Tag: energy

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Analog Electronics Renewable Energy Sustainability

The Sustainability/Renewable Energy Jumble

I get it. Some of you out there don’t give a hoot about sustainability. I figured that out when people started unsubscribing from email subscriptions to my post feed. Sure, it could have been people switching over to an RSS feed reader, but it coincided with my posts about the Sustainable Cleveland 2019 summit (I may have gotten carried away with the writing).

For a while I was writing only about analog stuff, electrical engineering stuff and workplace stuff. To be honest, when the recession hit it was difficult to think of much else; when our security feels threatened (job, personal or otherwise), we revert to more basic creatures. It’s funny that we care most about the environment (the population as a whole) only when there is nothing  wrong with the economy. That is, if you don’t include gas prices; it seemed like we definitely felt threatened at $4 a gallon for unleaded. Anyway, I focused a little more on the electrical side of things whereas this site started out more on the renewable energy side of things.

And then I had the opportunity to attend the summit and it was really great. I met some awesome people and really got to see a side of Cleveland I never thought I’d see. It renewed my interest in renewable energy applications/technology and got me excited about the prospects of working on it in Cleveland. But I wasn’t completely satisfied with the summit. I found my experiences a few weeks later at a wind energy talk with Larry Viterna of the Great Lakes Energy Institute to be much more satisfying. Sitting and discussing the technical issues involved in a renewable energy system is much more appealing to me than going out in the community and rallying support for the idea (though I definitely understand the importance of doing so). I always feel that I am getting more done when I discuss the technical aspects of a project than the logistical aspects; it is not realistic to ever ignore one or the other, I just feel that I can contribute more to the technical side, due to my interest.

As a result of all of those experiences, I think I figured something out: I am much more interested in renewable energy and the technology behind it than the sustainability movement and working on how best to implement the methodologies. I completely agree with the concept of sustainability and try to lessen my personal impact by improving the energy efficiency of my house and changing my personal habits. However, I view sustainability as a management field whereas I view renewable energy as a technological field (a simplification I’m sure); right now, I am much more interested in technical matters than management matters.

As for the jumble of sustainability and renewable energy talk on this site and others, it’s important to realize they are different topics, yet intertwined. One cannot exist without the other: sustainable businesses require low cost, non-polluting power and renewable energy has greater demand when sustainable companies want a renewable source of power. As such, I plan to write only about the renewable energy topics, unless there are implications with sustainable business/life practices.

So while I do not plan on going out and knocking on the doors of businesses and homes to start pushing them to adopt sustainability practices, I do want to relay why I think they are important. Moreover, I want to point out the concepts I would embrace when I start my company (someday in the future). And even if I was completely detached from the business world, I feel that the benefits of adopting sustainability are relevant in my personal life and can have some serious implications for the future.

  1. It saves you money — The zero-waste concept is a powerful one; it also can save a ridiculous amount of money for you or your business if you properly plan an execute a plan of action. If you don’t have to pay for waste removal, don’t have to pay extra for unused raw materials and possibly even get paid for recycling some of your spent resources, you can save or net a significant amount of cash.
  2. It makes you less of a burden on the planet — This point doesn’t have any immediate benefits, but makes sense. Look all around you at every living thing: they all give back to their environment in some way. Humans aren’t great at matching this performance, but there is a movement to begin consuming less and being less of a burden on the planet.
  3. It’s not hard — Yes, you will have to watch your production processes and make sure you aren’t unnecessarily creating waste. Yes, you might have to pay a little bit more for clean energy from the electric company or have renewable energy capability installed at your facility/home. Yes, you will have to recycle instead of sending it to a landfill. But once the mindset is in place it becomes second nature.
  4. It saves you money — I can’t stress idea enough. Sustainable business practices make money. That’s why you see corporate giants like Walmart joining the party and delivering added value to their shareholders.

I plan to continue to focus on renewable energy research and applications, as it is where my greatest interests lie in the whole scope of the sustainability movement. I know there are many many more components that I will not be able to contribute to as a leader but will be able to adhere to as an ecologically concious citizen. What do you enjoy more? The renewable energy side of things, the sustainability side of things or none of the above? Let me know in the comments!

Categories
Analog Electronics Learning Life Renewable Energy

Day 2 of the Sustainable Cleveland 2019 summit

I must say, I’m impressed. My questions from day one have almost all been answered in one way or another. A few things really caught my attention today, some of which I didn’t really expect.

To start we had Ray Anderson of Interface. If you would have asked me what the company was just from the name I would have immediately jumped to technology. However, that’s not the case; Ray is in the business of carpets…and has been for 30 years or so. He also took a pledge, both for himself and for his company about 15 years back. A pledge to reduce environmental impact and do no harm. And they have succeeded so far (I didn’t get the feeling they were planning on quitting anytime soon). Here’s some of their broad stroke statistics on how they have progressed over the past 15 years:

  • 76% reduction in waste since 1996
  • 74% less water used to produce the carpet tiles
  • 44% less total energy used in production
  • 60% less fossil fuels in production
  • 27% use of renewable energy for production worldwide
  • 100% use of renewable energy for production in Europe
  • 24% recyclable or bio-based materials.
  • $405 million saved due to these reductions since 1994

Ray went on to explain the importance on reducing the overall impact of the technosphere on the biosphere (his words). He maintained that if we continue using technology in the wasteful, disposable ways we currently are, the future looks bleak. However, if we bring technology on as a reducer of waste instead of a primary contributor, great progress can be made towards a very low usage, need-driven (as opposed to want-driven) society. If I had to sum up the wonderful presentation by Ray Anderson, it would be this: do no harm in business and you will succeed. The results he has produced with his company Interface are a great example of renewable, sustainable practices producing a better shareholder solution and a better company for customers and the environment.

From there, we went on to explore the next stage of the AI process, the “Dream” stage. I believe this was an important component, trying to postively visualize where we believed the city could end up and finding a creative way of expressing it. There were many bold dreams of a Cleveland of tomorrow mixed in with a many themes that resonated throughout the presentations (more on those themes later). Some were sillier than others, which I have first-hand experience with: I was the captain of the Best Times 2019 boat.

Once the creative fervor was scaled back a bit, we smoothly transitioned into the design phase. This was by far the most exciting part and really what I had been waiting for. It is the meat of any AI gathering; when stuff really begins to come together and progress is finally made. We first were reminded about good brainstorming concepts. Personally, the concepts and ideas presented on how to brainstorm reminded me that this entire process was a great example of a crowd-sourced kind of activity. Key among the concepts was the notion having a multitude of ideas, so many that your head would spin. The concept is that among a large large group of ideas, a few winners would rise to the top, along with some accompanying themes. From there the groups would be able to identify the favorite ideas, group other thematic elements and begin to focus intensely on the top ideas. Hopefully, they can all be implemented into a single prototype that would later be presented as a final product, at least as a tangible result of the design/brainstorming process. Dr. Cooperrider used Ideo, the design firm and prior client of his, as an example of rapid prototyping and idea generation. I had heard about them previously but plan on finding out more about the world-renowned design firm.

Before going further, I think it’s important to list of the top-level themes that were identified from the “Dream” stage implemented earlier in the day:

  • Advanced Energy Research
  • Advanced Energy Generation
  • Advanced Materials and Manufacturing
  • Communication Campaign and Branding of the final ideas of the summit
  • Engaging 1.6 Million People
  • Fostering Social Capital
  • Green Buildings
  • Health
  • Vacant Land Use
  • Local Foods
  • Maintaining Post Summit Momentum
  • Metrics of Success (for the summit)
  • Public Compact (or Manifesto if you will)
  • Social Entrepreneurialship
  • Strategic Partnerships and Learning
  • Sustainable Business Innovation
  • Transportation
  • Waste to Profit
  • Water
  • World Class Sustainability Education

As new visitors to the site might guess (given the graphic at the top of my site) , I chose the very first topic. As an engineer really interested in renewable energy (and how it can be implemented), I felt it necessary to talk about the research aspect, as opposed to the generation, of the energy. I feel the latter can be left up to others for a time when the energy is cheap enough to be widespread; until it has reached the tipping point of being more economical to use renewables over other forms of energy, the research will never really be done. Past that, once commercial interests begin using renewables on a regular basis, investing in efficiencies will be a self-sustaining activity and one that only adds to the new benefit of renewable energy technologies. I plan on saving the results from today’s brainstorming session for a post tomorrow or the day after, simply because of the length of this post and in order to report on our finished idea, as opposed to an undeveloped seed of an idea.

While day 2 of Sustainable Cleveland 2019 was effective (OK, and a little bit fun, I’ll admit), I think tomorrow will really decide the final outcome of the entire summit. Without concrete action plans, the whole thing is for naught. The fears that the summit is actually just another run-of-the-mill convention will or will not come to fruition. If instead we take action on the plans we have in place tomorrow and the next day and the day after, then we will truly be able to say we have achieved something. I look forward to experiencing and writing about tomorrow.

Categories
Engineering Life Music Renewable Energy

Engineering the Perfect Day

I don’t get too personal on my blog.

  1. My blog is about my professional life (mostly)
  2. It’s just the way I am

But on the way home last night I was thinking about how I might define a perfect day and thought it could be a good insight into who I am. You might not care but Chris-ten-years-from-now might, so I’ll write it for him. I think the exercise is healthy as long as it’s not taken too far (ie. I don’t plan on arranging my whole life around constructing this day exactly); but in general believe that this image should be used as a guide towards what I would like to be doing with my life and what I would like to accomplish.

  • 7:00 – 7:04 am
    • Wake up to kisses from my girlfriend and two puppies. Lie in bed thinking about what I can accomplish that day. Smell the pot of coffee brewing on a timer downstairs.
  • 7:04 – 7:47 am
    • Watch the Daily Show from the previous evening while drinking a cup of dark roasted, aforementioned coffee and noshing on a scone or waffle. Check on the status of my house and see how the renewable energy storage system is holding up after a night of not being able to collect energy.
  • 7:50 – 8:00 am
    • Walk to my own business/workshop/office just down the street. The weather in my dream-world would of course be beautiful all year round and would never have rain or snow (except on days I’m free to go sledding). Be greeted by my employees/co-workers/friends at the office.
  • 8:00 – 11:32 am
    • Work the whole morning on a new device that will allow people to better harvest energy from the environment in a friendly way (energy scavenging perhaps?). I don’t have more details about this part of my perfect day because the device hasn’t been invented yet.
  • 11:32 am – 12:13 pm
    • Lunch with everyone around the office. Bounce ideas off of people on how to better improve the energy device and how to get it to places people need it the most.
  • 12:13 – 2:34 pm
    • More work. At 1:24 pm I get that awesome feeling you get when you realize you just discovered something no one else has ever discovered (I have had that feeling many more times than it has ever been true…in this case it would be). The product still needs some development, but it’s at that moment that I know it is a viable solution and something that can be made and sold to people who need it.
  • 2:45 – 3:45 pm
    • Celebratory massage (Sometimes you just gotta chill out).
  • 4:00 pm – 5:47 pm
    • Soundcheck and a light rehearsal with my band. It goes flawlessly and everyone is very excited about the show. We decide at the last minute to include a cover of a song that we think will be a crowd pleaser (for all ages).
  • 6:02 – 7:47 pm
    • Dinner with family and a small group of friends at the local bistro. We have some kind of a duck dish paired with a few Great Lakes brews. It is absolutely delicious. The entire meal is complimented by intellectually stimulating conversation and friends getting to meet family.
  • 8:01 – 8:53 pm
    • Relax with bandmates backstage. Visit from tech/nerd/music fan who wanted to meet us and we all hang out.
  • 9:00 – 10:45 pm
    • A night of jazz and funk in front of friends, family and fans. The fans are people that are genuinely interested in the type of music I play. The friends are from all over the country and have come back for this show. The pianos and organs and pedals and amps have all been inspected, repaired and sometimes created by me. I also get to debut a new effect that has never been used before in music production. In lab tests the new effect makes people want to get up and dance 46% more than music played without it. I had previously decided to call it a danceofonium.
  • 10:47 – 12:30 am
    • Hanging out backstage with all of my friends that were nice enough to come to my show. Friends from different parts of my life get to meet and get along really well. Everyone there enjoys good music, food and beer, all of which are being served up liberally.
  • 12:56 am
    • The day ends as wonderfully as it starts: a kiss goodnight from my girlfriend and puppies. I drift off to sleep dreaming of tomorrow.

I know someone out the might ask “But if you feel like music is such an important part of your life, why do you do engineering?” A valid question. First off, I think engineering is an even more important part of my life. I don’t think our chosen work should be taken lightly, as it’s 1/3 of our lives roughly, and because of that I sought out work that continually challenges me and allows me to try different things every day. I think that engineering allows the part of me that wants to impact the world and leave a legacy behind that has much further implications than music. Engineering (and specifically electrical engineering) is collaborative, creative and can have a very positive impact on millions of people. While I feel that music can do the same, I don’t feel like that’s the reason I play music and I’m not sure I would want to play music to try to change the world. In the end, I play music for myself and for my friends and if other people enjoy it, that is an added bonus.

I’m curious, what is your perfect day like? Have you ever thought of something like this before? I think it really can give you and those around you great insight into what you aspire to be and do with your life. I would love to see what you have in mind in the comments on this page or a link to a post you write about your perfect day.

Categories
Engineering House Life

Energy Consumption Improvements in the House

Now that we’ve made it through a bit of the summer, I think we really need to focus on something important.

Winter is on the way!

If I recall correctly, my home is still not quite up to snuff in terms of how much money I’d like it to cost me to heat and energize my house. I realize my home will never be 100% efficient. I also realize I’m not going to plop down money to get to 100% because that’s silly and sort of impossible. Instead, I have to pick my battles with my own castle and decide what will produce the biggest returns.

  1. Insulate
    • This is the number one project for the late summer/fall for me. I have very poor insulation in my upper floor. In fact, when we bought our house we could actually see the snow melting on the roof where the heat was escaping. Talk about watching your money fly out of your pocket! Check with a local contractor to see how much insulation you’ll need to really see some energy savings. Also, don’t forget the federal credit when you’re finally cutting that check…you could get up to a $1500 tax rebate.
    • But wait…there’s more! Don’t think that whole house insulation is the only thing to focus on. Oftentimes, the biggest culprits of letting expensive, hot air out (or in really) are the small cracks around windows and doors. Spending 40 bucks on some expandable foam, a tube of caulk, a water heater blanket and some new winterizing doorstops can go a long way.
  2. Turn it off
    • There’s no denying that the most effective way to cut energy consumption is by turning devices and lighting off when not using it. This idea, coupled with using energy when it is cheapest and most abundant, is the crux of the “smart grid” idea. For devices that aren’t managed by a central management unit such as the one in the article, most devices now have a “sleep” mode that has reduced processing instructions; the device periodically “wakes up” to check to see if anyone has requested its services and if not it’s back to sleep. Devices with low quiescent current (or the current while not doing much of anything) can show large energy consumption savings.
  3. Buy/Replace
    • Even though people probably don’t relish the idea of throwing away (or hopefully recycling) their old appliances, this is sometimes the best option. Your old freezer in the basement might be saving you trips to the grocery store (good) but might be doing it at the environment’s and your expense by increasing your electricity bill(bad). Pick up a Kill-a-Watt meter to see how much power your old junker is really pulling out of the grid; if it’s considerable, think about pulling the plug.
  4. Inspect your ductwork
    • Oy, with the not-electronics already! I know, it’s not glamorous, but it’s often the simple things in houses that can really cost you. This is a big weakness in my house and something I will have to address before this winter. Back in the 50s and 60s they must have thought it fashionable (or at least cheap) to attach boards to the underside of the crossbeams of my floors. As such, the air actually being pulled down through the cold air returns is minimal, most of the air is actually pulled down through the floorboards and back into the cold air intake of my furnace. It’s a good time in the summer to check out where your ducts are leaking air so that you can save big dollars in the winter months.
  5. Junk Water Dump
    • I saw an article a while back about the waste water from your tub also wasting energy. Think about how much natural gas/electricity it takes to get your water heater to temperature. Now think about how warm the water still is when it’s washed away all the nasty off your body. Finally, think about how cold the tap water can e in the winter. If you have a reservoir underneath your tub collecting warm wastewater and then coil the incoming cold water through it on the way to the water heater, you could possibly retain some of that usually wasted energy. Check out the link and check to see if you ever have that kind of option the way your house is set up. This could be the same for the dishwasher and the washing machine while the water is on “warm”.

I know you’ll see a lot of this information elsewhere but I’d feel silly not to encourage readers here to try it out for this coming winter. As I said above, there are many different monetary incentives to do so, both in rebates and power savings. I plan on getting the jump on these updates now so I can take advantage of the energy savings for cooling my house as well as heating it later on. If I find out about or come up with any other ways to save money and energy in the future, I’ll be sure to post them here.

What about you? Have you decided to do any updates to your home (energy-wise) while the weather is still nice? Do you have any tips you’d like to share? Just leave them in the comments!

Categories
Economics Renewable Energy Supply Chain

A Quick Thought on the Economics of Renewable Energy

I glanced at my natural gas bill today while cleaning up the house and was a little shocked at myself. I pride myself on being better than most on conservation (at least cognizant of it) and my usage was quite high. That was last month and I can only imagine this month will get worse. And yes, I do live in a rental house right now (with an energy efficient house in my near future), but that’s the case for a lot of people, especially lower income. So I got to thinking, what will stop people from using so much energy in their frosty, great northern homes?

The answer is, of course, money. It always has been. But now we’re in a climate where the costs are beginning to rise so fast that people who sat dormant before will begin to take action. In fact, this will also likely move people in all economic groups to take action; the most important of these being the middle- to lower-income groups. Why? Because costs like heating are a larger percentage so there will be a more voluminous cry from the masses for cheaper energy (not that we don’t love our green friends, pushing the renewable energy agenda and buying recycled elephant dung paper as Christmas gifts for family). Hopefully more people clamoring for energy efficient devices and alternative fuels will push us towards a tipping point (which I incorrectly identified as a singularity), where renewables become the norm and cost of energy will drop due to the abundance of natural energy, waiting to be converted. So as prices continue to increase–and the temporary drop in gas prices is undoubtedly temporary–the push from most people will be towards a more sustainable future.

How about you? Have you felt the need to push for more conservation lately solely on energy costs? Let me know in the comments.

Photo by nothern green pixie

Categories
Analog Electronics Politics Renewable Energy

Stealing stars and leaving the Barons in the dust

I recently had a high school friend visit and while watching the Olympics and having some beers, conversation turned to China (and the rest of the world). I know, I know, I’ve recently talked about the Olympics and China and such; But this is different. The conversation moved to energy and how it relates to national security, which I also have read about recently in a trade journal. Basically he brought up the astute point that renewable energy needs to be our number one priority in the coming years. We’re not talking 20 or 30 years…we’re talking 2 or 3. Really, it’s that important.

If you think about it, it makes perfect sense. Let’s say America reduces its energy dependence and busts its hump to get renewable energy contributing to say 40% of the country’s need (imagine a breakthrough that would allow this). What happens next? Well, if it was overnight (which it wouldn’t be), oil demand and prices would more than likely fall overnight too. Not to worry, I’m sure somewhere along the way that the demand would be filled by large countries that manufacture goods and want some newly cheap energy. But what about (the) US? In succession, we’d be able to say “Goodbye! No Thanks! Don’t Need it anymore!” to: Iraq…Iran….Russia….Venezuela….and China (though we probably wouldn’t with China, they make our stuff, right?). Almost all of the conflicts the US has with other countries center around oil! I would imagine it’s not going to stop with these countries either. Oil will become the driving force behind global conflicts for years to come, followed only by the fight for potable water. So why not go over the oil barons’ heads and make our own energy and let the wind and sun give us all the power for free?

40% of energy coming from renewable energy? Does the US have the brainpower to achieve that? No, not unless just about every scientist and engineer was capable of dropping what they’re doing and shift all their focus to working on energy. But there’s tons of smart scientists and engineers all over the world. What a break! In fact, there are engineers already doing a lot of this renewable energy work already. So maybe we could achieve two things here…first, the US would get scientists to help develop energy solutions that would allow us to ignore the tyrants of the world; second, the US would continue to maintain our most important resource going to the future: intellectual capital.

For the past 100 years, the US has been a leader in technology because of its innovators. These best and brightest minds created everything from electronic building blocks to the computers in which they were utilized. And now we’ve seen not only jobs going overseas, but a lot of the best minds are popping up outside this country too. Not only that, a lot of the top minds are coming to the US to study and then following jobs home to their native countries. So another solution for the benevolent (or otherwise) forces in the world: lure them to the United States and claim them as our own. While intellectual capital may have been one of our greatest resources that is arguably losing ground to the rest of the world, the US still has something that many other countries do not. What other countries have Hollywood, New York City, Chicago, LA, National parks bigger than certain countries and so on and so forth? Where do people want to move for jobs and stay and live and raise families? I think that the US needs to utilize the drawing power of our entire country, our availability of opportunities and our lifestyles (whether people agree with the decadence of western culture or not).

The future of the world in regards to energy is very uncertain; the US will remain a world power only if we are able to recruit the best minds, keep them here and have them help to create a world run on renewable energy.

Categories
Life Work

Another new goal: My career

Disclaimer: I am not a hippie

You may say that I have been on the verge of it a few times, but no, I’m not. Hell, you even look at my music choices and some of my political choices, but no, I’m not. Not saying hippies are bad people, I just think they lack some action on their admittedly good ideas, and that’s what I’m going for with all this. I want to define actions I want to take for my career.

I think I’d really like to work on renewable energy longterm.

So why did this come about? First, as anyone who reads these days, renewable energy is a definite need in the future and there will be great interest in it in the future (even after gas prices go back down, as they’re bound to). This in and of itself is not a great reason to change career goals, but I’d be lying if I didn’t say that others talking about it got me thinking about it.

Another reason was because of a recent experience I had. My friend Dave took a few people out on his boat on Lake Erie (not the most carbon-neutral experience, but a fun one for sure). As we were sitting on the water, fishing with the setting sun to our back, I had a great view of Cleveland and the Lake Erie shoreline staring back out at me. I scanned the skyline and what do I see? Probably the most disgusting yellow cloud I’ve ever seen, just hanging over the coal fired power plant on the shore. And as we rode around, spewing some of our own fumes into the air (sorry ’bout that, we’ll take the sailboat next time), I could see that these clouds were not contained to around the power plant. They were everywhere. It was a pretty disgusting site (the reason you can’t see them usually is because of the angle of the sunlight and/or proximity to the lake).

The last reason (that I could think of) was when I almost had an anxiety attack the other day in a WalMart. I was there for a fishing license so I could go on the aforementioned boat and fish; as I stood in a line waiting to talk to a customer representative, I looked out over the immense store that they had just constructed. The shelves upon shelves and rows upon rows seem to go on forever. I don’t know if this was a particularly large WalMart in comparison to their other stores, but this one struck me as being gigantic. And I didn’t quite care about the size of the store (though I did think of the HVAC required for it) so much as all the crap on the shelves they were selling. The unspeakable numbers of trinkets and refined sugars that lay in wait, after their long journey from China where they may have been constructed by tiny hands or old hands or no hands at all. And before that, they may have been just oil in the ground, or sugar growing in the field. The effect it had on me is hard to describe, but it hit me pretty hard; I definitely teared up a little (not in the good way) and had a hard time breathing. I’m not one to stand on a soap box about large corporations, and that’s not what I’ll be doing here, but it made me think about a lot of world issues of sustainability and for that I’m grateful.

So why renewable energy?

As selfish as it may seem, I think it would fulfill a lot of my career goals.

  1. The opportunity for patents (a must-have personal career goal)
  2. Ability to positively affect the world (A long term personal goal too–who doesn’t want to be in the history books?)
  3. High likelihood of having my own company (even though this has no hope of me having reasonable hour)
  4. Working with intricate electronics

So despite my hope to work on this kind of work some day, there’s a long way to go. I know there are already a great deal of solutions out there, but really I would want to work with these people, hopefully from wherever I choose (another life goal). So, why do I think this could work for me?

  1. Background in test and measurement, a sure need for any electronics involving power storage and monitoring
  2. Possible association and/or development around Great Lakes Institute for Energy Innovation. This is an affiliate with my alma mater, Case Western Reserve University (Go Spartans!) and I think they will get funding and will be looking for entrepreneurs and possible grad students to work on this type of thing (I’m looking to go back to school eventually).
  3. Background in DSP, a possible way to improve monitoring capabilities and storage efficiencies
  4. Engineering and business mindset, as opposed to a scientist. Nothing wrong with scientists, just that sometimes the ability to get a product to market requires a different skillset. Profit is not the all important factor here (though it helps maintain a business model); instead, reaching the maximum amount of people at a reasonable cost is the most important factor (to create economies of scale)

The way I see it, there are a few options available to me in ways of working on renewable energy, some more plausible than others.

  1. Solar – There’s not a lot in NE Ohio, but there’s enough, apparently
  2. Wind – Anyone who has walked around Cleveland in the winter can tell you about the wind. The lake seems like a really great source of wind too, possibly the greatest energy resource in the NE.
  3. Biomass – This I would not be able to work on directly, seeing as my chemistry isn’t that great, but I think I could work out some devices to help monitor and improve efficiencies.
  4. Cyanobacteria – Again, biology is a weakness of mine, but I have a good friend considering doing a post doc in something in this field. Again, I’d be more of a measurements/instruments kind of designer, but whatever I can do, I will. And yes, that’d be a long way off, but he’s one of the few I’d consider starting a business with.

And now the most difficult thing, the first steps. Babies always start bolting around the living room when they figure out those first couple wobbly steps, and my development as an engineer interested in renewable energy will be similar I hope. I’d like to start with a small scale solar project. I think there are enough resources online and in print media to get this going, not to mention it won’t hit my wallet as hard as some of these projects can. I think a good first project would involve:

a.) Single solar panel
b.) Deep cycle battery
c.) Create a charging monitor device and/or an inverter
d.) Power small devices such as cell phone charger, etc.

This way I can find some of the beginner issues that would affect any new designs. After that I think I would like to move into more intricate re-designs of some of the components and begin constructing larger systems. I would also be interested in constructing a turbine made from commercial parts, as I have seen similar projects online similar to this idea.

My long term goals for sustainable, renewable energy would be a little bit selfish and hopefully a lot of bit helpful for others. I believe that you need to find issues by trying out products on yourself before you try and send them out to the market place. The first thing I think I would need to do is to create a sustainable living situation in NE Ohio. This would include solar panels on my house (still need to get one of those), efficient insulation and HVAC system throughout the house, a turbine in the yard with a self made battery storage system on my property AND have my electricity tied into the grid. Also, I would have a compost pit (hey, you gotta start somewhere). And the real long term goal would be to possibly break off and start a company, either part time or full time, and create products that would help the entire world become a better place to live.

Hey, I know that my goals are lofty…but I do not think they are unattainable. More importantly, I know that a lot of my conservation goals can start a lot sooner with improving efficiencies in my life and using solutions that are already in place. I hope that I will eventually be able to work on these life-altering energy methods and if you’re interested, I hope you’ll ask to help.

“Things should be made as simple as possible, but not any simpler” ~Einstein