Jun 20

Driving home recently I spotted a great billboard. Great you say- how can a billboard be great?  Yes, I get it that billboards aren’t great- but sometimes the messages they state are.

“When we experience Massive Solar Energy Spills- we call it a Nice Day”

The same could be true for Massive Wind Energy Spills, or Massive Tides, or Massive Water Flows (staying within the banks of the river, of course).

The play on words here points out the significant amount of energy that our planet has in the form of clean renewable sources of sunshine, wind, and flowing water- be it tidal flows or flowing rivers. When this type of energy  ”spills”, it is nature being nature.

The amount of untapped energy our planet receives each day is incredible. That energy, in the form of sunlight drives our weather system which drives the water cycle and movement of heat around the globe

Everything is powered by the Sun. Everything. The ancient stores of carbon (fossil fuels) are stored solar energy. Fossil fuels are ancient stores of carbon that at one time was plant life that got trapped and decayed over countless millions of years under significant pressure in geological forms that kept the material from escaping.

I read somewhere that the amount of solar energy in 1 gallon of gasoline is something like 200 years. Question then is, how far does your vehicle take you to consume 200 years worth of solar energy that is packed in to that gallon of gasoline?

We can and do live with massive solar energy spills. In fact, most people prefer to experience a day that is nothing but a massive solar energy spill. We love sunny, cloudless days. We expect them when on vacation.  The cleanup of this type of spill is capturing the sunlight and converting it to energy (electricity or heated water). It is kind of ironic that renewable energy is energy spilling all around us. Our harnessing of it is fleeting at this point. Capturing solar energy by using solar panels on a roof is a bit anemic in regards to the total amount of energy that spills over the entire neighborhood, town, state, country and hemisphere.

It is a paradigm shift to move forward away from oil and gas – the bounty of stored solar and towards renewables – harnessing the bounty of present solar.  If the planet can drive weather and current and water systems with the sun, we can use it to drive our lives.

Dec 17

All the superpower governments of the earth are in Copenhagen to negotiate large, complex treaties that mandate carbon output, which have implications for pretty much every aspect of an economy, a culture, and  life in the respective countries.

But all that could be made moot by us. We can change world energy on our own, decrease the carbon footprint as a grassroots project from the bottom up.

If each us, or even a quarter of us, installed solar panels on our roofs, and reduced our dependency on the grid by say, 40% to 50%, if a quarter of us did that, then we’d create a critical mass movement that would grow exponentially.

We could tilt on its head a local power plant by getting, say, a fifth of a local town to shift to solar. That would garner some local attention in the community, force some changes with the local company in terms of more generous compliance rules and regs, grab the attention of local politicos, and thus begin a mass movement. Scales of economy would kick in with costs. And who knows what contagious behavior would occur one town over, and the town over from that.

Before you know it, we’d have real policy change on a local level. And that’s how real change sticks, when it’s bottom up.

So lets broadcast, tell our neighbors, tell your aunt, tell co-workers. Yes, let’s hope good things come from the worldwide summit in Copenhagen. But really the true summit is in each of our neighborhoods, and it’s convening now.

Policy Level

As Al Gore says, “We have at our fingertips all of the tools we need to solve three or four climate crises, and we only need to solve one.”

While we force change on-the-ground level, the macro promises can follow. And while they discuss such policies in Copenhagen, there are a few zany geo-engineering ideas tossed about that hopefully never see the light of day from the authors of

SuperFreakonomics, who think a technology will come along that will simply wipe out the current carbon problem. They offer some suggestions.

-       A large man-made system that would force the deep cold water to the top of the ocean, a constant rotation so that we’re drawing the coolness of the deep water to the surface.

-       After volcanic eruptions, the sulfur dioxide reflects sunlight for months, creating a cooling effect. We should mimic that by shooting large amounts of sulfur dioxide 18 miles into the sky.

-       A massive amount of boats with the technology to create cloud cover over the ocean.

Critics are quick to debunk these ideas, but it does show ingenuity. Given the efforts any one of these would take, wouldn’t it be easier to give thousands and thousands of homes and businesses their own individual means to generate clean power?  Changing how we generate power is the solution. Conjuring up a magic bullet that keeps our behaviors the same is like doing the same thing and expecting different results… isn’t that the definition of insanity?

Nov 21

It’s hard for average Americans to make sweeping changes to their lifestyles when there isn’t a lot of incentive. We’re told to do a number of things to lower our energy consumption, but in the end, we are always compromising on some part of our lives, always doing something for someone else, so energy consumption is part of a long list, and not such a very important item on the list to most of us. So what’s another $50 per month. To many that’s a lot, but for many others – usually families with large houses, three cars, and little reason to conserve — $50 or $100 per month, or even $200 per month, is no reason to keep the house colder, or not run the lawn sprinkler.

The only way to get change at a critical mass level is for the cost of energy to sky rocket, for every single person rich or poor to get hit hard, real hard, in the wallet. We saw this happen for a fleeting moment with gas prices last year. Until the market drives change, until the cost of fossil fuels skyrocket and suddenly cost more than alternative sources to light your house, heat your house, wash your clothes and drive your car, things will pretty much continue as is.

It’s hard to picture how the current dominating energy industries will one day fall to these comparably tiny alternative fuel companies. The buzz is out there, the talk is constant, yet the market hasn’t really shifted in any big way and no frontrunner has come close to displacing the current power structure. But if we look to our history, we find hope easily.

The dominating industry source for petroleum has been displaced once already in the United States. For centuries Europe and the United States depended on whale oil to light their lamps. The whale oil industry was giant, employing some 70,000 people in this country in the middle 19th century.

It wasn’t necessarily the scarcity of whales that led to the industry’s demise. It was more the increasingly high costs of whale expeditions, while at the same time new sources of oil were being discovered, shifting venture funds from whale expeditions to new investments, like kerosene. As whale oil began to lose its market share, the industry launched a PR blitz to discredit oil from other sources as inferior and flawed. The shift in the market eventually took down the industry. By 1890 there were only 200 U.S. whaling ships, down from 700 some 40 years earlier.

This didn’t happen because people cared about saving the whales. This happened because people cared about their bills.

That is why smart people in government (yes, there are smart people in government) see over the horizon what is in store for our future with the status quo and current mindset about energy. Tax incentives and rebate programs have been put in place in New York and other states (see www.dsireusa.org to find out what’s available in your state) to drive the early adopters to implement alternatives. The idea behind tax incentives and other programs is to kick start the industries of tomorrow we need today.

Markets shift much faster today. We’ve seen iconic giants like Bear Stearns and Lehman Brothers – names we’d expect to last several more generations –- disappear overnight. That same thing can happen to our energy giants overnight. The will of the people looking for environmental solutions won’t do it on their own, but the current momentum needs to be in place to push along the market forces. So when it’s time, the new, cheaper sources of energy – maybe wind, solar, fuel cells, geothermal, or something we don’t yet foresee –  will be positioned to overtake the market. It may be one alternative source, or two, or all of them. It may take decades, or may happen in a year. But rest assured, it will happen – hopefully sooner than later – and we all need to keep doing what we can, including banging our heads against the wall – to usher in this new age. We don’t have an alternative planet.

There are countless companies at all points of the delivery system and all sizes – from GE making wind turbines and fuel cells to small startups making more efficient non-silicon solar cells. The number and quality of corporate initiatives nationally and internationally is encouraging.

Google.org, for example, has a few initiatives focused specifically on developing electricity from renewable energy sources that is cheaper than coal-generated electricity with the goal of producing one gigawatt of energy capacity – enough to power a city the size of San Francisco. Called “RE<C,” Google.org provides grants and influences public policy to advance the effort.

The ultimate goal is to put on the market renewable energy that can retail for less than fossil-fueled electricity. For starters, they’ll focus on solar thermal power, wind power technologies, and enhanced geothermal systems. But they’re open to other game-changing technologies. Got an idea? Need funds? Support?  Contact renewables@google.com. For a closer look, read their project brief.

Along the same lines, Google’s project RechargeIT, according to the web site, “is focused on accelerating mass commercialization of plug-in vehicles by seeding innovation, demonstrating technology, informing the debate, and stimulating market demand.”  Launched more than a year ago, they purchased a fleet of hybrids to test, announced  over $1 million in grants to support plug-in vehicle adoption, and turned on their 1.6 megawatt solar installation to power their own buildings, which is comprised of 9,212 solar panels.

For more on Google’s commitment, go to clean energy future.

Nov 12

The United States’ policy on climate energy is quite abysmal. Not only does it not serve as any model for industrial countries worldwide, it plays a significant part in holding back progress across the globe. There is no country more guilty than us in polluting our planet and doing little about changing direction.

But,  towns can take their own action and affect climate change through a number of strategies, like land use and planning policies, zoning issues, permits, transportation planning, green building incentives, and a variety of other strategies.

Patricia Salkin, a law professor at Albany Law School and a zoning and land-use expert who recently turned her energies toward green issues – specifically issues around wind turbine permitting and land conservation, has published a paper laying out her thoughts on the ability of municipalities to make a difference.

Towns can address environmental concerns on their own, and states can require them to do so.

Some examples she cites:

The state of Florida requires that local comprehensive plans address methods to discourage suburban sprawl, encourage energy efficient development patterns, and reduce greenhouse gases. It specifically creates disincentives for low-density single-use development which leads to “automobile-reliant” development.

States like Arizona force towns to address air-quality issues in their plans, and Connecticut wants to know how its towns will consider “solar and other renewable forms of energy and energy conservation.”

The city of Buffalo’s comprehensive plan states direly that “the gradual warming of earth’s atmosphere is one of the most serious environmental issues we face worldwide. . . and has “both local causes and remedies.” Pretty frank language for an official town document.

Seattle directs its new city building projects to be carbon neutral by 2030. It calls for no net reduction in the city’s “tree canopy.”

Colorado authorizes legislation for cluster development, where structures are crowded on a small portion of the property, the remaining part of the land deeded as open space. The need for automobiles are reduced by designing closely compact communities, equipped with the amenities needed to serve a residential development. Related to clustering are Pedestrian Oriented Development (POD); incentives for these elements have been popping up in local plans across the country.

In Blacksburg, Virg., the plan calls for “a reasonably compact development pattern,” and continue to expand the the town’s pedestrian and bicycle path network.” Yes, Blacksburg, Virg., has a more progressive long-term plan than the United States.

Buildings in this country account for more than 40% of greenhouse gas emissions, according to Professor Salkin’s paper, and she devotes a portion of the paper to local incentives related to energy-efficient buildings, which range from tax incentives to express-lane permitting.

The paper goes on to address storm-water and landscaping initiatives, and green roofs and cool roofs – perhaps a topic for another day, since it has residential implications.

For 50 pages she cites these kinds of things, shedding light on pockets of enlightened city and state planners around the country.

Given the unlikelihood of our federal government coming up with equally enlightened climate policy, perhaps the localities – collectively — will surpass federal efforts to the point that federal policy will be unnecessary. Wishful thinking.

Salkin ends her piece with this: “It will take everyone working together to continue to find creative and workable strategies that can be successfully implemented to accomplish the goal of slowing global warming…. There is no one-stop shopping or magic pill to problems that have been created from generations of combined neglect, ignorance and lack of information. Rather, we can slowly ‘green’ our communities, our country, and our world by, among other things, continuing to adopt the types of program and initiatives outlined in this article.”

Sep 28

Michelle Leary, who built her Upstate NY home herself from the trees she took down on her property, pays $30 per month for utilities. She’ll tell you she’s not frugal, citing her satellite television, a computer, and a penchant for long showers. The trick, she said, is that she built an energy-efficient home.

Ask her what makes it energy-efficient, she starts rattling off a long list of things like solar panels, radiant floor heating, air-tight construction, and a domestic hot water system that delivers hot water only on demand, rather than continuously heating a tank full of water.

Leary is one of 25 Capital Region homeowners who will open her home for public viewing on Saturday as part of the Green Buildings Open House. These aren’t a collection of quirky-looking houses hidden in thick forest. The tour includes homes within typical neighborhoods in Latham, Delmar, Glenmont and Guilderland, for example. The homes boast solar hot water systems, wind power and a Plug-in-Hybrid Prius that gets over 100 miles per gallon.

Claire Oesterreich who lives West of the Capital District of NY, took the tour two years ago. Today she lives off the grid. She’ll tell you that for her, it isn’t about national security, or saving the planet. “I just thought it made sense to do after seeing these very average homeowners have a lot of success. These people were not engineers, they were like you and me trying to feel a little more responsible.”

Saturday the homeowners will welcome one-on-one conversations with visitors about their specific approach to using renewable energy. While each has a different story to tell and advice to give – from securing town permits to working with contractors — a common thread runs through nearly all of them: They never intended to pursue renewable energy sources for their home at such a passionate level.  After touring a few homes, doing a little research and taking, say, one small step – like replacing an old dishwasher with a new “green” one – they caught the bug.

More than a financial payback – which imminently occurs – these are homeowners primarily interested in reducing their personal carbon footprint.

Our current dependence on energy is a natural progression of our nation’s development. Moving the system toward sustainable, renewable energy to build a new economy with natural systems can be the next step for humans moving forward. It’s in our hands based on the choices we make as individuals. Those of us who vividly see the connection between the built environment and the natural world understand the responsibility we have to future generations to get this right —  to live better, now.

The tour is part of a larger effort to heighten awareness for the general public of energy usage specifically for a family home. Firsthand observation can make a lasting impact on raising a person’s consciousness. From there action isn’t far. At the very least, visitors leave with a desire to monitor their own home-energy use.  If you monitor your energy, you will invariably manage it.

Case in point for Oesterreich who said that that living off the solar panels has sensitized them to their energy usage at every level.   “You gain a heightened awareness about your energy consumption.”  People in the region should know that their neighbors are taking sensible, reasonable action. On Saturday you will see homes that look like any other suburban residents. But these generate a small energy bill, if any, sometimes feeding energy back into the grid.

The event, which is occurring simultaneously in all six New England States, plus New Jersey, Pennsylvania, and Delaware, includes more than 600 homes. This event is also part of a national tour organized by the American Solar Energy Society (http://www.ases.org)

An online search tool provides a list of Open Houses in the Capital Region, for people to plan a visit or design their own tour of several local Green Buildings.

Most homes are open as self-guided tours. A complete list of Green Buildings Open House sites and events is available at www.nesea.org/greenbuildings

For more info, contact Christian Grieco, the volunteer Regional Green Buildings Open House Organizer, states, Christian Grieco by leaving a comment on this post.

preload preload preload