square metres of usable space
6 contact points with the ground
2500 kg total weight
12 bed spaces
2.5 Kwh of solar energy produced
2 day to install unit

Diamond Beach House by Bourne Blue Architecture

Diamond Beach House by Bourne Blue Architecture

Continuing our series of stories about security-conscious and bunker-like residences, here’s an Australian holiday home that can be secured with huge sliding steel shutters.

Diamond Beach House by Bourne Blue Architecture

Designed by architects Bourne Blue, the single-storey house in New South Wales surrounds a decked courtyard.

Diamond Beach House by Bourne Blue Architecture

Openings in each of the facades lead to the central courtyard, where entrances to the house are located.

Diamond Beach House by Bourne Blue Architecture

The corrugated metal shutters fasten across the fronts of the corridor openings, as well as around the courtyard-facing elevations.

Diamond Beach House by Bourne Blue Architecture

When the shutters are open these corridors serve as external rooms, filled with hammocks and a dining table.

Diamond Beach House by Bourne Blue Architecture

The openings divide the house into four blocks, separated into living rooms, a set of children’s rooms and two separate en suite bedrooms.

Diamond Beach House by Bourne Blue Architecture

The house is the latest in a string of Australian houses on Dezeen – click here to see more.

Diamond Beach House by Bourne Blue Architecture

Another recent story to feature steel shutters was an apartment block in New York by architect Shigeru Ban – see our earlier story.

Diamond Beach House by Bourne Blue Architecture

See also: more stories about bunkers and other fortified buildings.

Diamond Beach House by Bourne Blue Architecture

Photography is by Simon Whitbread.

Here are some more details from Bourne Blue Architecture:


Project Description

This site, just behind the sand dunes of Diamond Beach on the mid north coast of NSW, is very flat and has a modest view over wetlands. The proximity of the ocean would enable a beachside lifestyle, however the house couldn’t access ocean views to provide the amenity.

Diamond Beach House by Bourne Blue Architecture

The design therefore needed to work in this context and provide the amenity from within. This is a holiday house for a large family, who frequently travel away with other families, so facilities for 10 – 15 people were required.

Diamond Beach House by Bourne Blue Architecture

A covenant on the land dictated that the house was to built using brick and tile.

Diamond Beach House by Bourne Blue Architecture

The design is comprised of four components, wrapping around a central court. Living space, two different adult sleeping areas and a kids area.

Diamond Beach House by Bourne Blue Architecture

The living space has a slab for thermal mass and faces North. The two adult sleeping areas are identical parental retreats at opposite corners, while the kids area has a boys and girls bunkroom and a TV area.

Diamond Beach House by Bourne Blue Architecture

Each of the four components is separated by a roofed deck, which either houses hammocks, a dining space or the entry. A monopitch roof wraps around the courtyard, over all these spaces, simplifying roof drainage and providing unity.

Diamond Beach House by Bourne Blue Architectur

Click above for larger image

Sliding screens of perforated mini orb close off the roofed decks at the edge of the building, so that they are secure when the house is not in use. They also screen the undesirable sun and weather. A second set of screens wrap around the internal courtyard which also protect against inclement weather and cater for prolonged absences.

Diamond Beach House by Bourne Blue Architecture

Architect – Bourne Blue Architecture
Engineer – Izzat Consulting Engineers
Builder – Sugar Creek Building Co.
Completion – 2010
Cost – $520,000 incl tax
Area – 169m2


See also:

.

Beach House by
Alexander Gorlin
Star House by
AGi Architects
Wategos Beach House
by Mackay + Partners

Dezeen archive: bunkers

Dezeen archive: bunkers

Dezeen archive: following the riots in the UK this week and our popular recent story about a steel-plated house (bottom left), which one reader though might come in handy in a zombie apocalypse, we’ve compiled a selection of stories about bunkers and other fortified buildings. See all the stories »

See all our archive stories »

Abandoned Bunkers

Un superbe travail photographique et historique par l’anglais Jonathan Andrew basé à Amsterdam, s’intéressant particulièrement aux bâtiments et bunkers de l’époque de la seconde guerre mondiale à travers l’Europe. Plus d’images sur son portfolio et dans la suite de l’article.



jww2_bunkers-jonathan_andrew-00

Type 669 Heenschemolen

R636 Fire Control Post

SK Observation Tower

Type 703 Emminkhuizen

Type 583a Heerenduin

jww2_bunkers-jonathan_andrew-08









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