Solar Puff of Hope

Many of us take electricity and its benefits for granted, such as heat when it’s cold, air conditioning when it’s hot and light at night. Extensive research recently conducted by Focus on Architecture, Art, Research and Making revealed that 1.6 billion people in the world live without electricity.

The Solar Puff.

Focus on Architecture, Art, Research and Making (FAARM) is a non-profit organization of designers and architects from New York who are passionate about developing innovative and creative solutions for sustainable living. Although FAARM’s mission is building and construction, they embrace research and development as an integral component in helping the global community.

So, it’s not surprising that they tackled the lack of electricity issue both sustainably and economically by creating the Solar Puff, an inflatable light that opens with one puff of air. Inspired by a Japanese origami paper toy balloon, the Solar Puff is versatile and bright enough to lighten any space, either indoors and outdoors. As you can imagine, the Solar Puff is already brightening many lives around the world.  

Electricity in Haiti, like many countries, is neither consistent nor realizable. And out of a population of approximately 10 million people, 75-80% does not even have access to electricity. Daily lives of many Haitians revolve around unsafe and toxic kerosene lamps. It is common to see children coughing and attempting to complete their homework under the light of kerosene lamps or outside under street-lights to illuminate their books. 

Safe lighting in homes should not be a luxury; it should be available to everyone. To make this happen, the FAARM team focused their efforts in creating a lighting camping on a particular area in Haiti-Hinche, a central Haitian town dramatically affected by the influx of a migrating population devastated by the 2010 earthquake. The “Shine a Light” campaign aims to bring light to every resident of Hinche, which now totals over 50,000 people.  

Child reading by the light of the Solar Puff.
 

The Solar Puff is safe for children of any age.

Depending on the region in Haiti, the cost of fuel can be as much as 30% of a Haitians yearly income. In contrast, Solar Puff provides a safe, affordable, long-lasting light that is off-the-grid. It can illuminate a space up to 100 square feet as well as provide quality task lighting which is evident by its color and brightness.

Many designers have created wonderful innovations to assist the Haitian community, but often the expense far exceeds the reach of those in need. One of the lengthy advantages of the Solar Puff is that it’s low cost and can be taken anywhere, and it works in any climate. The Solar Puff is foldable and light weight, weighing approximately 8oz-10oz. Hundreds of the Puffs can be packed and shipped to people anywhere in the world who require emergency relief or assistance.  

The Solar Puff is not solely for residential use; it can help small businesses create better sources of light for selling goods, as well as extend hours of operation into the evening. It can also illuminate certain areas in a neighborhood to reduce vandalism and crime against women and children. The Solar Puff is even waterproof, making it a great tool for fishermen, both on the boat or floating on the water’s surface.

The Solar Puff is a sophisticated balloon that fits in the palm of your hand. Its kit of parts includes a translucent skin that has creases for fold-ability, a reflective surface to amplify the light in one direction and to control it in another, a photovoltaic panel for recharging, and a censor and manual switch. For the Solar Puff to activate its photovoltaic solar panels must be charged in direct sunlight for 4 to 5 hours; this will provide enough light for 8 to 10 hours at a time. The reflector and lens optimize usable light with the 6 LED lights at 4000 mcdc. NiMH batteries will last for up to 1000 cycles. Replacing the lamp when it burns out will not be an issue since the LED will last longer than the battery, which then can be up-cycled. Built within the design-in addition to a manual switch-the Solar Puff contains a light sensor for automatic turning on-and-off.

How to inflate the Solar Panel. Print screen images taken from an instructional video.

The Solar Puff has many compelling advantages:

  • Flexibility: Aside from its portability and versatility, the Solar Puff, can be used for hands-free tasks. It also has a handle and its cube-shaped form allows it to sit on a table or floor without movement.
  • Cost: The cost of the Solar Puff is $10 USD (with a one-year warranty), and more cost-effective than continuously purchasing kerosene or batteries.
  • Health and Safety: Kerosene-based lamps can contribute to respiratory troubles, lung disease, as well as eye associated problems. They are also bad for the environment.
  • Durability: Made with tough and yet flexible material, the Solar Puff is reliable and non-flammable, neither dangerous nor susceptible to blowing out.

The Solar Puff is the first low-cost, foldable and inflatable solar lamp in the world. I am grateful to the inventor and co- founder of FAARM Alice Min Soo Chun, whose mission and passion is to help the Haitian people and many others around the world. After two years of commitment, research and 20+/- prototypes, 500 Solar Puffs will be sent to Haiti in the next few weeks, and will shine a much needed light of hope for a brighter future for Haiti. I’ll be sure to keep you posted on FAARM’s progress.

Child studying at night using the Solar Puff.

To learn more about FAARM and the Solar Puff, please visit their website. All images in my post are courtesy of FAARM.

Zoning the City

In mid November I attended the “ZONING THE CITY: Addressing NYC’s 21st Century Challenges” conference, commemorating the 50th anniversary of the passage of the 1961 Zoning Resolution. The event was sponsored by the NYC Department of City Planning, Harvard University Graduate School of Design, and the Steven L. Newman Real Estate Institute at Baruch College, and was chaired by Amanda Burden, Director of the NYC Department of City Planning and Chair of CPC, and by Professor Jerold S. Kayden of the Harvard University Graduate School of Design.

The major points I came away with are:

(1)    Simplifying zoning is not realistic although the accretion of laws should be cleaned up.

(2)   Use regulations may no longer make sense, environmental laws can control incompatible uses.

(3)   Manufacturing has evolved and can be compatible with other uses; mixed use is to be encouraged.

(4)  Demographic change calls for new models of housing.

(5)   Public improvements create value which can be captured for public benefit through tax increment finance.

(6)  Technology can be a tool for making zoning more transparent.

The conference was well attended by architects, planners and land use attorneys, and the following are my observations and notes from the eventful day.

Robert K. Steel, Deputy Mayor for Economic Development, presented the opening remarks in lieu of Mayor Michael Bloomberg. Mr. Steel spoke about the anticipated growth of NYC’s population by one million people by 2035 and the steps the Bloomberg administration has taken over the past 10 years to make the City economically competitive, socially equitable, physically attractive, and sustainable. There have been 114 rezoning actions which have covered 37% of the area of the City. Professor Jerold S. Kayden set the stage for later speakers by emphasizing that zoning is a tool for implementing a comprehensive plan. Zoning has typically controlled use, shape and bulk, but has evolved beyond these traditional planning concerns with incentives for open space, affordable housing, grocery stores, bikes, sustainability, etc.  New York City is fairly unique in that its administrative model is “as-of-right” zoning; most other jurisdictions have “discretionary” zoning. NYC zoning is prescriptive, other models are “form based” or “performance based”.

Speakers who reviewed the history of zoning in New York City included Hilary Ballon, Deputy Vice Chancellor NYU Abu Dhabi; Carol Willis founder of the Skyscraper Museum; and Professor Alex Garvin of Yale University. NYC established the nation’s first zoning resolution in 1916. Subsequent changes in social and economic forces led to a complete revamping by 1961. It was feared that the 1916 zoning would permit a population of 55 million! The 1961 zoning was sized to accommodate a population of 12 million. “Plan for Rezoning the City of NY” by Harrison Ballard & Allen came out in 1950; it introduced the concept of floor area ratio (FAR), open space ratio (OSR), and sky exposure plane, with building forms modeled on Corbusier’s “tower in the park”. A second attempt in 1958 “Zoning NYC” by Voorhees Walker Smith & Smith used the earlier study but increased bulk in commercial zones, protected one- and two-family houses, and extended the grace period to 1963. It was successfully passed in 1961 under the leadership of Mayor Robert Wagner and City Planning Commissioner James Feldt. 

The 1961 Zoning Resolution accepted the need for larger floor plate office buildings, automobiles, shopping malls, and introduced incentive zoning to create plazas in congested pedestrian areas. The highest commercial use areas were permitted 15 FAR, with a 20% bonus for providing a plaza.  Office towers could have 40% coverage instead of the 25% formerly permitted. The 1961 Zoning Resolution has continued to evolve in response to changing conditions.  Incentives for pedestrian open space have created a new cityscape, including interior spaces. Transfer of development rights has allowed the preservation of historic landmarks but historic districts are de facto zoning. Special districts have protected areas like the theater district. Contextual zoning regulations were created as an alternative to “height factor” regulations of FAR and OSR in response to neighborhood concerns with out of scale development. Requirements for Inclusionary Housing, bike parking, environmental concerns have all been added to the Resolution. Over time the Zoning Resolution has increased in complexity, as it tries to keep up with changing markets and social conditions. Professor Garvin said Paris has the ideal model of a public street, that NYC zoning should be about creating great streets, parks and civic buildings. The balance between open space and density continues to be an issue for the future. Use regulations may no longer make sense with the loss of heavy industry and other social changes. There are industrial business zones such as the Brooklyn Navy Yard (green technology, movie and TV studios); the Brooklyn Army Terminal (biotechnology). The loss of heavy industry has allowed the creation of waterfront parks and new sites for housing. Subsequent speakers focused on the challenges facing NYC in the 21st century. 

“THE COMPETITIVE CITY” was addressed by Daniel L. Doctoroff, President and CEO of Bloomberg LP and former deputy mayor, and later by Vishaan Chakrabarti and Kairos Shen. Mr. Doctoroff noted that there is an intense global competition for business, residents, and visitors and that the Bloomberg administration has addressed many issues to retain NYC’s competitive edge. NYC will remain the financial capital for decades, it may be losing market share but it is still the leader. Since 1970 there has been a great de-industrialization of NYC, with manufacturing down 89%; as a result huge areas had inappropriate zoning designations, which created new opportunities. There have been major rezoning such as Hudson Yards; contextual rezoning to preserve communities; new infrastructure such as the extension of the #7 subway line and new ferry routes; attractions like Brooklyn Bridge Park and the High Line; economic development initiatives that have grown the film and TV industries, and kept tourism robust with 90,000 hotel rooms; transit-centric rezoning to encourage density within a half-mile of transit; and forward looking sustainability initiatives like PlaNYC. Mayor Bloomberg is looking to the future by strengthening NYC as an intellectual center; the City is now evaluating proposals by Stanford NYC, Cornell NYC Tech Campus and others to establish a new $2 billion engineering technology campus in New York City. 

Vishaan Chakrabarti, Director of the Center for Urban Real Estate and professor at Columbia University, spoke about “sprawl versus tall”; that Midtown should be rezoned to create a modern CBD at 30+FAR. Affordability and greater mixed use could be achieved by increasing density along transit corridors. Parks could provide wind energy and waste-to-energy. He introduced the concept of cap & trade air rights, not just limited to landmarks, to make use of the four billion square feet of existing but unused air rights. For resilience in dealing with climate change, his students looked at the New York harbor as an opportunity to use landfill to create barrier islands, and ultimately to extend Lower Manhattan to Governors Island with a land bridge. 

Kairos Shen, Chief Planner, City of Boston, spoke about zoning as a competitive tool and provided examples of recent experience in Boston where a former industrial waterfront area has been rezoned as an Innovation District.  Boston sees its universities as an incredible asset, but to retain these young smart people, incubate business and create housing new zoning has been established allowing Boston Planning to curate a mix of uses with inclusionary housing at 15%; micro units at 15% (co-housing, shared spaces); and business incubator space at 25%. They have also created Quick Zones, which is tailor made zoning in response to market and global competition. 

“THE EQUITABLE CITY” was addressed by Rosanne Haggerty, President, Community Solutions; and later by Professor Toni Griffin of City College, and John Rahaim, Director of Planning, San Francisco. Ms. Haggerty noted that New York is a city of contrasts, and the gap between rich and poor is widening; 1.6 million people live in poverty with tremendous need in areas of employment, housing, health, and education.  Instead of investment in social progress, public financing currently goes to incarceration. This is money better spent on public infrastructure (safety, work, parks, schools, housing).  She suggested that innovative design should be located in the neediest areas; that a range of housing options, as recently proposed by Citizens Housing and Planning Council, provide options for the future. She noted that as shown by grass roots movements like Occupy Wall Street or the Tea Party, policy is not always driven by elites.

“THE SUSTAINABLE CITY” was addressed by Rohit Aggarwala, of C40 Cities Climate Leadership Group; and later by Harriet Tregoning and Jonathan Rose. Mr. Aggarwala noted that while outdoor air quality was improving, indoor air pollution and noise continue to be issues. He spoke about how NYC is fuel efficient due to density and mass transit, but our supply chain, amount of air travel and degree of waste are issues in terms of energy use. Mr. Aggarwala cautioned that climate change will have an impact on the City; we should look to the future and act on those things we can control, such as buildings and infrastructure.

Harriet Tregoning, Director of Planning, District of Columbia, spoke about the limitations of zoning in implementing sustainable practice, that it requires intergovernmental cooperation with zoning, building codes, and tax codes acting in concert. She described initiatives in Washington DC such as transit oriented development (no parking required, mixed use, active ground floor); accessory dwelling units for one-family houses; walkable neighborhoods (corner stores in residential districts); no minimum parking requirements and capability of first floor conversion. Sustainability initiatives also include removing rooftop restrictions to permit solar panels or wind turbines; a Green Area Ratio; protection of flood plains; requirement for 35% tree canopy; encouraging farmers markets and grocery stores; and density incentives to permit live-near-work. Jonathan Rose, President, Jonathan Rose Companies, noted that climate change requires a 100 year investment; that sustainability is about resilience.  We should reinforce natural solutions and learn from other communities about flood resistance. The Second Avenue subway corridor should be upzoned; mixed use should be encouraged. Solutions to housing such as the old boarding house with smaller individual space/bigger social space more closely match the new demographic conditions. Notions of being more flexible, such as weekend pop up shops and zip cars point to other incremental solutions.

“THE PHYSICAL CITY” was addressed by Paul Goldberger, New Yorker architecture critic, New School Chair in Design & Architecture, and later by Professor Matthew Carmona and Peter Park. Mr. Goldberger noted that the City needs to grow while maintaining its character; the preciousness of preservation must be balanced by the vitality of the new.  History is important but it must allow for change. NYC has an excellent 19th century framework: the grid, the transit system, and its neighborhoods. Investment in the public realm including the High Line, new parks, waterfront access, streets and infrastructure are critical. There is enormous need for housing, new models to reflect changes in demographics and work arrangements need to be explored. He cautioned that there is a risk in over planning, that there are limits to zoning, that urban design is not de facto architecture, that there must be room for serendipity and happy accidents. Factors of history, geography, and landscape impact the city, not just the political act/intervention; regulations come out of a particular culture. Great cities require the calibration of old and new, of maintaining the elusive factor of time, layering, and authenticity while permitting new development. Urban places are messy, a result of multiple players over time.

Professor Matthew Carmona of the Bartlett School of Planning, University College London, noted that in London all projects are negotiated in great detail, it is zoning by other means as interpreted through a discretionary and political process. There are some Conservation Areas, these are seen as adding value, and are areas of opportunity and intensification. Other controls include Public Transport Accessibility Levels which establish habitable rooms per hectare; Protected View Corridor and Backdrop (river prospects, linear views, townscape views, panoramas). There are planning agreements, which are a negotiated tax for development; and a community infrastructure levy is coming. Peter Park, a Loeb Fellow at the Harvard Graduate School of Design, has provided new form based zoning codes for Milwaukee and Denver. He suggested that this type of zoning code promotes design excellence, and due to its predictability hastens desirable investment.

Jerold Kayden moderated the final panel discussion: “WHERE DO WE GO FROM HERE?” Mary Ann Tighe, CEO NY Tri-State Region, CB Richard Ellis, and Chair REBNY, said that New York has become a romantic 20th century city of overbuilt old buildings with no renewal of office stock near transit; Midtown should be upzoned. The average age of office buildings is 71 years in NYC, and 58 years in London (Robert Stern pointed out that WWII might be responsible for that!). All the Manufacturing districts should be rezoned; the definition of uses needs to be broadened to reflect live/work; and back of house functions like loading and curb cuts need to be addressed.

Thom Mayne, founder of Morphosis, stated he is not interested in zoning, he wants to approach design problems without the constraints it imposes. Zoning rules should be evaluated by their ability to create great urbanism and architecture. He compared the loss of confidence in US culture with the vitality of Chinese cities; he urged that NYC be seen as a three dimensional environment. Robert A. M. Stern, Dean of Yale School of Architecture, countered that the NYC skyline should be protected, that while the skyline will evolve, “a city is more than a bunch of phalluses on the skyline”. Mr. Stern was concerned that we have private splendor and public squalor. He also thought that the public sector should be subject to the same codes that regulate the private sector.

The True North Strong and Green?

For the first time since Greenbuild’s inception, the annual green building tour de force was held outside the United States – in Toronto, Canada.

Being a Canadian, albeit that I am from Montreal and we have somewhat of a rivalry with Toronto, I was excited that the event was taking place in my native land. Growing up in Canada is part of the reason I feel a strong connection to the natural world. The country has 10 percent of the world’s forests, 25 percent of the world’s wetlands, and 7 percent of the world’s renewable water supply. Even the staunchest urban dwellers have experienced a night of camping under the stars, swimming in a freshwater lake, or being munched on by black flies during a trek through the woods. In fact, Canadians take nature and its resources so much for granted that we shamefully use more oil per capita than the US and almost as much water.

I was naturally curious as to what would distinguish this year’s event from previous Greenbuild conferences I had attended in Chicago, Boston or Phoenix. Now that the event was in its tenth year, what new and innovative topics would be discussed, and would any be Canuck-specific? How were environmental issues in Canada translated with respect to the global green building industry? Would there be lessons learned from the world’s top producer of hydropower? And how were some of the more controversial topics, such as certified wood, which has tremendous impacts on the Canadian lumber industry, being addressed?

In many respects, this was the best Greenbuild I have attended. FXFOWLE had a tremendous opportunity to share our work by presenting at two educational sessions, giving an interview to GreenSource magazine, and participating in a benchmarking roundtable between New York and Canadian governments. Unfortunately, this did not leave much room to attend many educational sessions, but those I did attend were well worthwhile. Other colleagues I spoke with also felt that the content at this year’s event was of a high caliber.

Yet at one point during the conference, I caught myself feeling as though I was not in Canada. True, there was a smattering of introductory words in French. Tom Friedman gave his eloquent keynote address under the old Stanley Cup banners at Maple Leaf Gardens, and to the credit of the conference organizers, there was a dedicated educational track entitled “The Best of Canada.”

However, these tokens of recognition did not get to the critical issues. Perhaps I missed them, but where were the discussions and debates about the Alberta tar sands – which are toxic, extremely greenhouse gas, energy, and water intensive? Or that the US imports more crude oil and petroleum from Canada than any other country in the world, much of which comes from this controversial source? What about the Boreal forests – which take up more than half of the country’s landmass and contain almost 40% of the planet’s carbon? In a country who is the third largest exporter of forestry products, why were there no sessions addressing issues of wood sourcing?

At future Greenbuild conferences, I hope that this opportunity to deeply educate and inform from a regional perspective is not missed. We must recognize that we build in a global society where a single construction product or commodity can have very complex international DNA. As sustainable designers and builders, we cannot afford to avoid controversial environmental questions, nor draw borders around them.

Bikes and Dikes: Building a Bicycle Culture

While it has been refreshing to watch New York City create new trails for cyclists over the past few years, nothing comes close to the commitment the Dutch have to bicycle culture. It will take more than a few extra lines on the pavement to transform our city’s transportation mentality.

As I recently toured The Netherlands, I learned how the Dutch reclaimed land from the sea with an impressive system of dikes. I was even more impressed by the extensive system of dedicated bicycle paths running through the towns and alongside the highways–and by the number of people using them. The environmental and social message is clear: cars must give priority to bicycles and pedestrians. In what other country would plows remove the snow from bike lanes and sidewalks before clearing the rest of the road?

Bike path at Kinderdijk

Separate pedestrian and bicycle pathways at Kinderdijk.

While my neighbors fought to keep our new bike lane on Prospect Park West in Brooklyn, Zwolle residents can cruise over the highway on a bridge built exclusively for cyclists. (Westenholterbrug bicycle bridge, Zwolle)

Examples of dedicated bike pathways (highlighted in red): on the upper right, a separate circle for bikes at a traffic rotary, at the bottom, the Westenholterbrug.

There is a towering garage in Amsterdam dedicated to bicycles, and even in the little town of Zwolle, where I stayed, the train station overflowed with upright cruisers, or Oma Fiets. Perched on one street corner, I observed: bikers in high heels, in flip flops, or even barefoot, carrying crates and shopping bags; riding sidesaddle, listening to headphones, smoking with one hand and talking on the phone with the other; a bike made to carry a wheelchair, an elderly couple holding hands, a man with two babies on his handlebars, girls in formal dresses, men in business suits, and a 5-year old with no training wheels!

Bike lanes on heavily trafficked roads in Zwolle are usually painted red, separated visually from vehicle traffic, and include their own system of priority traffic signals. Many businesses provide bike storage facilities, showers, and some even keep a fleet of bikes to lend to employees for business-related use.

Because bikers in The Netherlands generally have the right of way, drivers are keenly aware of their presence–but the cyclists share responsibility for their safety by using hand signals to alert drivers of their intentions.

Bicycle parking

Official bicycle parking near the Zwolle train station.

Riding an Oma Fiets in the Netherlands is so easy that riders rarely use helmets, or even two hands.

Cyclists in Zwolle are comfortable carrying all kinds of cargo.

Cultural, environmental, economic, and legislative factors all contribute to the widespread use of bicycles in the Netherlands. The flat terrain, temperate climate, and high population density are only part of the story.

The Dutch government creates incentives for bicycle-use financially, and by mandating infrastructure and traffic laws. The government imposes strict environmental regulations and heavy taxes on car use, charging a whopping 19% sales tax in addition to a luxury tax, or Belasting van Personenauto’s en Motorrijwielen (BPM). The BPM is based on the net value of the vehicle, but is adjusted according to the environmental grade, soot and CO2 emissions, and total weight of the vehicle. That is why, despite the fact the Dutch are exceptionally tall, their cars are all exceptionally tiny.

The New York City government is making a huge push to encourage bicycle use by providing bike lanes and storage racks across the five boroughs. Recently the City identified approximately 45 miles of additional greenway projects and on-street connections that will significantly enhance the quality of life and environment for New Yorkers, and link under-served communities to waterfronts and recreational destinations. But in order for these endeavors to be successful, we must first embrace the creation of a bicycle culture, commit to it, and sustain it.

The city is creating a space for a bike culture, and we must support the new infrastructure with our behavior, whether as pedestrians, drivers, or cyclists. We may not have the sophisticated systems developed by the Dutch just yet, but maybe someday I will be able to ride from Brooklyn to Union Square during rush hour without fearing for my life. I can only hope that as more architects, planners, and businesses make way for cyclists, eventually taxpayers and taxi drivers will follow suit.

Dutch children learn to ride bikes at a very early age, apparently without the use of training wheels.

Shoot for the Flagstick

As an architect and a recreational golfer, I find it fascinating that professional golfers are able to use a combination of knowledge, strength, finesse, and technology to advance a golf ball to a very specific location on a fairway that is often several hundred feet away.

Masters Golf Tournament

View of the 16th Green at Augusta National (Photo Credit: Scott Szybowicz, PGA)

While watching the recent Masters Golf Tournament I started thinking about the similarities between professional golfers and architects. Certainly, the efforts of an architect involved in the design of sustainable buildings also require a combination of knowledge, strength, finesse, and technology in order to achieve the high performance goals established by municipalities, building owners, and the architects themselves. And while professional golfers try to achieve the lowest score possible over the course of a tournament and architects designing under the LEED Green Building Rating System strive to achieve a high score, there do appear to be commonalities (some more serious than others) between architects and professional golfers if one applies a few of the LEED 2009 rating system category requirements to playing professional golf:

Sustainable Sites

Architect: Optimize site’s potential through appropriate site selection. Protect or restore habitat.

Professional Golfer: Adjust stance for varied ground conditions. Avoid playing out of natural areas adjacent to the fairway.

Water Efficiency

Architect: Increase water use efficiency through the use of innovative wastewater technologies.

Professional Golfer: Consume only the amount of water needed to achieve optimal golf performance.

Energy and Atmosphere

Architect: Accounting of building energy consumption over time to verify energy savings.

Professional Golfer: Review performance statistics and rankings to identify areas requiring improvements.

Materials and Resources

Architect: Employ materials in the most economical manner via reuse, recycling, and renewables.

Professional Golfer: Use the best technology and advice from caddy to achieve lowest score within the USGA rules.

Indoor Environmental Quality

Architect: Focus on the comfort and well-being of the building occupants.

Professional Golfer: Wear proper clothing for the weather conditions.

Innovative Design

Architect: Using strategies not addressed in LEED 2009 or achieving exemplary performance in a LEED 2009 credit requirement.

Professional Golfer: Exemplary passion, competitive spirit, work ethic, innovative thinking, and talent are the keys to a successful golf career.

Regional Priority

Architect: Address geographically-specific environmental priorities.

Professional Golfer: Adjust shot making to fit different golf course layouts and weather conditions.

As a believer in the inspiring nature of professional achievement, the example of a single golf shot that stops within a minute fraction of its ultimate goal is a visual reminder of what architects try to achieve on each and every project. With the recent positive influences of LEED, the 2030 Challenge, PlaNYC, and other sustainable design initiatives, we are all moving closer to the day when the design of sustainable buildings, in both new construction and renovation work, becomes prevalent. Like professional golfers, architects should always be looking to “shoot for the flagstick” in order to bring to realization the most sustainable work possible.

Are New Yorkers up for the Challenge?

Our problems of climate change and diminishing energy supply are greater than ever – but architects and designers can have a significant impact in improving the state of the planet. Buildings are responsible for over 75% of New York City’s greenhouse gas emissions, and there is a tremendous opportunity to effect real change through energy efficient and innovative design.

Ed Mazria

Edward Mazria, Santa Fe, New Mexico. ©2007 Jamey Stillings

Ed Mazria is one architect who is making a big difference. He is a pre-eminent leader and visionary in the field of sustainable design. With a career spanning 45 years, he has been engaged in environmental issues since the 1970’s. He is the author of the “Bible” of solar design, The Passive Solar Energy Book. Most significantly, he closed his practice in 2006 to start Architecture 2030, a non-profit organization that challenges designers to achieve carbon neutrality in buildings by the year 2030. Carbon neutral buildings do not emit greenhouse gases or offset any emissions by producing renewable energy.

Ed Mazria speaks to an audience of 400 attendees.

As part of Earth Week 2011 (April 16-22), the New York Chapter of the American Institute of Architects (AIA) invited Mr. Mazria to give a keynote lecture to launch its 2030 training program, which will educate designers on how to achieve ambitious energy and carbon reduction targets. I had the privilege of speaking with him about creating a sustainable vision for the future and how New York City architects and designers can rise to the occasion.

IJ: How do you see New York City as uniquely-positioned to achieve significant greenhouse gas reductions?

EM: New York City is already quite energy efficient due to the city’s high density and public transportation network. The inherent efficiency of the city’s plan and infrastructure will make it easier to meet greenhouse gas reduction targets than in many other locations.

IJ: The city consists primarily of occupied existing buildings. It is typically much simpler to design a sustainable building when it is a new constriction. Do you see significant environmental improvements being possible in this regard?

EM: Most buildings in New York will undergo renovation over the next twenty years. A number will also get demolished. As well, many building enclosures will soon need replacement, particularly post-WW2 curtain wall buildings. Gut renovations of office spaces take place on a regular basis. There is great opportunity to re-imagine and reduce energy consumption in all these buildings.

IJ: How do you specifically see New York architects as champions of the global climate crisis?

EM: It’s up to the design community to solve the problem. If we don’t do it, nobody will. New York City is a global center for design that takes place all over the world, both directly by firms doing work internationally, and indirectly by the city’s leadership role. New York should be forging the way.

IJ: Do you think that the role of architects and designers needs to adapt to meet these ambitious environmental goals?

EM: Absolutely. The field of sustainable design is exploding and the boundaries of practice need to expand – and are doing so. Architects are also engaging more deeply in policy and legislation to help advance the agenda more quickly.

IJ: There is a lot of discussion these days about building design vs. performance, and the role of the owner and operator in helping to achieve energy reduction goals. What are your thoughts about this?

EM: We need to keep design simple and easy to operate. In my experience, if we rely on too many overly complex technologies, things will fall apart when a building operator leaves or new tenants move in. As much as possible, we should design the buildings to operate themselves. 60-80% of the energy reduction strategies can be dealt with through design strategies.

IJ: With so many years of experience in sustainable design under your belt, what advice would you give to students, architects, and designers just starting out?

EM: Be visionary about how to transform buildings and the building sector, and about the possibilities for the future. Don’t hesitate to experiment and test. Finally, education and information sharing is critical for us to collectively achieve significant impacts in improving the state of our environment.

Ed Mazria and Bruce Fowle

Ed Mazria with FXFOWLE Founding Principal Bruce Fowle.

An edited version of this interview was first published in the Huffington Post.

Staying Fit, Saving Penguins

Two of my favorite things in life are fitness and animals. So when I heard about the Wildlife Conservation Society’s upcoming Run for the Wild 5K charity event at the Bronx Zoo to benefit penguins, I knew I had to get involved. And working for FXFOWLE, a design firm deeply committed to sustainability and environmental issues, I knew many of my colleagues would join me in this endeavor.

Like many birds, penguins are in trouble. They face serious challenges, such as climate change and pollution. Of the world’s 17 penguin species, 12 are facing serious population declines, and several are facing extinction. According to the Wildlife Conservation Society (WCS), warmer seas brought on by climate change are swallowing up sea ice in the western Antarctic, and with it, krill – a key penguin food that also depends on ice – is also disappearing. As a result, the Adelie penguin population in this region will likely go extinct in our lifetime. Another challenge is the penguin’s life at sea – the most dangerous time in the bird’s life – as many end up swimming through oil dumped by tankers. Oil on a penguin is akin to a hole in their feathers, and makes the birds unable to withstand icy waters.

Bird-safety has always been a priority at FXFOWLE. Our projects incorporate strategies such as reduced artificial lighting and bird-safe glass so that birds perceive the barrier and avoid it, thereby reducing fatalities. In keeping with these values, and to further our commitment to preserving nature and wildlife, the FXFOWLE Team will spend the morning of April 30th running through the beautiful winding paths of the Bronx Zoo to raise money for WCS towards furthering penguin conservation.

WCS has been committed to ensuring a future for penguins for over 25 years, by helping achieve bans on commercial fishing in key penguin habitats, and by creating Argentina’s Parque Marino Isla Pinguino, or “Penguin Island Marine Park,” a 650-square mile reserve for rockhopper penguins. But so much more needs to be done. And that is where everyone can help. Please join FXFOWLE in helping to make tracks for penguins, by making a donation to the WCS in support of our run.

The donations we collect will go toward WCS’s efforts to monitor the penguins of Punta Tombo during the most vulnerable times in their lives – the feeding season, which begins in April. With your support, WCS will continue to help regulate oil pollution and commercial fishing that imperil the birds at sea. WCS will also work towards creating new protected areas to safeguard the birds’ nesting grounds, like the Parque Marino Isla Pingüino, or Penguin Island Marine Park, that WCS helped create in Argentina last winter.

For every dollar you donate, you can extend a life, and make a bird very happy. See for yourself:

A Day in the Sun, part 2

Pascale continues her conversation with Minnie more about the process of developing and building the FabLab house.

Describe the FabLab team and your roles?
Institute for Advanced Architecture of Catalonia (IAAC), with whom we collaborated, selected seven researchers from around the world, including Japan, Taiwan, Lithuania, Australia, France, and Mexico. We were in charge of design, structure, 3D modeling, communication with engineers and consultants, constructions documents, and actual construction.

Photo by ADRIÀ GOULA

As a LEED Architectural Design was there a sustainable system, either active or passive, that you learned while working on the FabLab house?
Instead of thinking of either active or passive systems, the Fablab house approached sustainability with four points.

Form follows energy: If the twentieth century championed the premise that ‘form follows function,’ the 21st century will be about ‘form follows energy.’ The house is no longer a machine but an organism to be inhabited.

A climate-passive structure: The Fab Lab House uses the resources of its environment—sun, water and wind—to create a microclimate that passively optimizes the basic conditions of habitability.

A house, a tree: A house is like a tree that captures energy with its solar ‘leaves’ and sends it down to its roots, where it is stored, shared, or returned to the house to produce the fruit of electricity.

A domestic metabolism: The house’s control system is designed to provide detailed real-time monitoring of its behavior and its interaction with the environment, creating historical profiles and sharing these socially.

What are some lessons learned?
FabLab house’s goal is to not industrialize production but to allow any person to manufacture a home anywhere in the world, from the platform of FabLabs, or Fabrication Laboratories. Most importantly, we can build a house with our own hands. In looking for a suitable structural system that also allowed us to fabricate digitally, we found Alvaro Siza, Eduardo Souto de Moura, and Cecil Balmond’s Serpentine pavilion to be a great example of how to put parts together with minimal tolerance.

What were the challenges in constructing in the elements?
We proposed a pre-fabricated wooden construction in which all its structural components are computerized numerical controlled (CNC) cut from 2.5m x 12m laminated veneer lumber (LVL) sheets. All 3000 pieces have their own unique names, and keeping track of them and grouping them properly is the key for fast construction. Similar to a giant 3D puzzle, once you find A-1, you know the next piece would be A-2 and so on. These pieces combined into twenty portions that were assembled at IAAC’s warehouse in Barcelona then transported to Madrid. This ensured we had all the correct parts and reduced on site modification. Each structural member had a 1-2 mm tolerance. However, not all pieces were precut correctly, but since we were using wood it was simple to modify the pieces on site.

Provided by Daisuke Nagatomo & Minnie Jan

Describe the design, construction and exhibition processes?
The design and construction proceeded in parallel rather than linearly. The Solar Decathlon Europe organization gave feed back after each construction document submission and each team needed to modify and comply with all rules and regulations before entering the next stage. The process included ten days of construction and inspections, then ten days of competition during which the projects were open to public, and the four days of disassembly. In all, we had about 190,000 visitors to the Villa Solar, as the competition grounds were called.

How does it feel to have won the People’s Choice award?
We wanted to break the traditional box-shape solar house, and had taken a very high risk to create a visually striking image. It was very encouraging to know that the general public could appreciate our effort and enjoy their stay at the FabLab house.

Photo by ADRIÀ GOULA

A Day in the Sun, part 1

The recent controversy surrounding the U.S. Department of Energy Solar Decathlon, which this year is being displaced from its traditional sight on the National Mall in Washington DC to a yet to be decided venue, prompted me to learn more about this event.  I took the opportunity to talk to my former FXFOWLE colleague Minnie Jan, who participated with her team FabLab in the Solar Decathlon Europe in 2010.

The Solar Decathlon occurs every two years, in Europe on the even years, in America on the odd years, and China is set to join in 2013. Collaborating with the Institute for Advanced Architecture of Catalonia (IaaC), the FabLab team produced a provocative design for a net zero home designed for a specific location, 2010’s site was in Madrid, with its particular solar resource and climatic demands.

Photograph by Daisuke Nagatomo & Minnie Jan

FabLab’s design, a rounded, solar panel coated, passive house assembled from prefabricated wood glulam panels that form an ellipsoid rib-like structure, rises on piloti of sorts to create air circulation space beneath the home and to impact the site minimally. Simultaneously, as the passive design increases in efficiency, intelligent systems become increasingly effective in monitoring and controlling the home’s temperature and energy use.

Fascinated with the design, I asked Minnie Jan more about the process.

How was working in Spain? How different or similar was the construction methods?
As a first timer in Spain, I found it incredibly beautiful and full of history. However, Spain is extremely hot and humid during summer, so we considered those factors in figuring tolerances for a wood construction house. Solar Decathlon Europe is a competition between universities from all over the world, but all construction methods have to comply with U.S. codes or standard codes of the schools locales.

What was the most challenging aspect of the home design process, why?
There were three challenges: geometry, space, and construction.  A standard paraboloid section is suitable for solar tracking—per year per day. We deformed it to get optimal orientation for summer—narrowing to the west, eastward widening and flattening toward the zenith of 70 degrees. The freedom of the paraboloid prototype model allowed us to swiftly and smoothly adapt the prototype’s envelope.

Provided by Daisuke Nagatomo & Minnie Jan

The FabLab House’s rounded shape maximizes internal volume with minimal exterior surface, and it elevates off the ground upon three ‘legs’ in order to create a space under the house for certain outdoor activities. Using the house itself to create shaded space allows cooled air to be introduced into the home for natural ventilation. This simultaneously creates a comfortable outdoor space that doubles the living area. These three ‘legs’ are structural and provide special points for programs and technical equipment for ground level access.

Solar Decathlon Europe required all homes to be assembled and disassembled on site at Madrid in ten days. Thus we designed the house so it could separate into 20 parts and be transported by five trucks. All plumbing and electricity were also pre-designed to be connected on site and be fully functional.

Provided by Daisuke Nagatomo & Minnie Jan

What programs or equipment did FabLab use to prepare the design for construction?
The maximum solar incident radiation in Madrid informed the prototype, so we used Ecotec to adjust the building position to maximize the surface area for solar panels. Achieving a desired volume and footprint, we then used Rhino to construct a precise 3D model, including plug-ins such as Grasshopper, to produce the necessary information for digital fabrication.

Next post I’ll talk with Minnie more about the process of developing and building the FabLab house. READ MORE >

Haiti’s Solar Cellular

 

Maissade, a small remote village in Haiti’s central plateau with a population of 9,000 residents, lies roughly 35 miles from the Dominican Republic border.  Utility-supplied electricity is not available here for months at a time; however, some homes  run a generator for two to three hours each evening. Meals are cooked using charcoal fires and gas burning stoves, which are usually located outside of the house. No refrigeration ensures all meals are prepared fresh daily.

Every other year since I was four, I travel eight hours from Port-au-Prince and cross two mountain ranges to spend two weeks in Maissade with my grandparents. Six months after Haiti’s catastrophic earthquake I returned once again, and the journey was absolutely breathtaking.  However, numerous families had been relocated to the countryside, and in this process areas with little, or no, infrastructure were becoming overpopulated.

Traveling to Maissade

While walking through Maissade I noticed a few homes had solar panels propped up in their front yards. When I inquired why, they explained that on the ground they are accessible, can be adjusted easily all day long, and they can be brought inside at night for security.

Portable photovoltaic panels

One family explained that homes with solar panels are actually cellular phone charging centers. Lacking consistent electricity, and since most cannot afford a private generator, customers bring their cell phones to these homes to charge them using solar power.

Showing me his system, one man said he spent $150–$250 (1,200–2,000HD) per panel, depending on the power it produces, which typically comes with a 20–40 year guarantee.  The system also requires an inverter costing $200­–$500 (1,600–4,000HD). The system would not be complete without batteries to store the generated energy, which cost an additional $180–$260 (1,440–2,080HD) each. In total he invested $800 (6,450HD) on his system.

Lo-tech renewable energy

While it’s not a very hi-tech solution, he can power his home and charge cell phones for $2 Haitian dollars. Typically, he can charge twenty cell phones at a time each night, depending on the time of year—business is always good around the holidays. Although Haiti does not offer the same level of recourse as the U.S., Haitians are extremely innovative in managing their available resources to create a way of living that works for them.

« Newer PostsOlder Posts »



architizer