How To Have A Green(er) New Years Celebration

New Years Eve marks one of the biggest celebrations.  Countries all across the map celebrate all the happenings of the past year and look forward to another year of possibilities.

Utilizing a special kind of backwards logic, many people embrace this gift of new beginnings by raging until the early hours of the morning, often not remembering large chunks of the previous night. I am not one to challenge "tradition," but one of the casualties of this rockstar lifestyle choice is the waste that is generated from this careless attitude.

While having fun this NYE, here are some things that you can do to minimize your ecological footprint:

If you are serving beer, buy a keg instead of multiple cases.

Kegs are reusable as well as more economical.  The only clean up that you are left with are the dishes if you are using reusable cups. 

Buying multiple cases of beer is wasteful because you doubling your waste by having to get rid of cans as well as cardboard cases. As much as I would like to believe that you would recycle all of the waste, the last thing on many drunk people's minds is the proper disposal of garbage, which brings me to my next point...

Provide more recycling bins than trash bins.

Lets face it. People suck at recycling, and they only get worse when they are drunk. I have had parties where I asked people to recycle, and instead they decided that the best place to toss their empties were in a lamp shade.

By providing multiple blue recycling bins and not too many trash cans, people won't have much of a choice to recycle.  The only trick is that you have to make sure that the cups you are handing out are recyclable, but that isn't too difficult.

86 the confetti.

I get it. Confetti is a large part of the NYE tradition. According to the zero amount of research that I did, the tradition of tossing confetti at midnight stems from when ticker-tape parades were cool.

This was exciting stuff in the early 1900s. You know what else was exciting? Dressing like this.

I think it is time we start making some traditions of our own that don't involve shredding countless pounds of paper just to be thrown in the air. Every year they say they are able to clean this up, but I'm calling shenanigans because there is no way they get all of it.

Rent a limo with other people or use public transportation.

The vast majority of people go to hotels or other venues to ring in the new year. Aside from the obvious point to not drink and drive, it benefits the environment when you share rides or use public transportation.

Less cars on the road means less carbon being emitted into the atmosphere.

Solar Projects Tripped Up By Environmental Litigation

One of the things that hampers many alternative energy installations comes from environmental lawsuits.  These lawsuits often don't completely stop an alternative energy plant from being installed, but it does end up extending the amount of time it takes to start and complete construction.

This is a problem because many of these projects require large amounts of external funding, and it is hard to go to investors and say you need a large sack of money when you have cumbersome lawsuits on the horizon.

Recently, a Native American group has decided to hold up a number of solar energy projects in California with claims that the full impact of these projects have not been taken into consideration.  Legally, this is a strong argument because NEPA (National Environmental Policy Act) has been constructed so that any large projects that may impact the environment must complete an EIS (Environmental Impact Statement).

If these solar projects haven't properly filled out an EIS, then the Native American group has a legally valid point.  However, I still believe that this is a petty claim even if some extraneous environmental impacts have been overlooked.  This is because when you ultimately compare the environmental impact that these solar installations make compared to a coal-fired plant, solar is infinitely cleaner.

I have a high respect for NEPA and everything that it stands to protect, but when it comes to these installations, I feel that filing these lawsuits is just cripiling America's opportunity to move into a cleaner future.

High-Speed Rail: China Begins To Leave The US Behind

It is no secret that I think that high-speed rail is a necessary next step for the United States, because I have written on the subject multiple times in the past:

• Reader Email: High-Speed Rail
• November 12: Weekly Review, High-Speed Rail
• November 5: Weekly Review, High-Speed Rail

I have touched on this subject repeatedly in the past because I know it would improve our transportation system as well as reduce carbon emissions across the board.  There hasn't been too much talk about a system being placed in America lately, but China is forging ahead with their own system.

Crisp Green reports:

Developed through a partnership of the China North Vehicle Yongji Electric Motor Corporation and the Southwest Jiaotong University, the new energy fuel cell light-rail train combines hydrogen fuel cells and an advanced permanent-magnet synchronous motor/frequency converter to achieve top speeds approaching 220 miles an hour.

This is important for China for two reasons. One reason is that because China has quickly become the most pollution intensive country, providing a cleaner rapid transit system will help alleviate traffic as well as the carbon emissions that are smothering the country.

The other reason is that by developing their own high-speed rail technology, China is placing themselves in a position to sell their technology to other countries that are interested in installing their own high-speed rail systems.  This is something that the US could still pursue, but by putting off the development of our own high-speed rail system, the US is essentially handicapping themselves in the transportation marketplace.

Things That Should Be Solar Powered: Billboards

Alright, the holiday is over and it is time for me to get back at it. By "back at it" I mean "give you opinions you may not have asked for," but you are here reading what I write, so there you go.

Driving around any major city you will be inundated with ads from billboards along the major roadways.  Most of these draw electricity at some level.  At the low end you have billboards that have lights to illuminate the ads at night, and at the high end you have electronic billboards which flash animations at you in an attempt to make you crash into the read-end of that Mack Truck in front of you.

Regardless of the level of energy that these billboards require, I do believe that the owners of these billboard stands could make a profit by installing their own power sources in the form of solar panels which they could use to reduce their carbon footprint as well as the amount of money they spend on electricity.

In many cases, these billboard stand owners could actually make money by selling the energy that they aren't using back into the grid. I know that selling the electricity back into the grid is something that I have said time and time again, but it really is a great opportunity for business owners to earn money in an area they haven't enjoyed income from before.

So there you have it. Install some solar panels and thank me later, advertising industry.

Also, for all of those that emailed me yesterday complaining about the lack of a Sunday Comic:

1. How did you get my email address?
2. Here you go:

Holiday Break

I'm on break until after December 25.  Enjoy the holiday!

Combining Infrastructures: Cellular Networks & Wind Turbines

I was driving today streaming Pandora Radio through my iPhone and I began to think about how this would not have been possible over 5 years ago due to the lack of high-speed data networks spread across the area.

For the most part high-speed networks are plentiful around big cities such as Chicago, but they are still lacking in the remote parts of the nation. A good example of this is when I was driving from Chicago to Ohio during Thanksgiving.

For the most part, Pandora was able to stream throughout Northern Indiana along 1-65, but it started to get choppy when I passed Indianapolis all the way along 1-70 to Columbus.  The choppiness could be attributed to the patchy high-speed coverage along the highway, and this is where I believe a logical solution presents itself.

Because data networks tend to suffer in remote areas and wind turbines tend to produce the most energy in the same remote areas, I think this is a great opportunity for cellular companies to partner with wind turbine manufacturers and construct hybrid wind turbine-cellular towers.

There are a few examples of these being built, but nothing on a large scale.  More and more people are relying on these high-speed data networks for their everyday lives, which means that these networks will need to be bulked up all across the nation.  This will increase their demand for energy, and I believe that this is a great opportunity for them to invest in clean energy.

By constructing wind turbines that double as cell towers they are essentially increasing their bottom line by not having to buy energy from utilities and instead being able to sell the excess energy back to consumers.

Like any of these energy solutions, this would require a larger upfront investment, but considering that America's information network is an ongoing project, I don't see a reason why they wouldn't attack both of these long-term projects at the same time.

When most business decisions come down to resource allocation, building one tower instead of two saves money and makes sense.

Solar Sticks Its Energy "Where The Sun Don't Shine"

One of the big complaints about solar energy is that no matter how efficient the technology becomes, there still will not be any energy being produced at night or on a particularly cloudy day.

This concern has caused a lot of research to take place on the energy storage front, and today a big step has been taken towards storing solar energy to help combat against cloudy days and the night.  The US Federal Government has signed off on another large solar power plant which will make use of liquified salt to store energy:

A 100-foot receiver filled with liquid salt will be attached to the top of the tower. The heliostats will focus the sun on the receiver, heating the salt to 1,050 degrees Fahrenheit. The liquefied salt flows through a steam-generating system to drive the turbine and is returned to the receiver to be heated again.

This liquified salt holds its heat for a long period of time making it a good candidate for moving the turbines during cloudy moments and during the night.

It is a good first step towards addressing the non-consistent nature of alternative energy, however, the salt solution does little to help store energy that is generated from wind energy, so I think the big goal is to find a storage solution that can be applied to to both wind and solar.

For The Nerds: Video Game Console Energy Consumption

Recently, a tradition has been developing with my family over the holidays.  I come home from the city, my brother comes back from Scotland, and we all get together and enjoy one another's company... for about 5 minutes.

After those blissful 5 minutes pass, my brother and I quickly retreat to the basement where I spend a good chunk of my time on this laptop job searching (hire me!) and he spends the better part of the day playing Call of Duty on Xbox 360.

Words cannot describe how annoyed my dad gets with us never moving from the basement, but what can you do?

This is relevant because today I read an article over on the NY Times Green Blog about power consumption levels and how the Xbox 360 is the most power hungry gaming system out there:

The Wii drew an average of 13.7 watts vs. 84.8 watts for the PlayStation and 87.9 for the Xbox. (The figures do not count the TV screens that the boxes must be connected to.)

It isn't surprising that the Wii is the least power hungry because Nintendo hasn't upgraded their graphics in at least the last 10 years.  It also isn't surprising that Xbox is the least efficient because the graphics are much more advanced than the Wii and the system itself hasn't truly been upgraded since its release in 2005.

Alone, these numbers aren't shattering records for energy consumption in the home, but when you consider the energy it takes to power a large television along with an internet router, along with the fact that there are over 41 million Xbox 360s sold around the world, it quickly becomes clear that these are true energy costs.

Do I think that people should stop playing video games? No.

Do I think people shouldn't play them as much? Probably... but good luck convincing my brother to do that.

Sunday Comics

This is a cartoon that I have been holding onto for a while.  It doesn't really have anything to do with any single post I have made on this blog, but I do think it is a clever statement that ties multiple issues together.

I'd typically go into a long explanation about how all the energy issues I talk about ultimately tie back into air quality, but it is Sunday, and Sunday's aren't meant for thinking.

Enjoy the rest of your weekend!

Closed On Saturdays

Just a reminder of what I said on Monday, Sustainabili-City will no longer be posting entries on Saturdays.

I know this is probably devastating to many of you, so I have come up with a list of things that you can do in lieu of reading what I have to say:

• Go outside.
• Visit friends.
• Read a book.
• Look at Facebook for the 30th time today.

• Is it 5 PM?
• Yes? Then have a drink.
• No? Are any sports on?
• Yes? Have a drink regardless of time.
• No? Have a drink because no sports is depressing.

I know none of these are remotely as thrilling as basking in the greatness of this blog, but tomorrow will be here before you know it.  See you then.

Energy Prices Predicted To Remain Relatively Stable

I'd like to wrap the week of with an article The New York Times published about the Department of Energy's new report on the future of energy prices up until 2035:

The information released on Thursday was based on what the government calls a reference case, or estimate; its report in March will also include a low case and a high case. Among the major changes from last year, it projected that the price of a kilowatt-hour of electricity in 2035 will be 9.2 cents; last year it estimated that would be 10.3 cents. The price in 2009 was 9.8 cents.

Lower electricity prices are important because as they decline, the economic argument for building nuclear reactors, wind machines or solar cells gets weaker, as does the economic argument for more energy-efficient appliances.

I do suggest that you go over an read the entire article, because there is a lot of good information outside of this small section I stole.  While my first reaction to this article was to throw up on my keyboard, there are a lot of things that this article does not address.

Though the NY Times is not-so-subtly hinting that alternative energy companies are screwed, this simply is not the case.  While future prices of energy don't look that threatening, this doesn't mean that there won't be a market for alternative energy and energy efficiency.

Many other countries outside of the United States (yes, the US is still in fact part of the rest of world) are still pursuing alternative energy at an aggressive rate.  China is a great example of this as they have become the #1 target for alternative energy investment.  Call me crazy, but I believe America would do well to try and compete within the international marketplace.

Also, lets face it, these predictions don't mean crap.  Yes they are formulated by highly educated people who would probably beat me at Scrabble, but that doesn't mean that they have a crystal ball that they can see the future in.

Mustaches! I see mustaches in my crystal ball!

Here is are two facts that are undeniable:

1. Natural resources such as oil, coal, and natural gas are finite
2. Even in more efficient manners, burning these resources produce large amounts of carbon emissions

I know that economic forces pretty much dictate anything and everything that occurs, but it does seem relatively backwards that we are still investing as much money and time into these industries that are clearly going to fail at some point.  Yes, it is near impossible to estimate the exact amount of these resources left, but this should scare the shit out of investors, not place them at ease.

Ultimately, I hope that America still provides friendly economic policies for these emerging alternative energy and energy efficiency companies, because in the long run they will be what keeps the US competitive in the world marketplace.

A Sustainable Holiday: Gift Giving

The holiday season is officially here, which means that most everyone will be buying one another gifts to be hastily unwrapped and enjoyed.

The gifts are great.

The togetherness is great.

The wasted paper? Not so much.

One solution to all this waste is by wrapping your presents in reusable bags.  One of my friends posted a link to BAGGU, a company that sells reusable bags that can be used in any sort of situation. Clearly there are other places you can buy these bags, and many outlet stores already distribute reusable bags, such as Urban Outfitters.

You can then decorate these bags with ribbons and tissue paper.  By using tissue paper, it seems like you are defeating the purpose of abandoning wrapping paper, but this is still better because you are giving someone bags that they can use again and again.

Granted, not everything can be fit into a bag, such as the Tesla Roadster I have been asking for every year, but this is still a good step in the right direction.

Visual Rationality: The Grid Is Inefficient

Now that the dust has settled after my post-graduation, endzone celebration of being done with school, it is back to business...

...By business I mean giving unrequited opinions on all things concerning the environment and energy related issues.

I recently opened up a Tumblr account for two reasons:

1. I had heard that Tumblr recently raised at least $30 million on a valuation of $135 million and was curious.
2. Wanted an area where I could post high quality pictures without the bloated features of Picasa or Flicrkr.

Needless to say, I now understand why Tumblr is getting so much attention from venture capitalists.  It is easy to set up, even easier to cruise through, and it is just fun.

After a while, I came across the following picture that accurately represents exactly how outdated some parts of America's electrical distribution system is.

Really?

This looks like a web that a drunk spider would weave.  I know it is not an easy task to redesign the power grid, but in a world where people call wind turbines ugly, I believe it wouldn't be hard to sell a more efficient power grid under the guise of aesthetic values.

A better grid wouldn't look like someone sneezed spagetti onto the skyline which would probably increase property value in some areas, and it would allow for more efficient transfer of cleaner energy.

Just something to think about.

Pardon The Interruption

No new post today because... I AM OFFICIALLY DONE WITH SCHOOL!!!

Alternative Energy: The Super Friends

So there I was. One last final exam in between me and being done with school forever...and what do I do?

Naturally I spend a solid half hour relating the major forms of alternative energy to the Super Friends.

Procrastination at its finest!

Because alternative energy sources are going to have to work together in order to battle the Legion of Doom coal, I figured that this analogy would actually be relevant, so I'm going to go ahead and run with it.

Hydrogen Fuel Cells: Batman

• Batman is clearly the strongest candidate for comparison to hydrogen fuel cells. Batman has no real powers and is heavily reliant on advanced technology to get the job done. The same can be said for Hydrogen Fuel Cells, which are heavily reliant on technological breakthroughs to truly make an impact.

Energy Efficiency: Robin

• Robin suffers from being the side-kick to Batman, who is infinitely cooler than Robin could ever be. However, Batman would not have been as successful as he was without Robin. The same can be said for energy efficiency. All of these alternative energy sources are promising, but unless we are more efficient, power supplies will always be an issue.

Solar Energy: Superman

• Obviously Superman is going to be related to solar energy. Without the sun, both Superman as well as solar energy are useless.

Wind: Wonder Woman

• This is a weak comparison, but Wonder Woman had that invisible car, and wind is invisible, so there you go. Also, women are so full of hot air, yappin' on about this and that...am I right fellas?!!!...(*looks around for high-five*)

Tidal: Aquaman

• Tidal is one of the least talked about sources of alternative energy. Probably because it is so boring...like Aquaman. Seriously, what a terrible character.

In any event, this is probably my nerdiest blog post to date, but I've made peace with that because comic book heroes are awesome.  Now if you will excuse me, I am going to go attempt to actually study.

Blog News

Just wanted to keep everyone updated on how Sustainabilicity will be running from here on out.

Though I love keeping this blog updated daily, it has come to my attention that most people don't bother visiting on Saturdays (only about 45 people).  Due to this, I will no longer be posting anything on Saturdays unless something epically newsworthy occurs.

I know what you are saying.  "But Colin, you just like sleeping in on Saturdays."

To this I reply, "How would you know, stalker."

Now back to your regular scheduled programming.

Sunday Comics

It is Sunday, and if you are living in the Midwest of the United States, then congrats on surviving through this winter storm up until this point:

• The Minnesotta Vikings had their stadium's roof collapse under all the snow
• Chicago is certainly living up to its nickname with 40+ MPH winds cruising through the region
• Indiana is still boring

Sidebar for my UK Readers:  You need to suck it up and not shut down your entire transportation system after a few inches of snow falls.

So this Sunday Comics is for you, UK.  Ya'll crazy.

The Inefficiencies of Netflix

I came across this comic yesterday, and even though it isn’t Sunday, I’m going to go ahead and post it and talk about something other than alternative energy today.

This is actually was one of my fundamental complaints about Netflix because you typically only rent a few DVDs a month, and it takes anywhere between 1-3 days for you to get a new DVD after returning the ones that you have checked out.

Aside from the obvious inefficiencies of this system, Netflix has a huge membership base with approximately 194 million visitors to their website in 2008 (Thanks, Wikipedia!). It is safe to assume that a large portion of these visitors had DVDs delivered to their home multiple times throughout the year. This is an incredibly high use of shipping resources, and though I do admit that shipping the DVDs is not too much work, but it does add up to a lot of resources being used to get the DVD to your home.

The use of shipping resources has only grown since 2008 and with the expansion of Netflix to Canada; it is not unforeseeable that Netflix will continue to grow in international markets, burning even more resources.

These growing resource consumption numbers can be mitigated if more people started to switch their DVD delivery plans to the online streaming plan, which is cheaper and faster than waiting for a DVD to arrive in your mailbox. While the selection isn’t as vast as the DVD selection, that will certainly change, especially if consumers make it clear to Netflix that they are more interested in the streaming service.

Granted, with the streaming service you are essentially shifting the resource allocation from fuel for shipping to electricity for running the servers, but I think you know me well enough to know how I would address the electricity issue.

I’ll give you a hint:  It rhymes with “fallbernative crynergy.”

Solar In Northern States Will Make Sense...Someday

Clearly I am on a solar kick, probably because it is just so damn sexy.

That and I recently talked some friends' ears off about the power grid and why we need more efficient means of distribution for alternative energy to work, so I'm just going to save that discussion (rant) for another day.

Today I was sitting around noticing how miserably cold it is outside and how happy I am that my radiant heaters are now fixed so they don't sound like espresso machines anymore.  Then a really broken line of thought broke out of my head:

Cold made me think of radiant heat
  Radiant heat made me think of microwaves;
    Microwaves made me think of food;
      Food made me think of a sandwich;
        Eating a sandwich made me sleepy;
          Being sleepy made me angry at the microwave for making me hungry;
            Thinking of the microwave somehow made me think of solar power.

Weird? Yes... But here we are.

At first I thought how it is too bad, by living in Chicago, solar power wouldn't make too much sense due to the lower levels of sun exposure during the fall and winter months.

However, after thinking more about it, solar would make a ton of sense for Chicago during the summer.  The single biggest line item on most people's electric bill is their air conditioner running during the brutally hot Chicago summer months.

It would be wonderful if solar got cheap enough where you could have a small panel to provide the electricity for an air conditioner without the traditional fear of a huge electric bill at the end of the month.

We aren't there yet, but peaking around the corner*, I do believe it is realistic that within the next 5 to 10 years solar power will have a low enough price tag that it could actually make sense to have some panels that you are really only using for a few months out of the year.



*..."peaking around the corner" made me think of this owl.

Solar Versus Wind: Solar Is Sexier

A recent poll taken inside my own head shows that sex sells; so guess what, baby? Solar is sexy.

A Google Image Search for "Sexy Solar" turned up some weird stuff.  Rawr.

Yes, the cost of wind energy is more competitive with energy produced from incinerating coal (if you like to ignore the social and environmental externalities that aren't taken into consideration), but solar is so much cooler.

This is because solar can be implemented on a more personal level.  They can be installed on a smaller scale allowing users to avoid many of the the NIMBY issues that plague neighborhoods debating whether they should invest in a wind turbine or not.  Homeowners can install solar panels on their roof to generate their own electricity and heat their water, and now drivers have been able to have a solar panel on the roof of their car to power their airconditioning (as seen in the 2010 Toyota Prius).

My rendition of the 2013 Toyota Prius - Wind Edition... Consumers will hate it.

These are things that people haven't been able to do on a small scale with wind turbines and solar keeps advancing on enjoying more applications.  One example of these advancements can be seen with Konarka, a company pursuing "solar plastic" as Grist reports:

Konarka of Lowell, Mass., says its "Power Plastic" has set a new record, achieving a 8.3 percent efficiency rate in converting sunlight into electricity. The National Renewable Energy Laboratory certified the efficiency rating....

...Now, 8.3 percent is less than half the efficiency of a conventional crystalline silicon photovoltaic panel like those found on residential rooftops. But it's a notable achievement for a solar cell that uses organic molecules to generate electricity. The great promise of organic molecules is that they can be produced at far less cost than standard silicon solar panels, but the low efficiency of organic photovoltaics has limited their use.

This is exciting because as solar panels become lighter and more customizable, they can be placed in even more places.  One example that Grist gives is that these plastic panels can be used as roofs for bus stop waiting stations to power lights and wireless routers.

I think this is great because as I mentioned yesterday, the faster that cities start placing more of their infrastructure "off-the-grid" with alternative energy sources, the more money tax payers will save.

How Cities Should Be Designed: Argonne National Laboratory

Before I start, I would first like to apologize for the lack of posts over the past few days.  I realize that about 100 people visit this blog on a daily basis, which is way more than I would have thought a blog of mine would get, so I should have probably tried harder to keep the posts coming.

On the other hand, I want to finish strong in school and my final papers seemed like a better use of my time, so a thousand apologies for not taking the time out of my schedule to write overly-sarcastic material and posting comics on Sunday - deal with it.

In any event, I came across this article posted about Argonne National Laboratory winning a federal award for energy savings a few days ago and I am just now going to get around to it:

Instead of bringing in outside consultants, Argonne reduced costs by using its own team of engineers and maintenance mechanics to identify projects to save energy. When the projects save money, Argonne reinvests those funds in additional projects. In 2009, Argonne ran 14 in-house projects that together saved nine megawatt-hours of power—enough to power 6,000 households.

Whoa whoa whoa. Wait a minute. You are telling me that people are saving money and THEN reinvesting the savings to pursue further savings and increased revenues? Get out of here.

The lab also installed outdoor light poles powered by small wind turbines and solar panels; the lights run entirely off the grid, and their battery packs can store enough energy to power the light for three days without sun or wind.

This is the really awesome part of what Argonne has done, and I hope to see more of this in the future in cities and towns.  Every day we drive, walk, and bike past hundreds of street lights which are all extracting energy from the power grid, but we never think twice about the money that this costs the taxpayer.

Imagine if Chicago replaced their street lighting with wind powered lighting systems.  The long-term savings would be huge; there are just no two ways about it.

Obviously there would be an upfront cost to installing these new systems, but you can say that about any new project geared towards infrastructure.  If we let initial investment costs deter us from pursuing new projects, there would never be any progress.

And for those that are really upset about not having a Sunday Comic, here is an awesome picture of two veterinarians dressed in panda costumes so that they can care for a baby panda:

Out Of The "Office"

I'm working on final papers through tomorrow, so I don't have time to feed everyone with little nuggets of information mixed with sarcasm.

I'll have a comic up for Sunday's comic series, but don't expect anything thoughtfully written until Monday.  Have a good weekend!

Michael Soulé's Work With Conservation Biology

This morning I had an interview/meeting in downtown Chicago and now I am looking to get a good chunk of work done on final papers as my last semester of school comes to a close, so unfortunately the blog productivity is going to take a bit of a hit today.

To make up for my mental absence today, I would like to point all of you in the direction of an interview that my friend and "colleague*" posted two days ago with Michael Soulé and his work with conservation biology.

It is easy for me to get distracted by alternative energy, energy efficiency, and all that when at the end of the day the thing that will benefit the most from these things is the environment.

So take a look.

Read a book.

Knowledge is power.





*ha!

It's Always Solar In Philadelphia

I wrote this article a few days ago, but I refused to post it until after the Bears played the Eagles because I didn't want to jinx Chicago.  As it would turn out, the Bears didn't need my help and made Michael Vick look stupid all Sunday:

Go Bears!

Even though the Eagles couldn't figure out how to stay ahead of the Bears in Sunday's game, Philadelphia has found a way to jump way ahead of the rest of the NFL (as well as many other institutions) by investing heavily in alternative energy:

The Eagles have contracted with Orlando FL-based SolarBlue, a renewable energy and energy conservation company, to install approximately 80 20-foot spiral-shaped wind turbines on the top rim of the stadium, affix 2,500 solar panels on the stadium’s façade, build a 7.6 megawatt onsite dual-fuel cogeneration plant and implement sophisticated monitoring and switching technology to operate the system.

This is an amazing idea for stadiums, and I will not be surprised if we see many other franchises adopting these energy platforms at their own stadiums.

7.6 MW is more than enough to power the entire stadium allowing the Eagles to be free from playing hefty energy costs down the line.  Also, there will be an excess of energy left over that the stadium won't be able to use allowing Philadelphia to sell this energy back into the grid and actually make a profit (they are estimating ~4 MW).

The idea of selling excess energy back into the grid is nothing new.  The reason that Philadelphia's situation is so unique is that during the offseason the Philadelphia Eagles will be using barely any of this energy.  This will allow them to sell almost all of the 7.6 MW back into the grid enabling them to make money all year round off their stadium.

With all the wind that shoots around Soldier Field in Chicago, this seems like an obvious investment that will happen sooner than later.





Go Bears!

China Demonstrates The "Sputnik" Moment

Recently, Steven Chu gave a speech about how alternative energy is this generation's "Sputnik" moment. In short, he is referring to the fact that America is getting left behind in the race to be more advanced in our energy generation, and we can either sit back and watch or get up and fight back.

Echoing this point, Ernst & Young just released a report confirming that Asia is widening the gap in their use of alternative energies compared to the rest of the world.  For those keeping score, the rest of the world does in fact include the United States - a point that sometimes people tend to forget.

Because I don't want to do my own financial analysis of the alternative energy markets, I'm going to do what I do best and just copy and reference the work that others have done.  Take it from here Ernst & Young:

...Ernst & Young publishes a quarterly "country attractiveness" index for investors that ranks nations' renewable energy policies, renewable energy markets, and other factors...

...China's record spending on its wind industry this quarter represented nearly half of all funds invested in new wind projects around the world," the report states. "Figures released for the second quarter of 2010 showed that China invested around $10 billion in wind out of a global total of $20.5 billion...

 As I have stated before, money is the driving force behind any of these changes. Clearly China sees this, and other countries are indeed following their lead. It is only a matter of time before the policies in the US begin to open up more allowing for my investment and development, but it is quickly becoming clear that these things need to happen sooner than later for the US to stay competitive.