Inhabitat











March 28, 2008

PREFAB FRIDAY: ZeroHouse Shows Nothing is Everything

by Cate Trotter

scott specht, zerohouse, new york architects, self-sufficient home, zero energy home, off grid home, green home, eco home, ecohouse, green house, eco architecture, green building, prefab housing, eco prefab, prefab green, solar powered house, triple glazing, prefabricated housing, modular architecture, zero waste, off-grid

Ever dreamed of owning a completely self-sufficient home that produces its own energy, water, and is completely customizable? New York architect Scott Specht has the answer to all of our zero-energy prefab dreams with the new ZeroHouse™. This completely self-sustaining prefabricated house generates its own power, collects its own water, processes its own waste and is 100% automatic. Versatile, durable and site-sensitive, ZeroHouse can be erected in almost any location in one day with steel frame components and a helical-anchor foundation system that requires no excavation.

scott specht, zerohouse, new york architects, self-sufficient, self-sufficient home, zero energy home, off grid home, green home, eco home, ecohouse, green house, eco architecture, green building, prefab housing, eco prefab, prefab green, triple glazing, prefabricated housing, modular architecture, zero waste, off-grid

High-efficiency solar panels produce power which is then stored by a battery to provide up to a week of power should the sun ever be devoid of enthusiasm. Triple glazing and low-e heat-mirror glass enable the windows to be large without affecting heat levels. Exterior doors are also insulated to further stabilize the house’s temperature.

The robust components enable the building to be used in a variety of remote and hostile locations: places unsuitable for more conventional structures, such as in 10 feet of water of slopes of up to 35 degrees. The house’s tubular steel frame means it can withstand winds of up to 140 mph, despite having foundations that only touch the ground at four points to offer minimum site disturbance.

Such is the nature of future-thinking designs, it’s no surprise to find it comes equipped with sensors that talk to the user’s PC for straightforward(ish) climate control. Programmable, long-life low-energy LED lighting is built into the walls and ceilings to further improve the design’s sustainable aesthetic.

Less high-tech but nevertheless rewarding, the house’s water and waste processing system features rainwater collection facilities, which is then sent though the house via the power of gravity, avoiding unnecessary electricity-hungry pumps. The house’s garden even gets in on the self-sufficiency act, being fed twice a year by the waste that the house collects and turns into compost.

+ ZeroHouse
Via BustaChange

Images: Copyright 2005 Scott Specht Architect LLC
scott specht, zerohouse, new york architects, self-sufficient, self-sufficient home, zero energy home, off grid home, green home, eco home, ecohouse, green house, eco architecture, green building, prefab housing, eco prefab, prefab green, triple glazing, prefabricated housing, modular architecture, zero waste, off-grid

25 Responses to “PREFAB FRIDAY: ZeroHouse Shows Nothing is Everything”

User Gravatar
 Add karma Subtract karma  +0

[…] before but I couldn’t remember it’s name so I couldn’t find the link. Thanks to Inhabitat I now know the name and have the link. So if you want to see an example of a super prefab, that […]

User Gravatar
mikeyb66 Says:
 Add karma Subtract karma  +0

This reminds me of the Micro Compact Home but on a larger scale. The article talks about only touching the ground with 4 points so as to avoid site disturbance and this also reminds me of Richard Hordens Mantra ‘touch the earth lightly’ The design looks quite simple and it would be quite interesting to see how the propose getting the prefab units to site. The mCH was designed to be lifted by a helicopter so had to be efficient in terms of structure to minimise weight. I am not so sure this structure is quite as efficient but I guess there is a trade off. The article also talks of not needing to pump the water through the house but on relying on gravity. However as the tank is above 2/3 of the roof areas, how do they propose that water gets into the tank? There is also another balance here. A 4.5 gallon tank of water when full will weigh just over 12 tons. That is a lot of weight for the structure to hold. I also think it is a shame that wind power hasn’t been included. PCV are good at producing electricity but when more energy is needed to manufacture them than they will produce in a lifetime then they are not the only answer. Whilst I may have been pedantic about the other points, I feel this one is much more valid. Also, I am not sure what is so ‘Zero’ about it. Considering the energy required to create it there is no actual payback. it supports itself once constructed but does nothing to try and repay the carbon debt that was used to create it. Overall I am glad that people are thinking about these issues and they are heading in the right direction but I think we still have a long way to go.

User Gravatar
WBrooke Says:
 Add karma Subtract karma  +0

To mikeyb66,

I believe the idea is that all of the water for this building would come from precipitation, so they are correct in saying they don\\\’t have any pumping costs to get water into the elevated tanks.

User Gravatar
Androo Says:
 Add karma Subtract karma  +0

Mikey, what are you basing that photovoltaic life-cycle analysis on? Everything that I have read is contrary to that, especially when you look at thin-film photovoltaics with have a trade-off in conversion efficiency, but dramatically lower manufacturing costs.

User Gravatar
Joyce Says:
 Add karma Subtract karma  +0

It looks like the house of the future has landed! What an amazing innovation!

Brian Lang
Brian Lang Says:
 Add karma Subtract karma  +0

@mikeyb66: IT’s not 4.5 gallons, it’s 2700 gallons according to the http://www.zerohouse.net/ website. That’s about 10220 litres. Since 1 litre = 1 kg (close enough), that’s about 10.2 metric tonnes (11.2 tons imperial) of water when full. 10 tons of water on the roof of a metal framed building (presumably steel) still exerts a LOT of force on the four anchor points.
This is a rain water collection system. What do you do in dryer climates? Or during the peak of summer when it doesn’t rain enough to fill it? From that perspective, pumps will be required.

User Gravatar
 Add karma Subtract karma  +0

[…] run out for the next couple billion years. And maybe they can considering designing something like this for the good of mankind and Earth of which we are the […]

User Gravatar
 Add karma Subtract karma  +0

[…] ZeroHouse: Automatically Generates Power, Collects Own Water […]

badhuman
badhuman Says:
 Add karma Subtract karma  +0

The house looks and sounds really cool and green but I always wonder how livable some of these prefab houes are.

User Gravatar
 Add karma Subtract karma  +0

[…] me (but this house is pretty […]

User Gravatar
 Add karma Subtract karma  +0

[…] ZeroHouse Shows Nothing is Everything The new ZeroHouse™ is a completely self-sustaining prefabricated house generates its own power, collects its own water, processes its own waste and is 100% automatic. (tags: architecture energy environment green prefab solar design) […]

User Gravatar
 Add karma Subtract karma  +0

[…] ZeroHouse Shows Nothing is Everything The new ZeroHouse™ is a completely self-sustaining prefabricated house generates its own power, collects its own water, processes its own waste and is 100% automatic. (tags: architecture energy environment green prefab solar design) […]

User Gravatar
 Add karma Subtract karma  +0

[…] Inhabitat, Imagini: Scott Specht Architect […]

mikeyb66
mikeyb66 Says:
 Add karma Subtract karma  +0

@ Brian Lang,

Your right it is 2700 gallons, I made a typo. You also highlight the point that it is quite site specific.

@ WBrooke

Whilst I agree that it appears they are suggesting all water will be from precipitation the issue I have is with the location of the tank. From the cut-away view it appears as though the tank is above most of the horizontal surface area. This means water will have to be pumped up to the tank from these areas.

@ Androo,

I have no actual data that I can direct you to but i took this from what I have read and been told from environmental specialiasts.

User Gravatar
 Add karma Subtract karma  +0

[…] an issue. Specht Harpman ZeroHouse Von hier und hier und hier und aber auch und vor allem von hier. Und von da auch noch, aber das wissen Sie ja […]

User Gravatar
 Add karma Subtract karma  +0

[…] Via Inhabitat […]

User Gravatar
 Add karma Subtract karma  +0

[…] Inhabitat » PREFAB FRIDAY: ZeroHouse Shows Nothing is Everything […]

User Gravatar
 Add karma Subtract karma  +0

[…] and rains but allows much desired natural cross-ventilation to permeate through living spaces. With prefabricated components and an elevated foundation, the construction sits lightly on its site with a low […]

User Gravatar
 Add karma Subtract karma  +0

[…] and rains but allows much desired natural cross-ventilation to permeate through living spaces. With prefabricated components and an elevated foundation, the construction sits lightly on its site with a low […]

Leave a Comment

Please keep your comments relevant to this blog entry. Email addresses are never displayed, but they are required to confirm your comments.

Please note that gratuitous links to your site are viewed as spam and may result in removed comments.

SIGN UP NOW

CURRENT USERS LOGIN

Lost your password?

Add your comments