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Smart Meter

When we look at important issues facing our nation today, we inevitably find commercial interests influencing policy. Industries, understandably, are eager to advance their own agendas. Briefings and impact analyses presented to policymakers can be incomplete for this reason. They can tell a narrow, limited story to attract government support—whether for a contract, funding, or legislation. Unfortunately, important sides to the story that are highly relevant to quality of life in America are often left out.

This scenario is playing out today in the U.S. electricity sector, where federal spending to help the utility industry is having unintended negative consequences for our economy, privacy, the environment, safety, security and health, while stalling our transition to a renewable energy economy, with consequences of its own.

As was explained in the National Institute for Science, Law & Public Policy’s Getting Smarter About the Smart Grid report by Timothy Schoechle, PhD, the new meters help the utility industry’s bottom line, as by a law the utilities can charge ratepayers enough to recoup their investment, plus an additional a 10-13 percent return, depending on the state. But the billions spent on meters is wasting federal tax dollars, increasing ratepayer utility bills and, importantly, not delivering on the benefits claimed.

The ‘story’ about the value of the “smart” meters is that the meters are necessary to upgrade the electricity grid, that they have energy efficiency benefits, and that installing them will facilitate integration of renewable energy technologies. This is what communities across the country are being told. None of these claims are true.

Wasting billions of taxpayer money on unneeded new meters would have been bad enough if the meters had been safely hard-wired. But the meters are wireless, which means they come with additional risks, such as privacy, security, health, fire and safety risks. The former head of the CIA James Woolsey called the vulnerability of the new grid using wireless technology a “really, really stupid grid”. It is no wonder there are protests about the “smart” meters in dozens of states today. The award-winning film on this topic, Take Back Your Power, of which I was an Executive Producer, is a must-watch film to get up to speed on this whole topic.

There will be national economic consequences from propping up utilities set on resisting transformation to a renewable energy economy. As other countries race ahead to tap into the potential for clean energy abundance, our industries in the end will suffer in the global marketplace if the U.S. does not reconfigure its electricity system to embrace distributed, renewable energy and the rooftop revolution. 

More than likely, fortunately, as Tim Schoechle, PhD discusses in Getting Smarter About the Smart Grid, the revolution will happen from the bottom up through innovative communities moving to secure their renewable energy future, like Boulder, CO is doing. And, through innovative technologies, such as advances in storage.

Very recently, Tesla announced a battery for the home, the Powerwall, a leapfrog forward offering consumers the ability to store backup power, minimize peak time use of utilities’ electricity at high prices and even get off the power grid entirely.

Transformation of the electricity sector may be able to be delayed by wasting billions of federal tax dollars on unnecessary meters, and large long-distance transmission lines, but it cannot be stopped. It may be a politically rocky transition for the foreseeable future, but I am confident America will certainly achieve energy independence and clean energy abundance.

9 Problems with the Smart Meters and Present Electricity Approach

1. Data to be collected by the smart meters, including intimate personal details of citizens’ lives, is not necessary to the basic purpose of the smart grid, such as supply/demand balancing, demand response (DR), dynamic pricing, renewable integration, or local generation and storage, as promoters of the meters, and uninformed parties, routinely claim.

2. Federal, state and local governments have mistakenly believed that the installation of smart meters will somehow lead to reduction in use of fossil fuels, greater electricity efficiency and long-term energy economy benefits for the U.S. In fact, efforts to further develop and standardize those technologies that could achieve those goals have languished, while investments with stimulus funding have instead been made in technologies that merely serve the short-term economic interests of the utility industry and its suppliers instead of the interests of a true smart grid which could economically integrate renewable technologies and distributed, or decentralized, power generation.

3. Much of the multi-billion dollar federal subsidy for smart meters does not benefit ratepayers, nor support economic growth, but primarily benefits meter and meter networking manufacturers, while financially propping up unsustainable Investor-Owned Utilities (IOUs). Regulated utilities can charge back their capital investments to ratepayers, with a guaranteed 10-13 percent rate of return (ROR) on assets, by law. Thus, investors in utilities gain from the smart meter deployment, as they would from any other capital expenditure, while there is no clear gain and significant new risks (privacy, security, health & safety, costs) for the ratepayer. The allocation of stimulus dollars to subsidize smart meters has also been a net job destroyer, eliminating meter readers and creating manufacturing jobs overseas, while being an egregious waste of federal resources that only supports corporate interests and delays the needed transformation of the electricity grid.

4. Because Investor-Owned Utilities (IOUs) are paid on a per-kilowatt-of-energy-sold basis, and also receive a guaranteed rate of return on assets, they do not have a financial incentive to encourage less energy usage, or to invest in technologies that would help citizens reduce energy consumption.

5. Because coal plants must run at near capacity to achieve necessary economies of scale, adding renewable energy to the power mix may be in fact cost-additive for utilities, not cost-reducing, and ultimately cost-additive for ratepayers. Thus, there is an inherent conflict between coal-based power generation, the dominant means of electricity generation in the U.S., and a transition to renewable energy technologies that could lead to sustainability. The report recommends the U.S. “move away from dependency on baseload generation, particularly coal, as quickly as possible” to facilitate renewable integration and reach our potential for energy independence.

6. Despite paying lip service to the public’s interest in incorporating renewable energy, as evidence in their marketing materials, utilities actually ‘curtail’, or waste, much of the renewable energy now generated in order to protect the economics of investor-owned coal plants. This explains why state initiatives wanting to fulfill the promise of a 30 percent or higher renewable portfolio standard (RPS) is practically impossible in a coal baseload system. The paper suggests that decommissioning coal plants, possibly through a public bailout, may be required to move the United States to a renewable energy future.

7.  U.S. policy statements “reflect the mistaken belief that the basic solutions involve fixing or modernizing the existing electricity grid, rather than complete structural transformation of electrical service, which goes beyond particular ‘smart’ technologies.” In reality, shaving peak energy usage by shifting loads may actually increase energy bills as well as CO2 emissions by increasing dependency on coal baseload generation—the most expensive generation there is when considering the totality of subsidies and externalized costs. Increasing baseload dependency will not lower energy costs, as it appears our Administration believes, and it will further obstruct integration of renewable sources.

8.  Expected growth in electric vehicles within a coal-based system will only worsen the nation’s baseload dependency, thus making the needed shift away from coal to a renewable energy future that much more pressing.

9.  Leadership in the energy sector is unlikely to come from the top, due to conflicts of interest and ‘regulatory capture’ unless forced by a catastrophic event or consequence. At present, there appears to be little evidence utilities and their regulators want to or know how to make the needed changes to the utility business model, leaving it to the American public, through community-based initiatives and municipalization efforts, to drive the needed change toward renewable technologies and distributed, non-centralized power generation—as is now happening in such places as Boulder, Colorado.

When I learned billions of dollars were wasted on meters purporting to be “smart,” I realized how desperately we need accountability in Washington. The magnitude of the misspending is mind-boggling. I wonder how policymakers could not have understood the technology’s limitations. Did they just not do their homework, swayed by utility industry lobbyists? Did they not realize stimulus funding could have been better spent on other investments to move us forward faster toward a clean energy economy? Is there any mechanism at all in Washington to independently evaluate the impact of potential spending, and to make decisions strategically with long-term impacts in mind?

In the next blog post in The Wise Grid series, my colleague, Tim Schoechle, PhD will summarize his critique of the recent “Future of the Grid” report by the Department of Energy (DOE) and the Gridwise Alliance. Stay tuned!

All MOTHER EARTH NEWS community bloggers have agreed to follow our Blogging Best Practices, and they are responsible for the accuracy of their posts. To learn more about the author of this post, click on the byline link at the top of the page.


Turbulence is the enemy of small wind turbine productivity. By turbulence, we mean interruptions in the steady flow of wind to the turbine. What causes turbulence? Trees and buildings, mostly, but also anything else that stands close to the turbine and has the potential to block or redirect wind traveling toward the turbine.

The tower plays a big role in avoiding turbulence, primarily by getting the turbine well clear of all turbulence-causing elements. As a general rule, it’s best for a small turbine to be about 10 meters (~30 feet) above all trees, buildings and other structures. That’s where the “good wind” is going to be, and your wind turbine’s power production will be much higher as a result of getting into this altitude.

For small turbines, wind speed is generally best at 30 meters (about 100 feet). One reason this matters so much is that the power a small turbine generates is a cubed function of wind speed. In other words, an increase of wind speed from 10 to 20 mph results in 8 times the power production (2^3 = 8). That’s why it’s so beneficial to get to the good wind!

Therefore, it’s usually best for a small turbine to be mounted on a tower that’s anywhere from 40 feet to 100 feet tall. There are of course outlying situations: In some cases, a turbine could be at 150 feet atop a lattice tower, if the owner has access to such a tower.

Steel turbine towers are usually found in two main varieties: Guyed and monopole. Guyed towers are held in place by four sets of guy wires extending from the tower’s sections to anchors set in the ground away from the base of the tower. The math for where to anchor the guy wires is simple. The formula, where n is the distance from the base to the anchor, is:

n = h/2

...where “h” is the height of the tower. So, for a 100 foot tower, the distance from the base to the anchors should be 50 feet.

Wind turbine owners who don’t want guy wires can opt for a more expensive monopole solution. This tower stands independent of any wires for a cleaner look and more access to the ground surrounding it.

To make installation and servicing easier, many small wind turbines are installed on tilt-up towers. Both guyed and monopole towers can be set up as tilt-up towers. This means that the tower is affixed to a hingeplate at its base, which has a length of pipe called a gin pole protruding at a 90 degree angle from the tower. Installers attach a winch to the gin pole and crank the tower up and down when needed.

Simple? Yes, but it’s still a careful process requiring knowledgeable installers who understand tower physics. Counter-tension, a solid, level base and proper anchoring are all critical factors in a plumbed, happy tower.

When you’re planning for your small wind turbine, consider your tower options. Again, you’ll want to be 30 feet clear of obstacles, so height is a prime factor. If you’re opting for a guyed tower, make sure you have enough cleared land to allow for the radius of the tower anchors.

The next and final part of this series will relate what we’ve learned about small wind turbines to the concept of the smart home microgrid.

All MOTHER EARTH NEWS community bloggers have agreed to follow our Blogging Best Practices, and they are responsible for the accuracy of their posts. To learn more about the author of this post, click on the byline link at the top of the page.


small wind turbine diagram


Small wind turbines occupy two main families: Horizontal-axis wind turbines (HAWTs), which comprise the vast majority of all small wind turbines, and vertical-axis wind turbines (VAWTs), which comprise a far smaller group. For the most part, people looking for a small wind turbine for their property will be reviewing their options in the HAWT family.

Upwind and Downwind

HAWT turbines have two primary subclasses: Upwind and downwind turbines. A downwind turbine has no tail and the wind blows into it from behind. Upwind turbines have tails, and they face into the wind.

Upwind turbines have the benefit of increased wind responsiveness. That is, they respond to wind direction and maximize the potential of the wind’s speed and power. Additionally, they tend to be quieter than downwind turbines; as the wind is hitting the blades first, the resonant sound is typically a white noise, rather than a strobing or chopping sound that can result from a downwind turbine, in which the wind hits the tower before hitting the blades.

Blades and rotor hub

Most small HAWT turbines use a three-blade design. The blades are affixed to a central assembly called the rotor hub. The rotor hub serves two functions: It holds the blades together, and it attaches to the spindle that drives the alternator.


The alternator is the key mechanical element of the turbine, and it’s what generates electricity as the blades spin. It is housed inside the nacelle of the turbine.


The turbine’s nacelle is the body of the turbine that is connected at its front to the blades and rotor hub, at is base to the yaw assembly, and at its rear to the tail assembly (for an upwind turbine). The nacelle for large industrial wind turbines is the housing for the gear box and all other major power components of the machine. For a small wind turbine, the nacelle can house very few electronics in some cases, or much more circuitry in others.

Yaw assembly

If you’ve ever learned about aviation, you’ll recall that yaw is the pivoting action of the aircraft on a horizontal plane, left to right. Similarly, a wind turbine’s yaw is its horizontal planing motion. The yaw assembly attaches the nacelle to the tower while allowing the turbine to spin freely about the horizontal plane.

Tail assembly and vanes

Upwind turbines feature a tail assembly that includes tail vanes, which keep the turbine’s blades faced into headwinds.

Inverters and charge controllers

A home wind turbine won’t do much for you if you don’t connect it to anything. Like solar arrays, small wind turbines connect to inverters, and in the case of off-grid or battery-backup homes, battery charge controllers. These typically house the system electronics that let you retrieve, store, and output energy as needed, whether to your appliances, your battery bank or out to the grid.

In our next episode, we’ll get into the nitty-gritty on a major home wind turbine system component: The tower.

All MOTHER EARTH NEWS community bloggers have agreed to follow our Blogging Best Practices, and they are responsible for the accuracy of their posts. To learn more about the author of this post, click on the byline link at the top of the page.


In our first installment, we covered the basics of electricity generation and the process by which a wind turbine creates power. This time, we’ll look at the benefits of adding a wind turbine as a source of clean power for your home.

If there’s one core aspect of wind turbines that makes them a smart option for clean power, it’s that the wind is always doing its thing. It doesn’t “set” at night, and it doesn’t follow strict seasonality. And just like solar power, it doesn’t require any industrial activity to be brought to a level at which homes can use it. The wind is there, and a wind turbine can tap it in the same way a solar panel taps the sun for power. But wind’s real advantage is in those off-hours, when the panels go dark, but the turbine keeps spinning.

For this reason primarily, a wind turbine makes an outstanding complementary energy source when it’s working in concert with solar panels. Owners of these “hybrid” systems know the beauty of looking outside on a sunny, windy day.

This benefit is even more underscored for homes that aren’t connected to any utility. Off-grid homes use battery banks to store energy that they’ll need at night or during dark, rainy days when solar isn’t getting the job done. Off-gridders with wind turbines get the bonus feature of having a constant battery charging source. It’s a better night’s sleep when you know your batteries are staying full while the wind blows your turbine.

Beyond off-hour power and constant battery charging, small wind turbines provide a big benefit to homes that rely on backup generators as a source of energy. You don’t have to be living off-grid to have a very real need for a backup gas generator. Despite our advancements here in the technology age, there remain parts of the United States in which the grid is unreliable, prohibitively expensive, prone to extended outages, or all of the above. The home wind turbine provides energy security and reliability for people living in these regions. If a powerful storm blankets your solar panels in snow and knocks out your power lines, wouldn’t it be nice to use those wind gusts to a productive end? It’s certainly nicer than paying $1 per kilowatt-hour for a gas generator to run.

In review, the primary, basic benefits of home wind turbines are:

• Maximizing home energy production in areas that have windy climates
• Supplementing solar by generating more power at night, during storms, and winter months
• Enhanced battery charging efficiency for off-grid and battery-backup homes
• Cost control and protection from variable utility rates
• Energy security and reliability in areas with poor grid performance
• A clean, affordable alternative to running a backup gas generator

In our next episode, we’ll run through turbine terminology to make sure that when you’re talking about small wind, you’re talking like a pro.

All MOTHER EARTH NEWS community bloggers have agreed to follow our Blogging Best Practices, and they are responsible for the accuracy of their posts. To learn more about the author of this post, click on the byline link at the top of the page.


Wind Turbine 

While still hugely dependent upon fossil fuels, the home energy industry has evolved meaningfully in recent decades. Renewables are no longer cost-prohibitive or “special interest” options for homeowners; they’re commonsense solutions that provide a range of benefits to homes, businesses and the planet. 

The Solar Energy Industries Association (SEIA) reports the U.S. solar industry is on pace to complete its one millionth solar installation in 2015. As growth continues, homeowners now see solar as a realistic, investment-friendly option. State- and federal-level incentives have further contributed to what we now recognize as a solar boom.

Similarly, the small-scale (or, “distributed”) wind industry is evolving from a quiet companion of the solar movement to a front-and-center home renewable option—and the momentum for small wind is growing. As GreenTech Media reported in 2014, the distributed wind industry is looking to replicate the solar adoption boom. Federal incentives are now in the corner of distributed wind, in addition to solar. 

As more U.S. homes consider the benefits of small wind turbines (which I’ll cover in a later post), it is imperative that we fully understand the technology that could soon be as common a home fixture as solar arrays.

Wind Turbine Basics 

A wind turbine generates electricity by using the flow of air’s power to rotate an alternator inside the nacelle (body) of a turbine. This produces an electrical charge, which is then boosted and transmitted over wires, which deliver the electricity to wherever it needs to go.

In a big, coal-powered electricity plant, an electromagnet’s turbine is spun via steam power. This steam is produced by heating huge amounts of water. That’s where coal comes in; it’s burned to heat the water, to create enough steam to power the turbines in the plant. It’s a process that is as roundabout and inefficient as it is dirty. Worse, it’s by far the prevailing way electricity is generated in the U.S.: 90 percent of all the coal mined in the U.S. is used to generate electricity (Source: Hyman, Hyman and Hyman, America’s Electric Utilities. 2005.). 

Feeling greener by the minute?

Back to the wind turbine: When the wind spins the blades of the turbine, the alternator generates electricity. This is carried to an inverter, like the one your solar panels use. The inverter gives your home’s lights, appliances and outlets the power they need to run. It can also sell power back to the grid, inverting your meter, if you make more power than you need. 

As you can guess, a key feature of a small wind turbine is how simple, clean and direct that process is, versus buying power from utilities that burn coal (or use nuclear power) to generate your electricity.

Now that we’ve covered the electricity basics, we’ll use the next installment to dive into the true benefits of a small wind turbine for a home, and why homeowners who already have solar panels should be even more interested in adding wind power to complement their PV and round out their home electricity systems.

All MOTHER EARTH NEWS community bloggers have agreed to follow our Blogging Best Practices, and they are responsible for the accuracy of their posts. To learn more about the author of this post, click on the byline link at the top of the page.


The last in a series about Cuba and Vermont, Perspectives on Energy and Culture. based on my visit to Cuba with a delegation of energy industry professionals, and a Cuban colleague’s visit to Vermont where I developed a similar tour. Learn more in The Homeowner's Energy Handbook and read the entire story online with more photos and videos at The Creativist.

Energy Innovation Center


At Green Mountain Power’s Energy Innovation Center in Rutland ,Vermont, we meet with a large portion of GMP staff, all eager to share their experiences and to hear Mario’s. The EIC is more than just a workspace; it’s a place to put words into action. We learned about GMPs all-encompassing energy savings efforts that range from total home and lifestyle energy makeovers, to their unique “Cow-Power” energy service. Cow-Power involves investing in on-farm methane digesters for electricity generation, and providing that power at a premium cost to customers who want to support clean energy. The premium payments go directly to help offset the cost of building the processing facility. After our meeting, we toured the renovated historic building that was, in itself, a huge investment in a downtown that desperately needed the encouragement provided by this project. The education center showcases energy efficiency and renewable energy projects promoted by the utility, including a talking cow that tells the Cow-Power story. The building sports solar electric panels, a small wind generator, super-efficient windows and insulation, cold-climate air-source heat pumps, and an Ice Bear energy storage air conditioning system. The Ice Bear use off-peak electricity to make ice that can be used to provide cooling during peak power times, thus reducing energy demand (and cost) for midday air conditioning needs.


Mario’s Message

Mario finally delivered his own message to an engaged and curious crowd in White River Junction. The event was sponsored by two non-profit institutions: New Community Project, and The Center for Transformational Practice. He spoke about Cuba’s energy system and efficiency efforts that were quickly instituted during the difficult Special Period. These reforms and austerity measures lead to Cuba’s Energy Revolution in 2006, which has now become a model to the rest of the world for delivering energy efficiency and renewable energy, along with other sustainable practices such as organic farming. Mario told personal stories of having no power for 18 hours or more every day. Nobody knew when the power would be on. Mosquitoes and sweltering heat drove families out of their homes at night where they would also find and commiserate with neighbors in the same predicament. In stark contrast to the abundance of the North American lifestyle, there were food shortages and water was scarce. Breakfast was often whatever fruit was in season, then off to work. A different planet. All because of a ridiculous embargo.

Today, Cuba is slowly developing infrastructure with modest investments from the European Union and Latin America. Ninety five percent of the eleven million inhabitants have electricity. Tourism is a big part of the economy, but cannot currently support the influx of visitors that would occur with relaxed U.S. policy. There is a small photovoltaic panel manufacturing facility, a growing medical industry with quality health care and a Doctors-for-oil trade arrangement with Venezuela (human labor is considered a national commodity, a resource to be sold or traded), farmers are revered, there is active oil exploration off the coast. A thriving educational system considers future needs and delivers knowledge that will be required at the time students graduate because the government is required to provide a job to citizens. The stakes are high. Universities are focused on energy, technology, and biotech. Kids have never seen an incandescent light bulb, bring recyclables to school, and most schools have community gardens. Cubans are educated, engaged, motivated to join the world economy, nimble, and readily able to re-invent themselves.

When we arrived home that evening, the temperature had warmed into the 20s and even Mario said that it didn’t feel so cold now. Not quite open-window temps, but we stood in the driveway and threw snowballs in our cosmonaut suits until our hands were numb.


Be sure to read the entire story online with more photos and videos at The Creativist.

All MOTHER EARTH NEWS community bloggers have agreed to follow our Blogging Best Practices, and they are responsible for the accuracy of their posts. To learn more about the author of this post, click on the byline link at the top of the page.


This post is a follow-up to five others I have done on Cuba and Vermont, Perspectives on Energy and Culture: Part 1Part 2Part 3, Part 4, and Part 5 - about my visit to Cuba with a delegation of energy industry professionals, and a Cuban colleague’s visit to Vermont where I developed a similar tour. Learn more in The Homeowner's Energy Handbook!

Jasper Hill

Jasper Hill Farm is a clandestine world treasure that you could drive right by even if you had a map and GPS (forget about cell service here). This is a success story of two brothers who started with 40 dairy cows and went on to win the title of “World's Best Unpasteurized Cheese" for their Bayley Hazen Blue at the 2014 World Cheese Awards in London. Here you can see the entire process of making cheese from grass to cow to milk to cheese. The crew constructed underground cheese aging caves where each cave is specifically controlled for environment and inoculated with the right culture.

They didn’t stop at great cheese though; Andy and Mateo are working to close the loop from food to energy by converting the farm’s waste products to energy in their Green Machine. Cow manure is separated into liquids and solids. The solids are composted, the heat generated from decomposition is used to heat the green house, and composted manure fertilizes the soil. The liquids are combined with waste whey from the cheese making process and put into an anaerobic digester to produce methane gas that is burned to heat water. On this record breaking day of cold, we also enjoyed fresh greens from the greenhouse which gains heat from both the sun and from the manure composting on the other side of a mass wall that stores and re-distributes the absorbed heat.

That night at dinner Mario said “I’m worried that I’m not sweating. It’s bad for the skin.” Another hidden-in-plain-sight difference in what’s engrained in us as ‘normal’. When I was in Cuba, I didn’t stop sweating and I found it annoying and uncomfortable.

“You are sweating” we told him. “You just don’t feel it because the air is so dry in the winter that sweat evaporates before it has a chance to bead up.” I was reminded of my southern California cousins who came to live in New York City for a summer. They never sweat in their home climate and were uncomfortable and embarrassed at how they were constantly sweating in the unfamiliar east coast humidity. 

Unnatural Timekeeper

Friday, our last day together, would be a long one. After an extended breakfast conversation came the ‘ridiculous’ process of dressing for winter. We were late before we left and this day was already over-planned. I wanted to do it all! I don’t know how I ended up as a tour guide and event planner, I’m usually the one who’s late for everything and now I find myself in the unnatural role of timekeeper and whip cracker. I was very aware of taking up people’s time during their workday, and was continuously surprised at their understanding welcome despite our consistent lateness. I wondered why we do it. Our lives are so busy, bills keep coming in, clients are waiting, and nobody stood to earn anything from our visits. As an introvert, I know I have shortcomings around social graces, but I was getting an education in building a social economy of my own, learning from the grace of both my guest and our hosts.

Better World Workshop

On the way to The Better World Workshop in Bradford VT I took a wrong turn on a dirt road. Ahead was a hitchhiker and Mario asked if lots of people hitch rides here. “Maybe not as much as they once did.” I replied. “In Cuba, everybody hitches a ride and everybody picks up riders, all the time, every day.” I recalled that our tour busses and taxis in Cuba were always stopping to pick people up. We picked up the rider who set us down the right road to Bradford.

Engineer Carl Bielenberg has been developing biomass based renewable energy systems for nearly thirty years. At the Better World Workshop, he is currently developing a small biomass gasification system for rural villages in developing countries called the Village Industrial Power (VIP) generator. Gasification is the process of heating biomass to combustible temperatures and controlling the air to the combustion chamber so that the material doesn’t burst into flames. Controlling combustion in this way allows for an extremely clean, efficient, smoke-free source of heat. The VIP burns a variety of biomass types ranging from wood to corn, or even nut hulls, making it a versatile power producer in almost any region of the world. The heat produced is used to operate a simple steam engine that powers a 10,000 watt electrical generator, while waste heat is used to heat water.

South of Bradford, and on the way to our next stop, is the King Arthur Flour baking center in Norwich Vermont where we enjoyed a delicious lunch from their café. As we pulled into the parking space he asked "What is that noise? It sounds like it's coming from the car." I sighed inside, because I hadn't told him that the car had suddenly lost power and the engine light was on. Not hearing anything unusual, I asked him what it sounded like. "A squeaking sound." All I had to offer was an unknowing shrug and sighed to myself. Walking across the parking lot after lunch we stopped to wait as a car backed out of its spot. "That's the sound I heard!" he exclaimed, pointing at the front tire. It was the sound a tire makes as it slowly rolls over fresh snow. We both laughed, but I still didn't know why the engine light was on. While he was busy talking to Carl about the VIP I slipped out to get the error code off my OBDC scanner. Vague as usual. Was it the $25 fix or the $900 fix? In the end, it was right in the middle. With 230k miles on my VW Jetta TDI, repairs are inevitable, but the maintenance cost is still less than new car payments.

Next week, final installment: The Energy Innovation Center and Mario’s message.

All MOTHER EARTH NEWS community bloggers have agreed to follow our Blogging Best Practices, and they are responsible for the accuracy of their posts. To learn more about the author of this post, click on the byline link at the top of the page.

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