In the changing landscape of medical practice and insurance, there are some common issues facing many doctors and practice managers.
Patient churn/lack of loyalty
Need for new patients
Need to increase patient referrals
Need for more self-pay, affluent, well-insured patients
Along with these issues come related challenges:
Managing operating costs amid a changing landscape
Retaining good staff
Easing administrative burdens
Desire for autonomy—independence—and value growth
Solar energy for medical practices offers positive effects for all of these issues. Solar offers documented payback in its ability to help businesses of all kinds to:
Manage for energy efficiency and sustainability
Gain positive press & community goodwill
Enhance public image & reputation
Recruit top talent & retain best employees
Sustain high staff morale
Enter new markets & attract new clientele
Increase property’s value
If you are a medical practitioner—a member of the caring profession—does an investment in solar make sense for you? As you look after your patients’ best interests, solar can help protect the environment we all share while communicating that your practice uses the latest technology and offers top-quality care.
Sharpen your appeal and earn more loyalty with educated healthcare consumers.
Earn more referrals among green-leaning consumers (LOHAS*) who see solar as a sign of technological advancement, caring, competence, and intelligence.
*Lifestyles of Health and Sustainability—a fast-growing consumer market segment
Here are the bottom-line benefits of going solar:
Solar can pencil out to a 2-year pay-back and double-digit IRR. Not many investments can make that claim these days.
Solar can make operating costs more predictable and lower over time, and protect you from energy rate inflation.
Solar is a strategic way to manage costs and build the long-term value of your practice.
Solar increases the value of your clinical property.
On Wednesday, June 5 Geoff Greenfield participated in a segment of the Diane Rehm Show (national NPR, WOUB in Athens, Ohio). The segment topic was “America’s Energy Future Beyond Oil and Gas” and the participants included Christine Todd Whitman of the CASEnergy Coalition, former governor of New Jersey and former administrator of the EPA; Rhone Resch of the Solar Energy Industries Association (SEIA); Robert Gramlich of American Wind Energy Association; and Coral Davenport of National Journal. The full transcript is available here.
REHM
All right. To Athens, Ohio. Good morning, Geoff.
GEOFF
Hi. Good morning, Diane.
REHM
Hi there. Go ahead, please.
GEOFF
Thanks, Diane. First off, I’m a big fan, and thanks a lot for focusing your show on this important subject.
REHM
Indeed. You’re welcome.
GEOFF
So 14 years ago, we started Third Sun Solar. We’re a solar company here in Ohio. We’re what you’d call an installation business. We work on residential rooftops and commercial buildings across the Midwest. Right now, it’s a beautiful sunny day here, and our crews are out on the job today building clean power plants and earning a great living. So these are the jobs that really can’t be shifted overseas.
The part of the solar value chain that has to be local is on the rooftop and out in the solar, you know, field. So I’m wondering why we don’t hear as much about this incredible opportunity for economic development and job creation that solar and wind power present.
REHM
Rhone.
RESCH
Well, there’s over 120,000 people employed in the [solar industry in the] United States today. And the great thing about solar, you create more jobs per megawatt than any other energy technology out there. So you really have a confluence of both energy policy, environmental policy and economic policy when you’re growing the solar industry. And as Geoff points out, these are small businesses, right?
These are the backbone of our economy. These are roofers, electricians, plumbers. But those were let go by the housing industry starting a new business. You know, Third Sun Solar is a great example of somebody coming out of the housing and electricity industry and creating a solar business that’s thriving in creating jobs.
REHM
And you’re listening to “The Diane Rehm Show.” Gov. Whitman, you wanted to say something.
We get many kinds of questions from prospective customers—some who are merely curious about solar energy, others who are more serious about going solar. Often we are asked about our track record as a solar installer, and we’re asked to compare ourselves to our competitors. While national standards are sorely lacking, we have always ranked among the best solar installers in Ohio and the region; we have had experienced utility officials tell us we’re the best Ohio solar installer and the best Ohio solar company. But we don’t hang our hat on heresay—our project experience speaks for itself, and the compliments that mean the most to us come from our customers (see our home page for some of those). Here are the bare facts:
We have been in business since 2000.
We have completed over 350 successful renewable energy projects.
Our founder, Geoff Greenfield, has been building solar projects since 1997.
Geoff now sits on the Board of Directors for NABCEP, the “gold standard” certification body for solar installers.
Geoff also sits on the board of SolarTech, an initiative of the Silicon Valley Leadership Group—working to establish quality standards for the solar industry.
We offer a strong workmanship warranty on all of our solar projects.
Our reputation is worth more to us than money.
We are in it for the long haul. We build top-quality solar energy systems that are designed to produce clean electricity for 30+ years. We’ll be here to make sure they do.
Regarding the New York Times article of May 29, 2013 by Todd Woody entitled Solar Industry Anxious Over Defective Panels, our response at Third Sun Solar was a mix of frustration and ‘we told you so.’ Since 2000 we’ve been cautioning our customers and prospects—individually and in public forums—that solar is a young industry with newcomers jumping in every week. Newcomers as in new installers, new manufacturers, and new customers. We have pushed for standards and best practices. And we’ve cautioned our customers against seeking out lowest-price solutions—because, as in that age-old wisdom, you get what you pay for. In the case of PV solar, you are putting an electrical generating plant on your roof or grounds—one that should produce expected levels of clean energy for 30 years. That is not the place to be penny-wise and pound-foolish.
We have advocated for strong solar industry standards and adherence to best practices. We’ve seen ourselves under-bid and undercut by impossibly low prices, and wondered: how can so-and-so build a quality solar installation that cheaply? Well, again and again we’ve found, they can’t. At least, not if the word quality means anything.
Here is a rough outline of what we have been advocating for the emerging solar energy industry since our founding in 2000. In light of The New York Times article on solar panel quality, we renew our call for the solar industry to grow up and adopt strict standards and best practices:
We have always had a policy against beta testing on our customer’s dime. Case in point, we steadfastly avoided using Solyndra panels even when they were “the next new thing” and many of our customers were asking for them. We said no—they are unproven, and the company making them is too new and likewise unproven. The failure of Solyndra gave solar opponents some great talking points and the industry a black eye.
Whether it be micro-inverters, the latest shade tolerant inverter, thin film laminates, or locally manufactured racking, whenever any new product comes out we have advised our clients to try to see beyond the marketing claims and search out truly independent, objective test results. Unfortunately, in this rapidly growing industry these are often hard to come by.
We have long advocated for strong industry standards and institutionalized best practices.
We have encouraged our employees to become NABCEP certified. NABCEP certification involves an incredibly rigorous regimen of training and testing. NABCEP certificates are the “gold standard” of expertise in the solar industry.
Our founder, Geoff Greenfield, was a member of the very first NABCEP graduating class. Geoff now sits on the NABCEP board of directors.
We have always been honest with our customers in pointing out the fact that no industry standards yet exist for making energy performance projections. We deliver very conservative projections for the systems we design and install.
We have always been honest with our customers in pointing out that no industry standards exist for assessing, quantifying and publishing the long-term viability of major components. A 25-year warranty requires 25 years to be proven out. That said, we conduct our own research and carefully select major components that we feel will serve our customers best, and thereby serve our company best in the long run. We studiously avoid low-cost “solutions” because, in our view, they guarantee downstream problems.
We employ trained, experienced installers and enforce a high degree of oversight.
We partner closely with other industry veterans to ensure we learn from their mistakes.
We sought out and achieved certification as a SunPower dealer. SunPower manufactures the most high-efficiency solar modules in the world and their products consistently rank among the best for quality and durability. What’s more, SunPower inspects our installations after completion to ensure we consistently meet their standards for quality design and construction.
We have repeatedly advised our customers not to use lowest-cost equipment. When initial price is the sole deciding factor in who builds a project, we often lose. Those are projects we do not want to build.
And we provide a ten-year warranty on our installations to cover the possibility that, after all of our care and due diligence, we too could make a mistake.
We understand the risks inherent in any rapidly-growing industry. Customers need to minimize risk in moving toward clean energy, and the best way to do that is to find a trusted design/install firm with a long, positive track record of successful installations. Making purchase decisions on a 30-year product based on lowest initial cost is not necessarily the best way to go. The Times article illustrates just how important such considerations can be for a young, emerging industry.
Third Sun Solar has not used components from a single one of the companies implicated in the article—and, we agree fully with the final words of the piece: “It’s time to start naming names.”
Does solar work in a blackout? If you’re thinking about installing a solar system to have power in a blackout, here are some facts to consider. There are many advantages to installing a grid-connected solar energy system. But, having full power to your home or business during a blackout is not one of them. You will need to take special steps for solar to work for you in a blackout.
In the event of a power outage, basic habits like charging a cell phone become essential. Most homeowners have no source of backup power when the grid goes down. Even homes with solar may lose power in the event of a grid outage if their system does not include some form of energy storage.
Solar rules and regulations vary widely from state to state. Are you located outside of Ohio? If so, check out a local installer near you to get more localized information. Find a reputable solar installer near you here.
Does solar work when the power is out?
There are two reasons that ordinary grid-tied solar will not work during a grid failure. The first is a technical reason and the second is a safety and regulatory issue.
First and foremost is the technical reason.
The electronics that control a solar system constantly adjust voltage and current to keep the panels operating efficiently as the sunlight changes. To do this, the system produces quantities of power that aren’t dependent on how much your house is actually using in a given moment. In a grid-connected system, any excess power is put back onto the grid for others to use, and your utility credits you on your bill for that power.
Solar power output varies directly with sunlight levels. So, even if you disregard the need for efficiency, connecting this variable resource directly to your home’s electrical system would cause your lights to blink, damage your refrigerator, and wreak havoc on your computers and television.
The second reason that solar shuts down during a blackout is safety.
During a blackout, the power utility sends out repair crews to find and fix the points of failure. Linemen and women will be jeopardized if there is a local power generator (like a solar array) leaking power onto the grid lines. Therefore, utility rules mandate that in the event of a power outage, solar arrays must automatically shut down. Solar systems have detectors that sense whether power is coming across the grid, and whenever grid power is down, they automatically shut down too, to protect utility workers.
Battery Backup
There are arguments for and against battery storage for PV solar systems. The biggest “for” argument is that battery backup will power your home or business during a blackout. The biggest “against” of battery storage is the cost, which can double the cost of your clean energy system. Batteries also compromise the “clean energy” aspect of solar—they are toxic and very costly to discard when no longer useful. Batteries have a relatively short life, compared to other solar system components; they are also very heavy and bulky, and require a lot of maintenance to perform at their best.
You are a good candidate for a backup battery system if you:
Want to know that you will have seamless energy when the grid is down
Experience frequent power outages
Experience extreme weather conditions
Have critical appliances at your home
Tesla Powerwall: Home Battery Storage
Powerwall is a home battery system that turns your home’s solar panels into an all-day resource. Daily it increases your self-consumption of solar. In the event of an outage, it offers reliable home backup power. With Powerwall, more of your home’s electricity use will come from solar, which enhances solar functionality, reduces energy costs and provides peace of mind to homeowners.
Powerwall allows you to store 14 kWh of energy and use that energy to run your home with solar during the night and back up your home in the event of a power outage.
The technology withing Powerwall is able to detect a grid outage, disconnect from the grid, and bring power back to your home in a fraction of a second. That is over 100x faster than typical standby generators, and fast enough to keep your appliances running without interruption. You will not have to reset your clocks or your alarm. Powerwall can provide backup to your entire home. However, depending on the type of appliances at your home, we may recommend an essential load backup instead of a whole home backup. Read more about Tesla here.
Right-Sizing Your Backup System:
Whole-Home Backup
If you’re interested in whole-home backup, our Solar Designers can analyze your home’s electric use patterns and the recommended number of Powerwall’s needed to keep all loads running. In some cases, an upgrade to your electrical panel may be needed and we will advise you if this is the case. You can add more Powerwall’s to keep your house operational longer during an outage.
Essential Load Backup
If your electrical situation doesn’t require whole home backup, we can backup select essential loads. Since lights and outlets require less energy, a single Powerwall will typically be enough.
New inverters offer some solar power in a blackout
We have been using SMA inverters for a long time—they are great products with high reliability.
Now, new technology developed for SMA’s Sunny Boy 3000TL-US/4000TL-US/5000TL-US models offers a partial solution to the grid power failure problem. These new inverters feature a secure power supply (SPS) that can connect to an external socket outlet. They provide up to 1,500W of daytime power when the sun is shining and the array is generating sufficient power in the event of a grid outage. This gives customers confidence that a small supply of electricity will be available, even when the grid is out and other solar PV systems are down. The bottom line is, with new technology, grid-connected solar can deliver a limited amount of electricity to your home or business during a power outage. This is a new development.
These new inverters address both of the technical and safety issues by creating a small, independent circuit entirely disconnected from the grid. The inverter controls the solar panel electrical output as an alternative to sending out variable power levels.
SMA inverters represent a compromise between solar owner’s desires for backup power and reluctance to make the upfront investment in a battery backup solution.
Is solar worth the money?
The ability to generate clean solar power during a blackout is an advantage of going solar.
In the long run, solar power is economical. Solar panels and installation involve high initial expenses, but this cost is soon offset by savings on energy bills.
Solar can increase the value of your home.
With a grid connection and net-metering rules, your solar power system shares clean energy with the grid.
Solar energy systems are safe, reliable, and durable—the panels are warranted for 25 years.
Your fuel is free once your initial investment in solar is paid off. With fossil fuel costs & utility rates predicted to rise, solar is good way to lock in long-term savings now.
I just spoke with an ideal candidate for off-grid solar. Her weekend cabin is ½-mile down a dirt road in a remote rural area. It’s never had electrical service. The driveway cuts across a neighbor’s property and she has an easement for coming and going but not for trenching or running wire. And she uses the off-grid house only occasionally, on weekends, mostly during the summer.
Bingo. With a small off-grid solar array and battery storage, she can be more comfortable in the cabin.
But most people who inquire with us about getting off the grid do not share these characteristics. They want to do it for other reasons: they don’t like their utility; hate paying power bills; want to be independent; or want to be self-sufficient in the event of catastrophe.
According to Nicolas Morgan of Morgan Solar, “I hear many people talking about ‘getting off grid.’ It really sounds better than it is.”
“Basically, it makes much more sense for us all to contribute to the grid. [If we] increase our local home production as much as we can, while decreasing our consumption, we’re giving back more than we’re taking.” [Note—Net Excess Generation rules do apply here in the States, and over-production can cost you dearly. But agreed—energy efficiency combined with renewable generation allows us to individually balance-up grid energy with clean energy.] “In this model,” he says, “a couple of things happen. First, it provides more of a financial incentive for upgrades to the grid that would benefit everyone; and second, it contributes to a more stable, productive and low-cost power grid for everyone.”
One social benefit of solar is clean power going onto the grid just when it needs it most—at those peak-demand summertime afternoon and early evenings. “Staying connected and giving back makes more sense than disconnecting,” says Nick. We agree.
There are three important characteristics to look for in solar panels—
panel efficiency
panel warranty
weather resistance
Panel efficiency means how well a panel performs over time. Solar panels lose some ability to generate electricity as time passes—the question is, how much do they lose & how fast.
High-quality panel manufacturers offer a Power Production Warranty that guarantees no more than X% efficiency loss over X years. Inferior panels tend to have a greater immediate drop-off in efficiency and a sharper production decline over the life of the system (20-30 years).
A good panel warranty should guarantee against manufacturing defects and assure efficient performance over the duration of the warranty. Superior panels offer typical 25-year warranties.
Weather resistance is a solar panel’s ability to withstand wear and tear from the elements. People often ask about hail damage, and our standard answer is, hail big enough to break car windshields will probably break a solar panel. But that’s pretty rare, and in any event, would be covered by your homeowner’s insurance. In coastal areas, salt is a big concern. Well-built panels are crafted from high-grade aluminum (6000 series marine grade, for example) and include a salt mist certification for use near the coast.
In short, you’re well advised to go with solar panels that guarantee higher efficiency over a longer warranty period.
Our completed project at Assurant in Springfield, Ohio
But here’s the best advice: with the growth of the solar industry, most panels are now commodity items (except the high-efficiency panels from companies like SunPower). It is far better to spend your time choosing a good solar installer, who will recommend the best panels, than spending time weighing fine specification differences between panels. An experienced installer will know what to recommend—and will protect you (and his company’s reputation) by making good, safe recommendations and offering a strong workmanship warranty.
Solar for your home is a classic long-term investment strategy. It costs money up front, then pays long-term dividends. Those dividends include:
daily clean energy for your home
monthly savings on your electric bill
yearly income from selling your Solar Renewable Energy Credits
decades of reliable, home-made clean energy
a lifetime of greater equity and value in your home
for our country, better energy security and independence
for our planet, less CO2 released into the atmosphere
Looking long-term, solar electric is better than most investments—especially now, with low interest rates available from banks and uncertain returns available from other investments. Many now agree: Solar is looking smarter every day.
What is it about magic numbers? Seems like every once in a while, a number keeps popping up. Today’s number is 450, and it relates to the state of PV solar today compared to some notable 20th-century growth technologies:
In 1916, the U.S. car ownership rate was 1 in 450 (one out of every 450 households).
In 1949, the U.S. television ownership rate was also 1 in 450.
Today – the U.S. PV solar ownership rate is, you guessed it, 1 in 450. One out of every 450 U.S. homes now has PV solar on the roof or in the yard.
(By contrast, the PV solar ownership rate in Germany is 1 in 33.)
Here is a comment about Third Sun Solar made by another solar installation company. Not a competitor–they operate in another part of the country–their observation is based on their knowledge of our company and our Third Sun Solar reputation as one of the region’s best solar installers:
Third Sun Solar offers–
Critical knowledge of solar tax and utility incentives
An impressive job portfolio
Best solar installation methods using their own crews
Best solar equipment options, from the most efficient to the most affordable
Naturally, we were delighted to see ourselves described in that way. We’re working hard to build on our reputation, both inside the industry and with our customers.
The Third Sun Solar 1.76 megawatt installation at the Assurant Specialty Property Service Center in Springfield, Ohio has passed its string tests and is ready to officially go online. We will cut the ribbon on Monday, April 22 at 2pm with officials from Assurant, Springfield Mayor Warren Copeland, State Representative Ross McGregor, and Austin Bingham of U.S. House Speaker John Boehner’s office in attendance. This large solar array, comprising rooftop and parking lot shade canopy components, is now the largest solar installation in the Springfield area. In completing this project with the participation of Tangent Energy and Third Sun Solar, Assurant is making a major statement of corporate responsibility and sustainability. We were proud to team with Assurant, Tangent Energy, and all involved in this large corporate solar project.
Our parking lot solar shade canopies at Assurant Specialty Property in Springfield
As another indication of solar energy’s growth toward mainstream adoption, especially in for-profit business sectors, Wal-Mart has announced that they are shifting from small pilot projects to major deployment of solar energy systems on their stores across the U.S. and around the world. The strategic goal is to produce 100 percent of their stores’ power through renewable energy. This from the dominant discount retailer whose every move is aimed at trimming costs to keep prices as low as possible.
Wal-Mart increases its commitment to clean solar energy
Walmart Ups Ante in Renewable Energy Effort by Christopher Kolomitz
Seeking a path to 100 percent renewable energy at its stores, officials with Walmart said Monday they will increase the number of renewable energy projects the company completes by six times. The announcement comes as company officials look for ways to save on energy costs and meet the goal of 100 percent renewable energy which was previously announced in 2005.
According to Walmart President and CEO Mike Duke the company will drive the production or procurement of 7 billion kilowatt hours (kWh) of renewable energy globally every year, a 600 percent increase over 2010 levels.
Officials said Walmart’s six-fold increase in renewable energy projects is expected to be equal to eliminating the need for roughly two U.S. fossil fuel power plants. Walmart also announced new plans to reduce the kWh/sq. ft. energy intensity required to power buildings globally by 20 percent compared to 2010 levels. The two new commitments are anticipated to generate more than $1 billion annually in energy savings once fully implemented.
“When I look at the future, energy costs may grow as much as twice as fast as our anticipated store and club growth,” Duke said. “Finding cleaner and more affordable energy is important to our every-day low cost business model and that makes it important to our customers’ pocketbooks.”
In 2012 alone, Walmart added nearly 100 renewable energy projects, bringing the total number of projects in operation worldwide to nearly 300 today. The company already is using more onsite renewable power than any other company in the U.S, according to the U.S. Environmental Protection Agency.
In the U.S. alone, Walmart hopes to install solar power on at least 1,000 rooftops and facilities by 2020, a significant increase from just over 200 solar projects in operation or under development currently. The company also plans to invest and develop wind and fuel cell projects and will also procure offsite renewable energy from utility-scale projects, such as large wind projects, micro-hydro projects and geothermal.
From the March/April 2013 edition of Solar Builder Magazine, article by Associate Editor Kelly Pickerel: “Think about this millennial generation… your next generation of employees and your next generation of customers are people who have been taught, since kindergarten, that the Earth must be saved and it’s their job to do it. They have also been taught that the answer to every need is technology. Those ideas are wired into the emerging millennial generation more than any generation that preceded it.”
Just as another semiconductor-based technology–personal computers–shaped the adult lives of the boomer generation, photovoltaic solar and the quest for clean energy may well define the millennials over the next 30-40 years. If it does, the world could be a cleaner, greener, smarter, and more sustainable place.
People often come to us with questions about specific brands of solar panel. We use select panels from a variety of manufacturers, both US-made and imported. If a customer has a preference for a specific brand, we can usually provide them; but part of our mission is to recommend and install the best products, and we sometimes steer customers away from one brand and towards another, based on our research into panel quality and our experience with different brands. Because our top executives are so linked into the best industry sources of information, we can make these recommendations with confidence. We want our customers to have the best system to meet their energy requirements, available space, and budget.
The fact is, most of the solar panels in the market now are quite good. Solar panel technology, and the processes to manufacture, have stabilized and become more standardized over time. Quoting from the SROECO website, “most solar panels on the market are high-quality and will have a guaranteed output of not less than 90% after 10 years and not less than 80% after 25 years. Any brand panel should have this warranty, whether it’s made in China, Germany, or America.” The outstanding exception is Sunpower, widely regarded as the best of all panels, with the highest efficiency rating of any, and also the highest price tag.
For the consumer, a better differentiator than the panel brand or warranty is the experience and reputation of the installer. Third Sun Solar has completed over 350 successful installations; we have been in business for 14 years; and we have a great reputation among our customers. One of our core company values is, “we’re in it for the long haul.” Our 14 years of experience and excellent reputation is what we build and stand upon; we have grown steadily by doing things the right way.
A solar electric system is a 30-year investment that should provide real value over its entire lifespan. In the end, choose an installer who will build your system well and stand by it over time. That is the smartest solar market differentiator.
As we all grow more digital and more electronic (anyone really think that’s going to stop?) we might consider where all that electricity will come from say, 20 years from now. (If it continues to come from burning coal, we’re all in trouble.) By adding productive solar now and migrating more of your energy use to electricity, you can make a significant personal contribution to a cleaner world for ourselves, our kids, and their kids. The power needs of homeowners are projected to increase over time, even with energy efficiency measures; if you think about whether you’re likely to drive an electric vehicle in the next 20 years, likely a plug-in, well, there’s a big bump up in your electricity use right there. And who knows what kinds of electron-juiced gadgets our kids’ kids will have. The point is, our energy needs are likely to increase dramatically over the coming decades. High-performing solar could be the energy bridge that gets us there safely.
If you’re attending this year’s Power Show Ohio at the Ohio Expo Center in Columbus, please stop by and visit us in the Bricker Building, Booth 30. We’ll have information in hand that may be of interest to you.
Kenyon College in Gambier, Ohio (Knox County) has announced that Geoff Greenfield of Third Sun Solar has been selected to deliver this year’s Edgerton Lecture on Tuesday, January 29 at 7pm. The title of Geoff’s talk will be “Solar Power in Ohio: How It Can Grow.”
The Edgerton Lecture Series at Kenyon focuses on energy and the environment. The Series brings visiting scholars to Kenyon College to address energy issues in a public lecture for a general audience, and to provide opportunities for interaction with students, faculty and community members in classes, department seminars and social events. With a theme of sustainable energy and the environment, lectureship topics focus on the challenges of continued dependence on fossil fuels, the impact of their combustion on the environment, and alternative sustainable energy systems.
In addition to the 7pm lecture, Geoff Greenfield will conduct an open Q&A session during Kenyon’s Common Hour at 11am, at Peirce Lounge. The evening lecture will be held in the Community Foundation Theater in Gund Gallery, followed by a reception at The Village Inn.
Green America Voters Select Solar Firm From Among 100+ Nominees
ATHENS, OHIO—Green America, a national advocacy group for sustainable practices that is based in Washington DC, today announced the three winners of their Summer 2012 People and Planet Award. Among the winners is Third Sun Solar, a solar electric design/install firm based in southeast Ohio. The other two winning firms are located in Maryland and South Carolina.
Michelle Greenfield, CEO of Third Sun Solar, stated that the award will help her business take new green steps in their offices and community. “With our award money, we will soon be establishing our new office composting system and teaching the other businesses in our building how to compost with us,” said Michelle. “We will be reducing our company’s carbon footprint by doing an energy-efficiency lighting retrofit, and we will be installing some solar power with our local Habitat for Humanity chapter. Thank you to all those who voted for us, for making these opportunities possible!”
Green America is a not-for-profit membership organization founded in 1982. Its mission is to harness economic power—the strength of consumers, investors, businesses, and the marketplace—to create a socially just and environmentally sustainable society. The organization publishes a magazine, Green American, as well as The National Green Pages. They also coordinate the Green Business Network, in which Third Sun Solar is a member.
Green America’s People & Planet Awards are awarded quarterly; nominated organizations are first narrowed down to a top-ten list, then put to a popular vote, with the top three vote getters winning the award. Past winners have included Aveda, the Calvert Foundation, Clif Bar, Green Kid Crafts, Honest Tea, Organic Valley, and Seventh Generation. See www.greenamerica.org for more about this organization.
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Nearing completion when this photo was made, the Kent State University Field House solar array comprises 1,716 solar panels. It is a strong visual reminder of Kent State’s commitment to sustainability and the environment. Upon commissioning, this array will provide about a third of the total power required by the Field House and the adjacent Dix Stadium, and will eliminate roughly 779,000 pounds of CO2 emissions each year.
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Nearing completion when this photo was made, the Kent State University Field House solar array comprises 1,716 solar panels. It is a strong visual reminder of Kent State’s commitment to sustainability and the environment. Upon commissioning, this array will provide about a third of the total power required by the Field House and the adjacent Dix Stadium, and will eliminate roughly 779,000 pounds of CO2 emissions each year.
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