2011 April | BigBelly Solar

CBS Philly: Philadelphia Students, Local Artists Create ‘Litter Critters’ On South Street

  • April 27, 2011 5:08 pm

CBS Philadelphia


Philadelphia, PA – Litter critters make South Street their new home, designed to encourage the public to feed them… trash.

50 solar trash compactors along South Street known as “BigBellies” have been covered in painted vinyl wrappings making the doors in many cases look like the mouths of a colorful creatures or “litter critters.”

“They’re going to be appreciated and I think it’s very well put and it’s going to be an incentive for the kids to put the trash into the litter critters, that’s a great idea,” said a Center City resident who fed one with some trash at Second and South Streets.

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Children from several Philadelphia schools worked with artists to help create the critters as part of the city’s mural arts ‘big picture program.’

‘I know it makes young people feel proud to see their work on a trash can that is not only looking good but is doing very important work, that is sending a very important message to keep our city clean,” said Deputy Streets Commissioner Carlton Williams.

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5 Businesses Where Being ‘Green’ Is Easy and Profitable

  • April 22, 2011 1:52 pm

green-business-bigbelly-solar

Business News Daily

Once upon a time, when Earth Day was new and being in business meant making a buck at any cost, “green” businesses were an anomaly. Today, for many businesses, being green is just business as usual.

As these small businesses testify, making environmentally responsible decisions is not always easy, but building a business based on economic and environmental sustainability is usually worth it in the end.

BigBelly Solar

If you’ve observed the waste collection process, complete with idling trucks and exhaust fumes, it’s easy to wonder why there isn’t a better option in waste removal. Jim Poss, the founder of BigBelly Solar, wondered the same thing and after some research, discovered that garbage trucks in the U.S. consume more than one billion gallons of diesel each year. Drawing on this insight, Poss formed BigBelly Solar (originally called Seahorse Power Co.). The mission is simple: To eliminate the waste in waste collection.

By using a solar-powered trash compacting system, BigBelly Solar reduces the frequency of trash collection vehicle trips, leading to lower emissions and fuel usage.

“The cleanest gallon of fuel is the gallon you don’t have to burn at all,” said Richard Kennelly, vice president of marketing for BigBelly Solar.

The compactors also reduce odors and contain litter, eliminating the common overflowing problem that accompanies traditional public trash receptacles. There are more than 9,000 BigBelly Solar units deployed currently.

Kennelly said it’s sometimes hard to convince people that green isn’t just environmentally better, but more cost-effective.  In fact, green solutions often have lower costs, both for the company and the customer.

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College Planning & Management: Solar-Powered…Waste Collection?

  • April 22, 2011 12:08 pm

Washington, DC – Bill Del Vecchio, Georgetown University’s Solid Waste and Recycling manager, has several important goals: to bring sustainability leadership to the management of waste and recycling, to do so in a highly efficient and cost-effective way, and keep to the historic campus looking constantly clean and green. An innovative solar-powered waste collection system is a unique way to address their key sustainability, efficiency, and campus beautification goals.


Georgetown University in Washington, DC, is a global leader in sustainability in higher education. As the Solid Waste and Recycling manager for Georgetown, I have several important goals: to bring sustainability leadership to the management of waste and recycling, to do so in a highly efficient and cost-effective way, and keep to our historic campus looking constantly clean and green. Throughout the year, our urban campus is busy with the day-to-day activities of 17,000 to 19,000 students, faculty, and staff, as well as multiple student, alumni, and other events. A clear outcome of this high level of activity is a heavy and continuous stream of solid waste, which created the challenge of finding an efficient way to handle this load while also pushing our commitment to increased recycling.

In researching alternatives we discovered that Arizona State University, MIT, Harvard University, Carnegie-Mellon University, Loyola University, and Texas A&M were utilizing an innovative solar-powered waste collection system. This new take on public waste receptacles touted using solar energy to power a compactor resulting in 200 gallons of trash in a securely enclosed 32-gal. bin. We were also intrigued by the claims of significantly reduced cross-contamination and increased recycling rates from the companion recycling units, and the management capabilities delivered by an accompanying wireless network monitoring software solution.

While these capabilities sounded good, we were initially skeptical. Would the solar compactor system really work as well as publicized? Would this modern equipment blend in with the historic architecture of Georgetown University? We decided to do a trial test to see if it would. However to do so, I needed support from our finance people. Their initial response was, “a solar-powered what?” But like us, once they reviewed the capabilities and the strong testimonials from other universities, the more this solution looked like a unique way to address our key sustainability, efficiency, and campus beautification goals.

Great Results
The system worked so well that we went on to evaluate and determine the most problematic areas of campus for the deployment of additional solar-powered waste and recycling kiosks. Our busiest and heaviest use area is Healy Lawn, which serves as a congregation point as well as a venue for events. The volume of waste was so high at this location that our staff needed to empty the old trashcans up to three to four times a day. This enormous time-sink to our man-hour budget presented us with an opportunity to save time and money.

We replaced 60 outdoor trash receptacles with 20 solar-powered waste and recycling kiosks, each of which has three separate sections: paper, bottles and cans, and non-recyclable trash. The results were stunning. We reduced the Healy Lawn trash collection from three to four times per day to once every three to five days. In the first year, we reduced the mileage driven on the collection vehicle by 25 percent, which saved fuel and maintenance costs as well as thousands of pounds of CO2 from the air. Better still, we eliminated 2,912 man-hours of time spent collecting trash, resulting in an 11 percent labor savings, or a relative gain of 1.33 employees. We reallocated the man-hours saved to expand the recycling program.

Simplify Recycling
We discovered the key to a successful recycling program is to make it easier for people to recycle. With the addition of the solar-powered waste and recycling kiosks, we made it effortless for people in the community to recycle properly. Plus, this point source separating of paper from bottles and cans creates cleaner collection streams. The cleaner the streams, the higher return on the revenue generated from selling the recycling materials. Recycling revenue is allocated to the Solid Waste and Recycling department’s budget.

Tracking Activity and Results
The solar-powered waste and recycling kiosks are equipped with a wireless network monitoring solution for tracking fullness and collection activity. The wireless software solution allows for us to readily determine which units need to be emptied and the most cost effective way to integrate collection into our other zone-based activities. The capabilities of this solution allow us to think about work planning and reorganization for increased efficiency in ways that were never as fully visible to us before.

Unexpected Benefits
The solar-powered compaction system had some side benefits we didn’t anticipate. When you combine the savings in operational costs with the recycling revenue, we have actually increased our department’s funding by 10 percent while at the same time increasing our service levels.

Another benefit is that the solar compactor units help us promote renewable energy, recycling, and sustainability while keeping the campus beautiful. Students and faculty love the solution, and the deployment of assets that are visibly solar-powered provides a constant reinforcement to the Georgetown community of our commitment to renewable energy and sustainable practices. With fewer collection cycles, we even decreased the amount of noise pollution. Finally — and this is a big point for me in managing waste activities in a colonial-era section of Washington, DC, right on the banks of the Potomac River — the enclosed design of the units has virtually eliminated the presence of vermin.

The solar-powered waste and recycling kiosks are relatively maintenance-free. After two of the most significant snowstorms in the past 100 years and constant daily use, the most significant maintenance item was fixing a door handle.

Managing Budgets
Prior to requesting the funds to purchase the solar-powered waste collection system, you should evaluate the traffic patterns, volume of waste, and areas where litter is a continual issue on your campus. This vital information will help you determine the best deployment to increase efficiency and recycling while reducing overflows in both highly trafficked dense areas as well as remote areas that are expensive and difficult to maintain.

I deal with real budget pressures, real objectives that cascade from the University president on down for Georgetown to be a visible leader in sustainability, and real daily pressure to keep our campus looking beautiful. The solar compactor system has quickly become an important and powerful tool for me in achieving these objectives.

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Bridgeport gets solar trash bins

  • April 21, 2011 8:35 am

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Bridgeport, CT - Bridgeport is celebrating Earth Day in a high-tech way by harnessing the power of the sun to help please mother nature.

The city has gone high-tech with solar-powered garbage bins. There’s actually a trash compactor inside. The idea? To eliminate waste in waste elimination.

“Trash builds up, breaks the electric eye, and tells it it should do a compaction,” said Rick Gaudette of BigBelly Solar.

Gaudette walked Mayor Bill Finch, and members of the City Public Works Department, through the ins and outs of the new solar-powered trash compactor garbage cans.

The idea is to have a lot more ins than outs. In other words, by compacting the trash in the bins, you cut down the need to empty them by as much as 80-percent.

“Instead of sending men and women out from our public works department, 3, 4, 5, 6 times, they only have to go once. So that’s less pollution, less trucks, less trips, and those workers can be taking better care of our parks and doing other things that are a lot more productive than picking up garbage,” Bridgeport Mayor Bill Finch said.

As a way to kick off Earth Day, the City of Bridgeport is placing six of the combination garbage and recycling units around downtown. They were paid for with Federal Stimulus funds, and as gas prices keep going higher and higher, the bins are not only a gift to the planet, they’re a gift to the taxpayers. They could pay for themselves in about two years.

If this experiment goes well, Mayor Finch says he would like to add more bins, especially in popular places like Seaside and Beardsley Parks.

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See the Article or click above to Watch news correspondent Ted Koppy’s report

Fox25 News: Talking Trash & Energy Efficient Clean-Up with BigBelly Solar

  • April 19, 2011 7:32 pm

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Richard Kennelly, vice president of marketing for BigBelly Solar, speaks with Cindy Fitzgibbon at the FOX 25 Morning News studio.


Boston, MA - Fox25 News reporter Cindy Fitzgibbon speaks with Richard Kennelly, BigBelly Solar’s VP of marketing, about how the BigBelly intelligent waste collection system is helping the environment and saving municipalities millions in trash collection costs.

Here’s how the interview went:

CF: Well they are eliminating the waste in waste collection one trash can at a time.  I’m talking about BigBelly Solar.  You’re probably going to recognize them.  They are a local company with a worldwide reach, now just 7 years old with customers in 46 states and 30 countries.  Joining us this morning, the vice president of marketing for BigBelly Solar, this is Richard Kennelly. Good morning!

RK: Good morning!

CF: We’re holding onto our trash.

RK: That’s right.

CF: We’ve got recyclables and trash, and I think a lot of people are going, “Hey, I’ve seen these before,” because they’re all over aren’t they?

RK: They absolutely are. And we’re now actually in all 50 states, so we have to update that.

CF: Wow, congratulations!

RK: Thank you! And coming up on our 10,000th unit — and we’re going to keep on going past that.

CF: Wow, well this is exciting.  Let’s just explain to people how these work. They are not much larger than a regular trash can.

RK: Exactly.

CF: But they can hold 5 times the amount of trash than a typical one can.

RK: That’s exactly right.  From the user point of view, you just take your trash — it goes into the trash bin like so. It falls down into a bin on the inside, and then when the trash gets the top of this bin on the inside here, it breaks an electric eye beam. At that point it triggers a compaction cycle automatically.  That’s what makes room for more trash. I can do that manually here just to show people what it looks like. Essentially this is a ram with a flat steel plate, and it’s kind of like stomping down on the trash — except it keeps your shoes a lot cleaner.   That’s about 1,250 lbs of pressure, pushing the trash into this bin.  That way you can fit about 5 times as much as a normal can, as you said, into this one.  And why that’s important is, instead of picking up the trash say 5 times a week , you can come once a week. The main cost in trash collection isn’t the cost of a container, it’s the cost of sending trucks around to pick up that trash and take it to the landfill, or the compost or the transfer station.

CF: Well and that’s hugely important with these because they’re cost efficient, but they’re energy efficient as well.  Of course Earth Day is Friday, so that’s kind of why we’re showing you this.  And what’s neat about this is that solar panel on top.

RK: That’s right, exactly.  So essentially the BigBelly system includes solar-powered, onsite compaction. Solar means you don’t have to plug it in.  It’s completely wireless.

CF: 100% of its energy from the sun. Right?

RK: That’s exactly right.  And it doesn’t even need direct sunlight.  It’s happy on cloudy days, it’s happy in the shade of a building.

CF: That’s good.  They work in all over the world in different climates right?

RK: Exactly, we have them up in Alaska and Saskatchewan, as well as sunny places like Phoenix and L.A.  And days like today it’s still happy.

CF: Yeah exactly.

RK: Then we have combined that with onsite separation of recyclables.

CF: And this came along later.

RK: Right — we always offered it, but most municipalities don’t have curb-side recycling.  The reason is it’s very expensive — not to get a container, but to hire another contract of trucks to pick up the recycling.

CF: So here we go … put it in here.

RK: This one’s configured for “single stream” — for bottles, cans and paper commingled.  We can configure it for just bottles and cans… Actually in Halifax, Nova Scotia there are four of these in a row for bottles and cans, paper, compost, and non-compostable non-recyclable trash.

CF: Wow, that’s amazing.  We’re running out of time so I want to get to the newer aspect of what you guys are doing, and it’s kind of a wireless monitoring system.

RK: Exactly, that’s the third part.  Inside each BigBelly is essentially a cell phone that sends a text message when it needs to be picked up, and that goes to a central server.  Then the owner or operator can log in from any Internet-connected device, and see the status of all the machines in real time, as well as historic collection data.  Why that’s important is you can really optimize the efficiency of the pick up, saving as much money as possible.  You’re not picking up when they’re too empty — which means you’re picking up air — or too full, which means they’re overflowing. You get it at that “baby bear” just-right level, and that means you’re maximizing the efficiency and the cost savings.

CF: Oh, well it is amazing how these work, and how much energy they save and how little they actually use to operate.

Pretty amazing. I think one my favorite statistics on your website was the operational energy is equivalent over 8 years for a garbage truck to go one mile.

RK: That’s right.  Garbage trucks get about 2 or 3 miles to the gallon.  They’re very expensive.  And the nice thing is, aside from that, the human resource too: in Philadelphia they’re saving almost a million dollars a year because they could take two-thirds of the workers from trash collection to staff a recycling program. By getting the recycling out of the trash you save a lot of money on disposal, as well it’s good for the environment.

CF: It’s wonderful for the environment.  Richard, thank you so much.  Tell people your website.

RK: Thank you Cindy.  It’s BigBellySolar.com.

CF: BigBellySolar.com: Originally started in Needham and now — worldwide.  Thank you so much.

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PTI: Philadelphia Wins Sustainability Technology Award for BigBelly System

  • April 15, 2011 9:44 am

The Public Technology Institute hosts an annual competition to recognize PTI members who demonstrate how they use technology to solve problems, reduce costs, and improve services and internal operations.

Deputy Mayor Rina Cutler


The City of Philadelphia won the
2010-2011 Technology Solutions Award for Sustainability:

Philadelphia, PA   WINNER
BigBelly – Solar Powered Energy Improving Service: The Philadelphia Streets Department’s Sanitation Division employs the latest innovative technology to track maximum capacity and disposal of waste in bins better known as BigBelly Solar, solar-powered waste & recycling stations. This system features a wireless monitoring and management capability which creates staff efficiency through better deployment of crews and better management of personnel when planning collection routes and work zones. Software solution tracks all compaction and collection activity, allowing collection crews to maintain high service levels.

The City also won two other PTI awards: Winner of the Geospatial Information Technology Award for Optimizing Traffic Signal LED Installation Using Mobile GIS Technology; and a Significant Achievement Award in Sustainability for Maximizing SwiftReach Results for Maximum Communication (the Philadelphia Streets Department employs the latest innovative technology to disseminate information about the department’s services and programs to Philadelphia citizens).

Congratulations to the City of Philadelphia!

See the PTI award website

CBS News: Solar Powered Trash Cans At Main St. Arts Fest

  • April 14, 2011 1:05 pm


Dallas, TX – CBS 11 News reporter Joel Thomas reports on how the BigBelly solar trash compactor is a beautiful thing to see at the Main Street Arts Festival.

Here’s how the story went:

Karen Borta (reporter): There are all sorts of artistic styles out here.  Some of it is old school art.

Doug Dunbar (reporter): Yeah, some if it’s modern art, and then some of it is garbage and there is no disrespect meant here. Let’s get an explanation right away before we make anybody mad. Joel Thomas — at the festival for us to explain.  Hey Joel …

Joel Thomas

Reporter Joel Thomas

Joel Thomas (reporter): Hey, how’s it going Douglas? And you’re right, being garbage doesn’t necessarily mean it’s a bad thing.  There’s all kinds of art out here … some you like, some you don’t like.  But some people who come to a part of the fair just like this.  Where there’s no vendors, no paintings, no sculptors and they see something beautiful.

Steve Keller (Waste Management): When I look at this, I think what a cool piece of artwork that this is.

Joel Thomas: Most people just don’t see it, while others ….

Brandon Bennett (Ft. Worth Code Compliance): These things are pretty sexy.

Joel Thomas: Love ‘em!

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Steve Keller: It’s ergonomically beautiful.

Pedestrian: Is it that?

Joel Thomas: That’s it.

Pedestrian: Hey look!

Joel Thomas: It’s a solar powered garbage can.

Steve Keller: What we have is a solar powered compactor that reduces the amount of times that a truck has to come up and down the street to empty this.

Joel Thomas: You see old garbage cans actually couldn’t contain the mess.

Brandon Bennett: People would show up, they’d have a drink, they’d throw away their cups and before you knew it, the can was overflowing.

Joel Thomas: This actually contains the trash. Then the solar powered motor crushes it down.  So instead of picking up trash every day — the garbage man only has to come once a week.

Steve Keller: So, you have 80 percent less truck traffic on the street, which reduces the carbon imprint of the city here.

http://www.rogershealy.com/sites/default/files/resize/remote/809e251aac324cb8641b33fa0a4d1784-168x120.jpgBrandon Bennett: It saves them some money and it could also save the environment. It’s smaller carbon footprint, there’s less emissions, less wear and tear on the roads.

Pedestrian: Nice!

Joel Thomas: And when the garbage can is full …

Steve Keller: Literally sends a signal to our dispatch office and tells them it’s full. It’s really a cool thing.

Pedestrians: I agree!  Definitely.

Brandon Bennett: When the guys in the industry see this on the news tonight they’re gonna say, “Wow, that is one lucky guy!”

Joel Thomas: I guess.  You know beauty is in the eye of the beholder and people will be able to behold a lot more of those trash cans. They’re expanding the project right here in Sundance Square to all over downtown.

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Port Jefferson Patch: Port Jeff Installs Solar Trash Compactors

  • April 13, 2011 10:03 am

Port Jefferson Patch


Port Jefferson, NY – Port Jefferson is the first village in Suffolk County to install BigBelly Solar trash compactors, some of the most advanced garbage cans in the country. These “green” machines currently appear in over 40 states and 20 countries, but Port Jefferson is the first town in Suffolk County to give these machines a try. The waste receptacles utilize solar power to run an internal compactor, enabling them to hold up to five times more garbage than a traditional can.

The devices were purchased from a company known as BigBelly Solar. A representative of BigBelly Solar claims these units can lower the cost of garbage removal by “up to 80 percent.” This reduction in cost is a result of the self sustaining garbage compaction that these machines are capable of, resulting in less need for post pick-up compacting along with other associated savings.

Big Belly trash compactor on the corner of Main Street and East Main.Solar power fuels the compactors that crush trash into their big bellies.The back of the trash compactor with ample space for advertising.A place for separating bottles and cans in the trash.The Big Belly trash compactor on Main Street and East Main Street.The Big Belly trash compactor on Main Street and East Main Street.The Incorporated Village of Port Jefferson, partnered with the  Business Improvement District and the Go Green Committee, took its first step in a recycling program bringing 20 Big Belly solar compactors with matching recyclable containers to the upper and lower business districts.

Each of the devices is equipped with WiFi that enables it to communicate with town waste management employees by sending a text message when it has reached capacity. This also allows waste management teams to view various trends in different garbage recepticles, helping the town design a new collection service that is designed around average waste traffic updates provided by this system.

Steve Gallagher, Superintendent of the Port Jefferson Department of Public Works, said implementing these garbage cans in town will be cheaper and greener than the traditional alternative.

“This system will allow us to optimize collection efforts; saving time, money and fuel by eliminating daily trash collections,” he said.

The village purchased 20 units in total.

The initial investment may be offset by freeing up town workers to address other issues that previously suffered.

In Philadelphia, the largest city where these units are currently installed, it has allowed city workers to focus on other maintenance areas. According to Michael Lambert, Philadelphia’s Director of Transportation and Infrastructure, the installation of “BigBelly” garbage cans has allowed city workers to focus on things like pothole repairs, foliage trimming, and playground repairs.

Cost savings is not the only perceived benefit of the “BigBelly.” Solar powered trash compaction is a “green” way to perform a task that would normally require the use of fossil fuel or electricity derived from fossil fuel. The result is less dependency on a resource that creates pollution, and is also currently undergoing a rapid increase in price.

Each unit is similar in size and appearance to a USPS sidewalk mailbox. The side of each unit can potentially house advertisements, which could be a future revenue producer for Port Jefferson. Currently, these spaces contain information about the new machines.

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Les Lawson, Manager of Campus Services, Iowa State University:

  • April 7, 2011 11:33 am

“BigBelly compactors have been a good addition for our trash management.  They have reduced our tipping frequencies, kept animals out of the trash, and best of all, students like to see and use them.”

News Channel 5: Pompey Park Recreation Center in Delray Beach is going green

  • April 6, 2011 10:34 am

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Pompey Park in Delray Beach


Delray Beach, FL - Pompey Park Recreation Center in Delray Beach is going green!

New additions will be unveiled tonight, featuring new athletic-field lighting and solar-powered trash compactors.

According to Delray Beach officials, this move is expected to cut costs and reduce greenhouse gas emissions while helping the environment.

“The solar-powered trash compactors, funded through a private contribution from Waste Management Inc. of Florida, will help to reduce greenhouse gas emissions and maintenance costs that will lead to improved city services,” said city’s sustainability officer Richard Reade.

The solar compactors are installed at Miller Park, Seacrest Soccer Complex and Pompey Park.

Mayor Nelson ‘Woodie’ McDuffie read an Earth Month proclamation to kick-off of Earth Month and “showcase the city’s efforts and goals to continue as a green and sustainable community,” Reade said.

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