Go Small, Live Well - Zero Energy Project
CategoriesSustainable News Zero Energy Homes

Go Small, Live Well – Zero Energy Project

Hopefully, this period of human existence will be known for the rapid and effective response to the existential crisis of climate change. Either that, or human culture will descend into a Mad Max scramble for survival. Either way, homes will be changing. Perhaps the most noticeable change will be the shrinking of living space. The median square footage of a new home sold in the US in 2020 was 2,333 square feet, and many “luxury” homes range from over-sized to gargantuan. Fortunately, there is a counter trend of modest-sized houses that are more affordable and fit better on small urban lots. And that counter trend has deep roots. In the late 1940s, the average new home was just 750 square feet. In the 1950s, it increased to 950 square feet, 1,100 square feet in the 1960s and 1,350 sf in the 1970s. In fact, most of us at an age to purchase a home were raised in houses that are much smaller than those we see on the market today. 

 

Small homes have smaller carbon footprints. They consume fewer building materials, need smaller equipment, cost less, and require less energy to operate. Even better, they require less time and effort for cleaning and maintenance. You may think that less living space means sacrifice, but a well-designed home can live big in fewer square feet. 

 

The right size home is the smallest that will work for your current needs. Many homebuyers fall into the trap of buying for “resale.” They buy rooms and features that they don’t really want or need, because they may believe the market demands these features. If it was ever true, it’s now a myth perpetuated by some real estate brokers. There’s a need to educate today’s homebuyers to see through the myth that “bigger is better.” In fact, as the housing market changes, it’s likely that large homes with empty bedrooms and high energy bills may not compete well in the market as smart buyers migrate to small, energy-efficient homes with lower operating costs. And today’s homebuyers will want to be in the vanguard of this trend, not the tail end. 

 

Everyone is different and has different needs, but here are some basic size considerations: 

  • Single person or couple: 600-1,000 sq. ft.
  • 3 to 4 person family: 1,200 – 1,600 sq. ft. 
  • Larger families 1,800 to 2,000 sq. ft. 

 

Good design can deliver comfort, utility, and a feeling of spaciousness in a smaller space. The deciding factor should be that homes fit the owner’s current needs and known needs for the future in the smallest possible footprint. 

 

Follow the principles of smart, small home design 

 

Keep it simple. Architectural complexity increases cost and complicates insulation and air sealing details. This doesn’t mean that we need to live in cubes. However, when you add corners beyond the usual four, make sure the benefit outweighs the costs. Think of the home’s footprint as two or more connected rectangles — small ones. 

Invite natural light. Careful selection, sizing, and location of windows can flood a small space with natural light, making it look larger without increasing energy use. Windows with higher sill heights limit total window area while preserving views, and light — providing ample space to place furniture against the wall below the windows. 

Share light between rooms. Indoor windows, glass block partition walls, full- or half-lite glazed doors, and transoms allow light from a brighter space into an adjacent area that has less natural light. Operable transoms also allow better air circulation in small homes that use ductless heating and cooling systems. 

Open floor plans. Most modern layouts connect cooking, eating, and living spaces in a more open pattern. This makes each individual space feel larger and allows for long interior views and good air circulation. 

High ceilings. Smaller rooms need not feel cramped. High ceilings (nine or ten feet) add an airy feeling and visual interest. Consider well insulated cathedral ceilings, which create more interior volume. Some of this volume can contain usable space, such as lofts, mechanical rooms, or heated storage. Even if it’s not directly functional, high ceilings bring visual appeal to smaller rooms. 

Reduce circulation paths. Shorten or eliminate hallways, unless they serve a dual purpose. Traffic patterns can flow around the perimeter of rooms with open floor plans adding to the perception of spaciousness.

Eliminate formal spaces. Formal living and dining rooms are seldom used. Most people gather in kitchens, family rooms, or outdoor spaces. Avoid showcase rooms that are rarely used.

Create soft separations. Distinguish between functional spaces without building walls. Divide large rooms with “soft” visual cues, such as differing floor finishes, wall colors, moveable partitions, hanging plants, or furniture arrangements that differentiate the spaces. Or you can tie spaces together visually using similar materials, such as flooring, wall coverings, and trim, giving the overall impression of greater space.

Multi-use spaces. Every space in the home should serve more than one function. A home office and guest bedroom is a common combination. A hall or stairway can be used as a library or gallery, a landing can be a reading nook, the mudroom or bathroom can be a laundry. Install built-ins for exercise equipment and media, rather than using separate rooms — or include an exercise nook in the garage.

Build in furniture. Cabinets, bookcases, benches, work desks, and eating nooks use less space when they become part of the structure. Recess bookcases or display cases into interior walls. 

Create privacy. Everyone needs a place to spend a bit of quality time alone. This can be difficult in a small house, so create a private space. It could be a cozy window seat, a secluded loft, or a comfy chair in a solitary corner. 

Laundry in a closet. The washer and dryer don’t need privacy. Instead of getting their own room, stack them in a closet or in other space, such as a mudroom, bathroom, or utility closet. Several utilitarian functions, such as laundry, water heating, and ventilation equipment can be located in a mudroom. Add shelves and cupboards for cleaning supplies and linens, and space for hanging clothes to dry. 

Contain the mess. Clutter makes spaces seem smaller. There are countless methods to stay organized. Give the kids their own built-in cubbies in the mudroom to store coats, hats, and other personal gear. Add shelves and cupboards above a mudroom laundry. Add closets under stairs.

Include unheated space. Storage, hobbies, and exercise can tolerate a wide range of temperatures. Expand unconditioned spaces, such as the garage, full basements, or sheds to accommodate these functions at much lower cost per square foot. 

Encourage outside living. Large patios and decks extend the living space during mild weather. 

Bring in the outdoors. Locate windows and glazed doors for optimal views of the outdoors to create a visual extension and bring the outside in. Patio, deck, or courtyard doors extend the living space past the outer walls during fair weather. 

Work-at-home space. Remote workers cherish a quiet place to concentrate. Combine a home office with a complimentary function. A bedroom can be used at night for sleeping and during the day for office work — and these functions can be kept distinct. A Murphy bed will hide away during the day, and desk and work tools can be concealed by a cabinet or a curtain when not in use. 

Provide ample storage. When people want a “bigger house” they may actually need more storage. In small homes, careful planning can provide densely packed, three-dimensional, tightly organized storage — so it does not add square feet. Instead of large walk-in closets and pantries, consider making them open spaces where you can easily access three walls of shelves. If you have a closet door, you can use the back side of the door for hooks, racks, or baskets. Make use of the stairwell walls for hooks or cupboards. Always use the space below a staircase, but be more sophisticated than a simple closet door leading into an oddly shaped room. The shorter regions near the base of the stairs could have large drawers that fully use the space below the bottom steps. 

Stop swinging. Sliding doors use less space than swinging doors. Consider using pocket doors that slide into a wall cavity, a rolling door that hangs on the wall surface, a simple curtain on a rod, or no door at all. Rolling doors don’t seal tightly, which could be a concern for privacy. On the other hand, there is ample airflow around the door for ventilation and space conditioning to penetrate. 

Plan for flexibility. The design should allow for changes in lifestyle. A young couple may have children. Grown children will leave the nest. A business could be born in the kitchen and grow in the guest bedroom. Plan for these changes. Pre-plan a future addition or consider ways new uses could be accommodated inside the existing footprint. The upstairs or basement could become an apartment for an aging relative. 

 

Stock Plans for Small Homes

We may think that building small homes is a new idea, but in the 1950s through the early 1970s the Canada Mortgage and Housing Corporation released a series of small house designs to encourage affordable housing. The concept behind these plans holds up well today, but it needs to be updated to zero energy and contemporary expectations, such as multiple bathrooms. 

 

Some modern designers are also embracing the idea. Here’s a contemporary take on small house plans that can be upgraded with energy-saving features. Zero Energy Plans offers plans for a range of small zero energy homes. Just click on “Plan Filters” and go to the zero energy home size choices to find a suitable match. 

 

If you can’t find the perfect house plan, consider a custom zero energy design that meets your size needs exactly. Seek out zero energy designers and builders who understand the trend towards smaller more energy-efficient homes. With good design and conscientious construction, you may find that a small, custom-built, zero energy house is not only within reach but lives very well! 

Reference

Apartment in Riverside Tower in Antwerp
CategoriesInterior Design

Ten homes where classic Eames chairs add a mid-century modern feel

For our latest lookbook, we’ve collected 10 interiors featuring some of Charles and Ray Eames’ best-known chair designs, including the couple’s Shell chair and lounge chair.

The Eames designers were known for their iconic mid-century modern furniture, which is still widely appreciated and can be seen in a number of contemporary interiors.

Among the most popular Eames designs are their chairs, many of which are still in production. Original chairs have become sought-after vintage finds, and the designs are often copied, 60 years after they were first released.

Here, we have collected 10 projects on Dezeen that feature Eames chairs, ranging from a penthouse in Belgium to a narrow house in London and the designers’ own home.

This is the latest in our lookbooks series, which provides visual inspiration from Dezeen’s archive. For more inspiration see previous lookbooks featuring tiled living spaces, decorative ceilings and ornate plasterwork and homes with deliberately unfinished interiors.


Apartment in Riverside Tower in Antwerp
Photo by Olmo Peeters

Riverside Tower Apartment, The Netherlands, by Studio Okami Architecten

The interior of this Belgian apartment in a brutalist concrete building was livened up by tactile furnishings in organic materials and features a number of design classics.

In the home office area, the Eames Aluminium office chair by Vitra, designed in 1958, adds an elegant touch to the room and is contrasted by an abstract red chair.

Find out more about Riverside Tower Apartment ›


Light loft apartment with modern furniture
Photo by Justin Chung

Biscuit Loft, US, by OWIU Studio

OWIU Studio drew on Japanese style when designing the sun-dappled Biscuit Loft in Los Angeles, and also added a number of mid-century modern furniture pieces.

A white Eames lounge chair with a matching ottoman sits in pride of place in the living room, matching the white sofa and coffee table as well as the room’s other classic piece, the Knoll Wassily lounge chair designed by architect Marcel Breuer.

Find out more about Biscuit Loft ›


Catching Sun House by Studioshaw
Photo by James Brittain

Catching Sun House, UK, by Studioshaw

A collection of the Eames DSR chairs adds colour to the open-plan kitchen and dining room in this Walthamstow home built on a hidden infill site.

Exposed blockwork was used for both the interior and the exterior, with a plywood ceiling giving the space a cosy feel.

Find out more about Catching Sun House ›


Eames House Conservation Management Plan
Photo by Leslie Schwartz and Joshua White

Eames House, US, by Ray and Charles Eames

The Eameses’ own house embodies the couple’s design aesthetic and is filled with their furniture, books, fabrics, art, shells, rocks and straw baskets.

In the study area of the modernist house, the chosen task chair is naturally one of the duo’s own designs – a Soft Pad armchair that was designed in the 1960s and produced by ICF.

Find out more about Eames House ›


An open plan office and living room
Photo by Lit Ma

Grosvenor Residence, China, by Lim + Lu

Multidisciplinary design practice Lim + Lu refurbished this Hong Kong family apartment to give it the feel of an “elegant yet quaint summer home”.

Neutral colours were used throughout, with green plants adding life to the rooms and matching the wood detailing on the furniture, which includes a stylish black leather and rosewood Eames lounge chair.

Find out more about Grosvenor Residence ›


Slot House in Peckham, London, by Sandy Rendel Architects, working with Sally Rendel
Photo by Jim Stephenson

Slot House, UK, by Sandy Rendel

A disused alley in Peckham, south London, was transformed into the aptly named Slot House by Sandy Rendel Architects and Sally Rendel.

The 2.8-metre-wide house has an upstairs study area clad, like the rest of the house, in spruce plywood and with a cork floor. An Eames Shell chair makes for an eye-catching office chair.

Find out more about Slot House ›


Irwin Caplan’s Laurelhurst House by SHED
Photo by Rafael Soldi

Seattle home, US, by SHED

This house on the Pacific West Coast, originally built for cartoonist Irwin Caplan, was refurbished by American studio SHED.

The studio gave the home, designed in 1951, a refresh with a more open layout but kept its mid-century modern feel with an interior that features numerous design classics.

In the kitchen and dining area, a set of the Eamses’ Shell chairs create a striking white contrast to the wood-panelled walls.

Find out more about Seattle home ›


Fireplace in Penthouse BV by Adjo Studio
Photo by Renaat Nijs

Penthouse BV, Belgium, by Adjo Studio

Warm autumnal colours were used in this living room in a penthouse in Belgium designed by Adjo Studio. An earth-coloured rug and rust-coloured seating contrast the greenery outside the window, with the colours picked up in a set of decorative tealight holders.

Wooden panelling above the fireplace, sand-coloured curtains and an Eames lounge chair with a wooden frame complete the interior.

Find out more about Penthouse BV ›


6M House by Jannina Cabal in Ecuador
Photo by JAG Studio

6M House, Ecuador, by Jannina Cabal

The DCW Eames plywood chair is less well-known that the duo’s Shell chairs, but no less of a design classic. The chair was designed in 1945 from moulded plywood and features a rounded seat and backrest and arched legs.

In the 6M House in Ecuador, two DCW chairs can be found in the living room, where they blend in well with the wooden bookshelf and panelling.

Find out more about 6M House ›


Bedroom with wooden panelling
Photo is by Joe Fletcher

Moore House, US, by Woods + Dangaran

Moore House in Los Angeles was originally built in 1965 and given an update by local firm Woods + Dangaran in 2021. The studio used both vintage and contemporary pieces for the interior, including the Eames lounge chair in one of the bedrooms.

On the bedside tables, vintage Akari lights by designer Isamu Noguchi also nod to the house’s mid-century origin.

Find out more about Moore House ›

This is the latest in our lookbooks series, which provides visual inspiration from Dezeen’s archive. For more inspiration see previous lookbooks featuring tiled living spaces, decorative ceilings and ornate plasterwork and homes with deliberately unfinished interiors.

Reference

Medication-free sleep treatment - Springwise
CategoriesSustainable News

Medication-free sleep treatment – Springwise

Spotted: Today, getting enough sleep is considered on a par with eating right and getting enough exercise. The reason for this is that insufficient sleep has been associated with a host of negative outcomes – from poor performance in school and at work, to increased risk of heart disease, stroke, diabetes, and hypertension. According to the US Centers for Disease Control and Prevention (CDC), a third of US adults report that they usually get less than the recommended amount of sleep – a pattern that is repeated around the world. Enter Moonoa, a new app and programme designed to get everyone sleeping again.

Moonoa bills itself as a “digital, personalised solution to improve your sleep naturally, without the use of medication”. Its approach is based on cognitive behavioural therapy CBT), which aims to work on behaviours, thoughts, and emotions that contribute to poor sleep. The platform’s comprehensive programme includes relaxation content to help reduce stress and anxiety and a ‘learning path’ with CBT-based advice and recommendations to help users “reframe behaviour, unrealistic expectations, and negative thoughts that are harmful to sleep”.

In addition to advice, Moonoa also offers sleep analysis and support from psychologist coaches, as well as a personalised food supplement sent to customers on a monthly basis based on their profile. The company takes a holistic approach to sleep improvement in an effort to help users establish predictable sleep patterns and take back control over their sleep. The programme has been certified as a medical device by both the Spanish Medicines Agency and the European Union.

According to the company, clinical studies indicate that a CBT-led approach to improving sleep leads to improvement in 90 per cent of patients.

Many approaches to sleep improvement have so far focused on the low-hanging fruit of tracking using wearables. Innovations in this space include a wearable ring that wakes wearers up at regular intervals as part of a sleep training regimen, and a smart pillow that monitors sleep by tracking head movements. Moonoa goes further by taking a holistic approach to tackling the underlying causes of bad sleep.

Written By: Lisa Magloff

Reference

B Corp certification
CategoriesSustainable News

“A solution to our population and climate problems is hiding in plain sight”

High-density, low-rise urban housing is the key to accommodating another three billion people over the next 80 years without costing the Earth, writes architect and urbanist Vishaan Chakrabarti.


By the year 2100 there will be 11 billion people on the planet, according to the United Nations – three billion more than there are today. You might rightfully ask how we can house an additional three billion people when nations around the globe are struggling to provide adequate accommodation for those in need today.

Meanwhile, the world is already experiencing the extreme impacts of anthropogenic climate change, as well as an omnipresent energy crisis fuelled by the war in Ukraine.

A surging population risks putting an even greater strain on the environment

A surging population risks putting an even greater strain on the environment and comes with even more demand for energy. No one, particularly not in the West, has the right to wish these newcomers away or deny them the housing, mobility, technology, food, and yes, the energy, they will need to live their lives.

How can our housing needs be part of the solution rather than part of the problem? How can we use today’s technologies to design new housing that is not only sustainable, not only low in embodied energy, but also truly carbon negative?

To house our existing and future population affordably and with dignity we need to build over 2.4 trillion square feet globally, which is the equivalent of adding one New York City to the planet every month for the next 40 years.

We simply don’t have the technology today to build carbon negative towers

We can conserve where we can, such as by adaptively reusing some of our existing building stock, particularly older office buildings made obsolete by the pandemic. But this alone won’t make a dent in our impending housing needs – we must build, and we must build better.

I for one am tired of hearing about solutions that don’t have a chance of widespread, affordable, global adoption for decades, even the great technology of mass-timber skyscrapers made from carbon-sinking, environmentally friendly and fire-retardant wood.

I love a good skyscraper, but we simply don’t have the technology today to build carbon negative towers.

We’re also decades away from realising clean grids in our existing cities, where most global population growth will occur, because of challenges ranging from inefficient transmission lines to the fossil fuel lobby’s chokehold on our governments.

The tyranny of today’s challenges demands a widely attainable answer now. We cannot wait until 2050.

Goldilocks-scale housing would enable us to house everyone while drastically reducing the emissions impact of our homes

The answer is hiding in plain sight: a “Goldilocks” type of high-density, low-rise urban housing that sits between the scale of sprawling single-family houses and large-scale towers, advocated by many architects and urbanists for decades.

From the hutongs of Beijing to the rowhouses of Boston, this scale of housing has created some of our most beloved urban neighbourhoods.

If adopted en masse, it would enable us to house everyone while drastically reducing the emissions impact of our homes.

Importantly, at two to three stories – but no higher – under the international building code this low-rise housing is required to have only one communal stair if wheelchair accessible units are provided at grade.

Vishaan Chakrabarti
“Goldilocks housing could finally provide affordable, communal, equitable housing for communities in dire need of it,” argues Vishaan Chakrabarti

That allows for less concrete, lower building costs, and more community connection by dispensing with elevators and the banal experience of double-loaded corridors, while small shops and workspaces can also occupy the ground floor.

It is also, based on research my own studio conducted alongside engineering firm Thornton Tomasetti, the maximum scale possible for carbon negativity with today’s technology.

In most sunny climates, which is where we anticipate the most population growth, this Goldilocks prototype hits the sweet spot between the number of residents it can house and the amount of roof area needed for enough solar panels to supply more energy than these residents need.

Solar panels, which are decreasing in cost while gaining in efficiency, could also be supplemented with existing state-of-the-art battery systems that level out solar supply and user demand to provide a constant energy source.

Because of its structural simplicity, Goldilocks housing can be built by local workers in accordance with local climates

Air conditioning and heating can be provided through electric pumps that are readily available today. These can create thermal storage by producing ice or hot water off-peak for use on-peak, enough at the Goldilocks scale to offset their energy use.

Additional sustainability measures, such as systems to compost food scraps and solid waste, can also be implemented with today’s technologies and can be self-contained within Goldilocks housing unlike in large towers where much more space is required.

The footprint is compact, leaving room for substantial tree and ground cover, decreasing stormwater impacts, reducing the heat island effect, and lowering the demand for air conditioning.

Because of its structural simplicity, Goldilocks housing can be built by local workers in accordance with local climates and customs out of simple local materials, like wood or brick, both of which have relatively low embodied carbon compared to concrete and steel.

We need not fear new neighbours

Goldilocks housing could finally provide affordable, communal, equitable housing for communities in dire need of it.

Architects can work with communities to make this low-rise housing appealing, visually and socially, integrating it into the lives of existing neighbourhoods.

When woven into the fabric of our cities, the Goldilocks scale is dense enough, at almost 50 units per acre, to support mass transit, biking, and walkability, connecting people with jobs, schools, parks and other daily destinations in an environmentally friendly way.

This isn’t rocket science. It is advocacy for simple, small-scale housing with solar panels above, transit below, known technologies throughout, all organised into affordable green, mixed-use neighbourhoods.

If the entire world lived at this scale, all 11 billion of us in 2100 would occupy a land mass equivalent to the size of France, leaving the rest of the world for nature, farming and clean oceans.

According to the International Energy Agency, the Goldilocks model offsets so much carbon that it would effectively cancel out the emissions of every car in the world if we all lived this way. The impact would be staggering.

We need not fear new neighbours. We can accommodate 11 billion people without being beholden to autocrats and fossil fuel companies who continually threaten our collective existence.

We don’t have a lack of land or technology. We just have a lack of vision and will, because the answers are hiding in plain sight.

Vishaan Chakrabarti is an architect, urbanist, and author focused on cities and sustainability. He is the founder and creative director of global architecture studio Practice for Architecture and Urbanism. He served as director of planning for Manhattan under former New York City mayor Mike Bloomberg, working on the rebuilding of the World Trade Center and the preservation of the High Line. He has presented multiple TED Talks, with the most recent on Goldilocks-scale housing.

Dezeen is on WeChat!

Click here to read the Chinese version of this article on Dezeen’s official WeChat account, where we publish daily architecture and design news and projects in Simplified Chinese.

Reference

Sloped roof of House of Noufal in India
CategoriesArchitecture

Sloping roof shelters House of Noufal in India by 3dor Concepts

Architecture studio 3dor Concepts used a giant sloping roof to cover all three levels of this house in Kerala, India, which features an internal courtyard garden that can be opened up to the outdoors.

Named House of Noufal, the dwelling was designed by Kanpur-based studio 3dor Concepts for a client who is an avid traveller and wanted his family home to reflect his open mindset and curiosity.

Sloped roof of House of Noufal in India
A giant sloping roof covers the House of Noufal

The project is located in the Kannur district in the north of India, which has a wet maritime climate with heavy rain during the monsoon season and hot summer days.

While striving to be unique, the House of Noufal’s design also incorporates features evoking the region’s vernacular buildings to ensure it is suited to the climate.

Indian home by 3dor Concepts with sloped roof
It was designed by 3dor Concepts for a site in Kannur district

“One notable requirement was that the house should be unique and weird at the same time, and full of surprises,” said the studio.

“We started with an idea to design the house by stirring modern architecture with traditional Kerala architecture, a proper climatically responsive tropical house.”

Interior of Indian residence by 3dor Concepts
The floors of House of Noufal follow the slope of its roof

The roof of the House of Noufal slopes down to touch the ground on the front elevation, sheltering it from heavy rain and strong sunlight while giving it a distinctive appearance.

Its tiled surface is interrupted by a full-width opening that allows daylight to pour into a double-height courtyard inside containing large boulders, pebbles and plants.

The courtyard separates the main living spaces at the front of the house from more private areas including the bedrooms and a kitchen towards the rear.

Large openings on the ground floor, including full-height operable glass walls at either end of the courtyard, connect the interior with the garden and allow breezes to naturally ventilate it.

Interior courtyard of House of Noufal
An internal courtyard garden forms a focal point of the home

Across the pebble garden, a path links the kitchen with a dining area and lounge featuring a bench suspended between two columns. Seating areas face the courtyard, making it the focal point of the home.

A set of minimal metal stairs with open treads connects the house’s three levels, which follow the slope of the roof. Open balustrades and screens maintain a visual connection between the spaces on each floor.

Interior courtyard of House of Noufal
The lounge has a bench suspended between two columns

House of Noufal has a steel framework that supports the roof made of locally sourced tiles. Openings with wooden louvres on the external and internal walls are in the traditional Kerala style.

3dor Concepts was founded in 2013 by architects Muhammed Jiyad CP, Ahmed Thaneem Abdul Majeed and Muhammed Naseem M. Its previous projects include a house in the town of Taliparamba that features walls, windows and furniture with curved edges.

The photography is by SyamSreesylam

Reference

The 2021 EEBA Team Zero Inventory of Zero Energy Homes Is Now Underway
CategoriesSustainable News Zero Energy Homes

The 2021 EEBA Team Zero Inventory of Zero Energy Homes Is Now Underway

MINNEAPOLIS, December 2, 2021 (Newswire.com) – The Energy & Environmental Building Alliance (EEBA) is embarking on the 6th annual EEBA Team Zero Inventory of Zero Energy Homes and invites all zero energy (ZE) builders, designers, architects, developers and owners to upload their projects to the database.

The yearly report tracks ZE single and multifamily home trends and leaders across the U.S. and Canada. Currently, the Inventory includes ~28,000 ZE projects voluntarily submitted.

As of the 2020 report, all projects are zero-energy ready and above, with the minority of projects listed in the Inventory as net zero or net producers. “The reality is that many homes, although they may not achieve that absolute goal, are designed as part of the larger movement towards zero energy, and we can learn from all of them. So, we included all of them,” the report explains.

“Maintaining the Inventory is important because it sheds light on North American ZE growth patterns, high-performance technologies used, as well as the major players who are adopting ZE design and construction as a profitable business model,” EEBA’s CEO, Aaron Smith, says.

The need for ZE housing is clear. According to the U.S. Department of Energy, U.S. homes consume ~ 21% of the total energy used annually. As for carbon emissions, the average home releases 70% more CO2 into the environment than a typical car or about 17,320 lbs. yearly. Thus, reducing home energy demand to net zero is economically and environmentally critical as well as achievable.

EEBA Team Zero started tracking the proliferation of U.S. and Canadian ZE homes in 2015. Since then, the yearly report has shown a consistent upward trend, with the multifamily sector leading the pack. “Multiunit developers don’t adopt practices that aren’t profitable,” concluded Smith.

Those interested in submitting their projects to the Inventory can go to https://teamzero.org/add-your-listing/. Projects approved before Feb. 15, 2022, will be added to the 2021 report. For questions regarding the Inventory or other media inquiries, please contact mary@eeba.org.

 

About EEBA Team Zero

For over 35 years, EEBA has provided the most trusted resources for building science information and education in the construction industry. EEBA delivers turn-key educational resources and events designed to transform residential construction practices through high-performance design, marketing, materials, and technologies. In addition, EEBA reaches thousands of key decision-makers and other essential industry players each year through our educational events, the annual Summit, and various publications and resources. In 2021, the nonprofit Team Zero integrated their services and expertise into EEBA’s organization. This integration includes “The Gateway to Zero” and The Inventory of Zero Energy Homes Database and related reports. To learn more about EEBA Team Zero, visit www.eeba.org.

Reference

Wooden dining table and matching chairs in The Hideaway Home, Gdańsk
CategoriesInterior Design

Timber joinery “gently cocoons” inhabitants in Gdańsk apartment by ACOS

Polish studio ACOS has used timber joinery to conceal the functional elements of this apartment in Gdańsk, with the aim of creating a calm and tranquil interior.

Located at the edge of one of the few remaining green spaces in the city’s heavily urbanised historical town centre, Hideaway Home is a family apartment that was designed to make the most of its 70-square-metre footprint.

Wooden dining table and matching chairs in The Hideaway Home, Gdańsk
ACOS has designed the Hideaway Home apartment in Gdańsk

ACOS, which is a collaboration between architect Anna Stojcev and designer Stanisław Młyński, began the project by mapping out the existing space to create the most efficient layout.

“The optimal arrangement was achieved by carefully analysing each square centimetre and redesigning the infrastructure,” the studio said.

“As a result, we’ve managed to unclutter the original layout and benefit from a more generous volume. This resulted in a solution that seems very shy and modest at first but becomes more interactive once one starts to explore its layers.”

TImber-clad kitchen of Gdańsk home interior by ACOS
Routed timber screens conceal the kitchen’s food storage and preparation areas

The apartment is split into “day” and “night” zones. An open-plan living, cooking and dining area occupies one half of the apartment while the bedrooms and bathrooms are located on the other.

ACOS used blocks of timber, stone, concrete and a mineral surfacing called microscreed to define the different spaces, softened by neutral fabrics and brass accents.

View into living room of The Hideaway Home apartment with low timber coffee table and armchair
The entrance to the living room is framed by a timber portal

The joint kitchen and dining area revolves around a large custom-made wooden dining table and a utilitarian concrete trough sink. The space is framed by routed timber screens that completely conceal the food storage and preparation areas.

Eager to combine new technologies and materials with time-honoured crafts, the studio custom-designed furniture pieces such as the dining chairs, which were made using digital 3D modelling and traditional carpentry techniques.

The adjoining living area has a more generous footprint, with its entrance framed by an oakwood portal and a timber window seat running along one of its walls.

The space between the day and night zones, where the apartment’s entrance is located, is finished with veneered panels that support a textile ceiling.

Hallway of Gdańsk apartment by ACOS with timber panelling and fabric ceiling
Textile panels cover the ceiling in the hallway

“The simplicity of details and forms aims to bring back the value of honest design and craftsmanship,” ACOS said.

“Whether it is a large surface of an oak coffee table or textile soffit or curtains – those elements are purely a means to frame the volume gently cocooning the user.”

Full-height timber wardrobe in The Hideaway Home, Gdańsk
Full-height carpentry provides storage in the main bedroom

The bedrooms were conceived as simple and compact volumes, with walls finished in natural lime and marble plaster while the floors and skirting boards are pale timber.

Custom full-height carpentry provides storage in the main bedroom and integrates seamlessly with a timber entrance portal.

The apartment’s main bathroom is finished in white microscreed surfacing paired with custom-made terrazzo slabs.

Bathroom with grey terrazzo panelling in Gdańsk apartment interior by ACOS
The bathroom is accented by custom-made terrazzo slabs

Hideaway Home is among six projects shortlisted in the apartment interior category of this year’s Dezeen Awards.

Also in the running is a renovated Tribeca loft with a half-transparent, half-mirrored wall and a live-work space in London belonging to the founders of environmental communication agency Earthrise Studio.

The photography is by Pion Studio.

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The world's largest flow battery energy storage system
CategoriesSustainable News

The world’s largest flow battery energy storage system

Spotted: As the world strives to achieve carbon neutrality, energy storage technology is becoming increasingly important. Renewable energy sources like wind and solar power are intermittent, meaning they’re not always available when needed. Energy storage can help to even out these fluctuations, making renewables a more reliable and consistent source of power. One of the largest energy storage projects in the world is currently being completed in Dalian, China.

The Dalian Flow Battery Energy Storage Peak-shaving Power Station will have a capacity of 100 megawatts/400 megawatt-hours, making it one of the largest storage facilities in terms of both power and capacity. The project is due to be completed in mid-October and will play an important role in helping China meet its climate goals.

The Dalian Power Station, which is based on vanadium flow battery technology developed by the Dalian Institute of Chemical Physics (DICP), will serve as the city’s power bank while helping Dalian make use of renewable energy – such as wind and solar energy. The Power Station will convert electrical energy into battery-stored chemical energy and back into electrical energy, providing a reliable source of power for the city.

The power station plans to meet the daily electricity demand of about 200,000 residents. Looking ahead the aim is for these numbers to increase as the power station eventually produces 200 megawatts/800 megawatt-hours of electricity. The Power Station is an important step in Dalian’s transition to a clean energy future, and it is hoped that it will help to make the city a model for others in China and around the world.

The roll-out of renewables is gathering pace and with that roll-out comes innovation in energy storage. Springwise has recently spotted innovations such as a thermal energy storage system and a new system that stores energy in the form of heat and compressed air.  

Written By: Katrina Lane

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Frank Gehry's Guggenheim Museum Bilbao
CategoriesSustainable News

“Proposals that are not adopted indicate a failure of design thinking”

In this week’s comments update, readers are debating an opinion piece by urbanist Vishaan Chakrabarti on the global housing problem and discussing other top stories.

Architect and urbanist Vishaan Chakrabarti has caused a stir by suggesting that high-density, low-rise urban housing is the key to accommodating another three billion people over the next 80 years without costing the Earth.

“The answer is hiding in plain sight,” said the architect. “A ‘Goldilocks’ type of high-density, low-rise urban housing that sits between the scale of sprawling single-family houses and large-scale towers, advocated by many architects and urbanists for decades.”

“This is the right idea for the inner suburbs”

Readers are torn. “I’m no architect, but this does make sense to me,” said Andre C.

“Providing it is done right. I live with solar, battery and a heat pump in a semi-detached London suburb and can attest to the semi-self sufficiency of the concept from spring to autumn.”

“This is the right idea for the inner suburbs,” added Chris D, “but probably too low for all the gap sites in city centres.”

James C agreed: “I think that the logic of this is pretty sound, but my biggest preoccupation with these arguments is urban densification and the steps needed to move more and more of (especially) the Western world to public transit systems.”

Dilgreen was unconvinced: “Sensible proposals that get made time and again but are not adopted indicate a failure of design thinking. Since the proposal makes lots of sense in its own terms, clearly the reason for non-adoption lies in another domain.”

Is high-density, low-rise urban housing key to solving the housing shortage? Join the discussion ›

Frank Gehry's Guggenheim Museum Bilbao
Frank Gehry’s Guggenheim Museum Bilbao is “the greatest building of our time”

Reader says Franky Gehry’s Guggenheium Museum Bilbao is “the most exhibitionistic building of our time”

Commenters disagree with architect Philip Johnson’s view that Frank Gehry’s Guggenheim Museum Bilbao is “the greatest building of our time”. The structure is featured in our deconstructivism series.

“It is unquestionably one of the most exhibitionistic buildings of our time,” said Tom Roberts. “Best? It might be truly significant if the structure was not an afterthought.”

Alfred Hitchcock continued: “It’s certainly a remarkable, striking and interesting building as well as being a great tourist draw. But in my experience, as a museum, it doesn’t work very well at all.”

“‘Greatest building of our time’, dunno, maybe it is, maybe it isn’t,” concluded Apsco Radiales. “But the picture of Gehry and Johnson visiting it is a gem. Gehry looks happy with his work, and Johnson wide-eyed in amazement. Both giants, and craftsmen of the highest order.”

Is the Guggenheium Museum Bilbao the greatest building? Join the discussion ›

Timber playspace in London garden
De Matos Ryan adds timber playspace to garden of London home

Commenter calls “treeless treehouse” an “absolutely joyous thing”

Readers are divided over a “treeless treehouse” named Penfold, which architecture studio De Matos Ryan created for a London garden. The pyramidal timber structure is accessible only by crawling beneath it.

“What an absolutely joyous thing,” said Think.

Flex agreed: “Oh, to be a child again! I could almost live in this playhouse!”

“Maybe speaking out of envy,” replied Jack Mclathass, “but if I was one of the neighbours I would be mad at this structure stealing precious minutes of sunlight and projecting extra shade in my garden.”

Does Penfold bring a smile to your face? Join the discussion ›

Image of Google's Bay View campus reflecting in a lake
BIG and Heatherwick complete Google campus topped with “dragonscale” roofs

Reader thinks BIG and Heatherwick Studio-designed Google campus interiors “look like a generic trade fair”

Commenters are discussing Google’s new Bay View campus in  Silicon Valley, California. It features sweeping, scale-like panels across its roof and was designed by BIG and Heatherwick Studio.

“This is my favorite building among the tech giants,” said Puzzello. “Not another boxy, suburban, curtainwall structure with their logo slapped on the parapet.”

“That interior does bring up an emotion,” continued Ima Nerdee, “a claustrophobic 1970s cubicle nightmare feeling. Did the budget run out?”

Tom agreed: “Somehow looks like a generic trade fair when the exhibitors are still setting up.”

What do you think of Bay View campus? Join the discussion ›

Comments update

Dezeen is the world’s most commented architecture and design magazine, receiving thousands of comments each month from readers. Keep up to date on the latest discussions on our comments page.

Reference

The New Venture X Office by Studio+ Is a Masterclass in What Makes a Co-Working Space Great
CategoriesArchitecture

The New Venture X Office by Studio+ Is a Masterclass in What Makes a Co-Working Space Great

When Studio+ began designing the new office space for Venture X, the firm asked itself the question: “What makes a co-working space great?”

Studio+ figured that inspiring creativity in a workplace takes more than luxurious finishes and the right furniture but requires above all an understanding of the psychology behind great work. The firm took notes from the Venture X team — who have designed and built over 50 facilities around the world — and translated their lessons into a design that is both fresh and homey.

Read more about the project here:

Read More About the Project

Popular Choice, 10th Annual A+Awards, Coworking Space

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