It's Easy Being Green

In case you missed it, NPR’s Science Friday with Ira Flatow had a great little teaser this past week about their latest SciFri video. Flora Lichtman recently paid a visit to a geodesic dome home built in “Long Guy Land”, New York. The piece is fantastic and gives a tiny glimpse into a life less dependent on the man or the machine.

I won’t give too much away but I have to give props to former NYC firefighter Kevin Shea for taking an arm-chair idea and running with it. I find it especially funny that his neighbors just don’t get it and actually detest the idea. You can be sure though they would be the first ones knocking on Shea’s looking for refuge or help. Special thanks to the crew at Science Friday for bringing this story to light! Watch the video below and then share your thoughts. Would you live in a geo-dome? Do you have an unconventional home that is easy on the environment and your pocketbook?

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If you haven’t already read my brief review on a new book profiling modern architecture and alternative energy, click here.

A new book profiling 10 modern homes and how they're built with alternative energy useage in mind

Lori Ryker, author of Off The Grid: Modern Homes + Alternative Energy, grew up in Texas and has lived several places around the world. She now lives in Livingston, Montana and teaches at Montana State University’s School of Architecture and is a partner of Ryker/Nave Design. I recently had the opportunity to ask Ryker some questions about her new book and her thoughts on the future of sustainable living.

Q: What do you think is the biggest misconception people have about living off the grid?
A: That someone else should take the first step, that alternative energy is something of the future.

Q: You discuss how you think living off the grid brings people closer to where we live, making us more involved in how we live. Why do you think it’s important for more people to be connected to where and how they live?
A: Understanding where we live in the world and the reality of what it takes to live in that place (without the support of mechanical/big energy that creates a pseudo-environment) helps us take responsibility for the place in which we live, and the planet in general. Understanding the conditions of where we live help us make healthier and more responsible choices for environmental conditions such as clean water, air and landscapes; local food sources including plants and animals. Peter Berg coined a phrase in the 1970’s called bioregionalism, which addresses how we live in a place with particular identifiable physical and environmental features that then influence the use and consumption of local foods, materials and native plants, among other things. In the same way, living responsibly with alternative energy requires the knowledge and understanding of regions, bioregions and particular places so that we most efficiently employ the natural resource, such as sun or wind. Such a quality of life also makes us more grounded and invested in ourselves and the world.

Q: Have you found that a lot of people don’t think modern architecture and green features like off the grid living can be combined together?
A: No. I find that most people believe this relationship is normal. However, even three to five years ago this was not the case. There has been a strong and successful popular media push in the past few years to dispel the perception that living off the grid means living in the back-woods somewhere.

Q: You say the book is all about great living in great architecture. These homes certainly aren’t like the earth ships of the 60’s and 70’s are they?
A: No, but every once in a while I drive by an earth ship style place and think to myself, they are still quite sophisticated in their energy use and ability to connect people to the place in which they live, even if they do not appeal to everyone. I would argue that earth ships are also a “style” of architecture. An architect or designer could use the same materials and strategies of an earth ship today and arrive at a vastly different form of expression.

Q: You talk a lot about resource extraction and what you call “dirty energy”. What do you think it will take for people to understand how big of an environmental impact their home has?
A: A completely different way of evaluating home construction and energy use. Such as how bank loans are made, or how homes are taxed, how a builder accounts for the construction of the home and the materials used. In the meantime, we need alternative energy to become more affordable, better methods of measurement of an individual’s energy use and means to control particular components of energy use. Such as being able to separate out use of heating and cooling from media, not simply unplugging. We need more accountability. Simple things such as timers on lights and showers that are already in use in other parts of the world. These strategies remind us that the Earth is not limitless.

Keep checking back for the second half of my Q&A with Lori Ryker coming up later this week.  That’s when I’ll also post the details behind how to enter the contest to win a copy of Lori’s book.  You can get an early entry now by subscribing to my RSS Feed and then posting a comment on this article.

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There’s a lot of talk these days centering around living life on Earth a bit greener than we have been. Green living, alternative energy and sustainability are all buzz words surrounding the movement to live more in harmony with our environment. Some might question though whether that movement can really be partnered with the construction of a new home utilizing modern architectural designs.

A new book profiling 10 modern homes and how they're built with alternative energy useage in mind

Lori Ryker’s book titled Off The Grid: Modern Homes + Alternative Energy shows that you really can live in a beautifully designed, modern home while reducing your demand for energy. The 160-page glossy, hard-backed book profiles ten homes around the globe and shows how they’ve overcome complete dependence on the grid and leave a smaller footprint on the Earth.

Through example and illustrations, Ryker shows how each technology from geothermal heat pumps, wind turbines and solar arrays, can be integrated into the beauty and design of a modern home. The homes profiled in the book aren’t straw bale homes or Earthships. They range in size from small to large and sparse to intricately decorated. If you’re embarking on a journey to build a new modern house and have considered making it more green, Ryker’s book might be just the ticket to turning your visions into reality.

Stop by later in the week for a Q&A chat with Ryker and I’ll also tell you how you can have a shot at winning a copy of her new book.

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A $31 Million package of incentives and tax credits for alternative and green energy sources has passed the U.S. Senate’s Finance Committee.  The package is expected to be ready for President Obama to sign by mid-February.

The packages would give homeowners tax credits for investing in alternative energy sources like wind or solar and for making their homes more energy efficient.  Alternative energy companies can also carry their current tax credits for an additional five years.

I think this is fantastic and a good way to encourage people to start making the move to alternative energy and maximum efficiency.  Unfortunately I feel like unless these packages were to be extended for several years, it’s not going to do much right now.  The economy is in such poor shape that who, aside from the wealthy (once again), have the money to invest in solar panels and wind turbines right now?

I don’t think the answer will reveal very many people willing to make the investment in these rocky times even with as much as it will pay off in the long run.  I hope our government realizes that this is a vital move to keep alive for several years and not just one tax season.  Do green tax breaks like this one do enough to encourage you to make the move to alternative energy sources?  Share your thoughts and opinions by posting a comment below!

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Engineers at Toyota are apparently working to build a completely solar powered car.  It will be a few years before the solar powered vehicle will be ready for sale but it’s a move the auto manufacturer hopes will help turn it’s business aound.  Toyota, just like most other auto manufacturers, have been hit hard by a slumping globabl economy and reduced demand for their products.

Sources say the car will be equipped with solar panels on the roof and will also be able to be recharged by conventional solar panels you might have on your house or business.  Toyota also hopes to eventually build and market a car that can be solely powered and recharged by it’s own installed solar panels.  The move has surprised many since Toyota is reporting its first sales loss in 70 years of business.  But the auto giant says it won’t halt it’s research in green technology despite the current bad business environment.

Toyota already has a history with solar power and other green technology.  The company’s plant in Tsutsumi has solar panels spread across it’s roof that would cover 60 tennis courts.  The panels produce enough electricity to supply 500 homes with power.  The company says the panels are reducing 740 tons a year of carbon emissions…the equivalent of 1,500 barrels of oil in reductions.

Toyota will also apparently get some help through one of it’s battery research partners, Panasonic.  Panasonic just recently took over Sanyo Electric Corp., a leader in solar energy.

I hope these researchers are able to get this done sooner rather than later and are able to make the technology affordable to the normal car buyer.  Can you imagine in sunny locales like Arizona and California, these cars would work like a dream…quietly whisking you from one errand to another powered by the cosmic giant above.

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As noted in the report, solar power has been expanding rapidly in the past eight years, growing at an average pace of 40 percent per year. The cost per kilowatt-hour of solar photovoltaic systems has also been dropping, while electricity generated from fossil fuels is becoming more expensive. As a result, the report projects that solar power will reach cost parity with conventional power sources in many U.S. markets by 2015. But to reach the 10 percent goal, solar photovoltaic companies will also need to streamline installations and make solar power a “plug-and-play” technology, that is, it must be simple and straightforward to buy the components of the system, connect them together, and connect the system to the power grid.

The report also places some of the responsibility with electric utilities, which will need to take advantage of the benefits of solar power, incorporate it into future “smart grid” technologies, and create new business models for building solar power capacity. The report also calls for establishing long-term extensions of today’s investment and production tax credits, creating open standards for connecting solar power systems to the grid, and giving utilities the ability to include solar power in their rate base. See the Clean Edge press release and the full report.

Reprinted from EERE Network News, a free newsletter of the U.S. Department of Energy.

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The University of Arizona has unveiled their new, completely solar powered car for an upcoming competition.  Apparently it is completely street-legal.  Check out the link below:

UofA Solar Powered Car

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