meet your wind farm: maple ridge wind farm is creating new jobs, lowering taxes and generating income for locals
after my post new yorkers: did you know you could switch to wind energy? a few people asked me about where the wind farms are located and how many there are. there are currently two main wind farms in ny, tess please correct me if i’m mistaken, one is fenner wind farm in madison county, ny and the other is the maple ridge wind farm in lowville, ny.
for anyone who is interested in how people that live in lowville feel about the farms, this video provides some perspective:
some of the main takeaways are:
the wind farms are more like real farms than most people think. individual farmers actually put them on their land (the guy in the video says he receives $6,600 a year for one).
people are proud of them and love the boost to their town economies.
the technicians that handle the turbines are called windsmiths (i never knew!).
the farmers call the turbines “cash cows” because they don’t need to maintain, feed or do anything to them. they just get paid.
the wind farm keeps the town taxes low (in lowville, haha).
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new yorkers - did you know you can switch to wind energy?
i didn’t even know about this option until sam carroll of community energy inc. told me about it at the sustainable nyc store. don’t feel bad if you didn’t either, to quote the late notorious BIG, “if you don’t know, now you know, pigga.”
the fenner wind farm in madison county, ny
okay, i admit i changed up that last part a little bit. now for the question everyone is dying to know that answer to: how much is the switch going to cost? here’s the skinny:
not bad, right?
sam also explained to us that one wind turbine creates enough energy for about 500 families. 5 double OH! and when 500 new households sign up, they build another turbine. so in essence, by switching to wind, you’re also helping put up new turbines.
how fresh would it be if con ed ran a promo where if you could get 500 families in your area to sign up, you could see your turbine being built and customize it with your own patterns, family’s names and pics?
email sam to let him know you want to see that idea come to fruition at new.wind.energy.ny@gmail.com or enroll here.
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truth in hydration?
there’s a new water in town, and it’s from our town too!
tap’d is purified, bottled new york city tap water, plain and simple. why would we pay to drink bottled water when we have access to delicious nyc h2o from our kitchen sinks? well tap’d makes a good point. sometimes you’re on your way somewhere and you just don’t have access to tap water. they even encourage people to only buy their water when tap water is not available. i have to applaud their honesty and transparency (chuckle), and will definitely pick them over dasani, fiji or poland spring next time i need hydration on the go.
the fact that tap’d is sold in plastic bottles is still a problem, but hopefully new yorkers will drink tap’d, realize how tasty our water is, and stop buying bottled altogether.
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can we power new york city on clean energy?
last thursday, the new york academy of sciences hosted a panel discussion picking the brains of three experts to try to answer the question “can new york city transition to 100% clean energy in 10 years?”
the symposium was held at 7 world trade center, a building that receives much less publicity and credit than it deserves. for example, did you know that when the it was re-built following 9/11, it was nyc’s first green office tower? close to 30% of the structural steel used in the building is recycled and rainwater is collected and used for irrigation of the surrounding park and to cool the building. another fascinating feature is the elevator system which is integrated with the lobby turnstile and card reader system that identifies the floor on which a person works as he/she enters and can automatically call the elevator for that floor (source: wikipedia).
sick.
thanks for the pic www.jets.org.
but let’s get down to business. sanjoy banerjee, distinguished professor and director of the institute for sustainable energy technologies at ccny was the first to present. he was kind enough to send me his slides. let’s go through some of them and what they mean. professor banerjee, if you are reading this, please correct or clarify what i’ve written as you see fit.
first, professor banerjee illustrated where the main power plants in nyc are.
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then, he showed us what our daily and annual energy consumption look like.
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these charts are pretty common-sensical. our power demand goes down at night when we go to sleep and our heating fuel demand goes down in the summer when it is hot.
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the following chart, to me, was by far the most interesting. it illustrates how much photovoltaic (or solar energy) power can be generated throughout the day vs. the amount of electricity we consume. logically, pv generation spikes around noon because that is when we receive the most sunlight. the most important thing that this charts shows is that the sun provides us with more than enough energy during the day to power us through the night, and professor banerjee dispelled the myth that we either do not have the technology to place solar panels on our rooftops or that it would be too expensive. “the achilles heel of solar power,” he explained, “is storage.” how do we store the energy that we collect from the sun during the day so that we can use it to watch tv, charge our cell phone and light our lamps at night?
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now, professor banerjee had a very nice slide about different types of batteries, but as a normal, less than super-smart person, i couldn’t really distinguish it from a map of brooklyn. what was very clear to me, however, was his identification of metal-air batteries as the main contender because they, unlike lithium-ion batteries, are cheap(er). the issue with metal-air batteries is that dendrites (like the ones in the slide below) can form, growing and growing until they completely clog the battery. i had to leave the room for a moment to go to the restroom, but i believe what professor banerjee was saying was that if we can somehow come up with a way to prevent dendrites from forming, we can use metal-air batteries to efficiently and inexpensively address the storage problem.
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a breakdown of figures associated with the energy storage challenge:
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professor banerjee also discussed wind energy, using renewable energy for our transportation needs and using our wastes for power in his talk as well. instead of reiterating every word that he said, i’ll leave you with his conclusion slide:
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as you can see, the project will be costly. we currently pay about 20¢ per kilowatt hour for electricity where we would be paying about 40¢ per kilowatt hour (roughly double) if we transition to alternative sources of energy. however, the most important thing to takeaway is that it is doable.
i’m interested to see how many people would be against/for paying the extra 20¢ in order to make our city more sustainable. you guys already know how i feel about it.
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why is this a site?
swyyne has always been an experiment for me. with all of the other super eco sites out there, i've been feeling like i want to contribute something just a bit different. so for now, here are my random musings.
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