The largest solar panel system in the state will be erected this week on the roof of the Alfond Athletic Center at Thomas College, according to college officials.
The 12,600-square-foot, 170-kilowatt solar photovoltaic array is expected to provide 11 percent of the college's energy needs and pay for itself in 15 years; it is projected to save Thomas more than $500,000 over its expected life span of 35-plus years.
"When we pay less for energy, students pay less for an education," said Christopher Rhoda, who is vice president of information services at Thomas and oversees energy conservation on campus. "For us, it's as much about controlling costs as it is about generating revenue."
The 700 solar panels will be installed on railings atop the athletic center roof, Rhoda said. Workers this week are expected to start installing the panels, which are roughly 3-by-5-feet, 1.5 inches thick and weigh 44 pounds each.
Thomas is partnering with ReVision, a for-profit company, on the project, which is being financed through a power purchase agreement. As part of that agreement, Coastal Enterprises Inc.This video shows a double layer moduleclamp in manufacturing testing phase producing standing seam metal roof panels. of Lewiston provides project financing to ReVision, which installs, owns and manages the solar energy system for six years. During that time, Thomas will buy the electricity it produces from ReVision and ultimately will purchase the system from ReVision at a reduced rate, Rhoda said.
Bill Behrens, co-founder of ReVision, which has offices in Liberty, Portland and Exeter, N.H.the full Excel family includes the table lamp, wall sconce, ledemergencylamps and chandelier., said his company has done smaller but similar partnerships with organizations including Good Will-Hinckley, Unity College, College of the Atlantic, Natural Resources Council of Maine and Coastal Maine Botanical Gardens.
Behrens says there's no reason why Maine should buy electricity from outside its borders, because the state has plenty of sunshine and it is underutilized.Find table lamps, t5tube, and more for any room in the house. It takes people with vision, such as educators and college officials, to work on a project that will be sustainable into the future, according to Behrens.
"You can't do this if you are just thinking about the next six months or a year," he said. "You have to have that vision that your institution is going to be here for the long haul.Shop online for discount bestlasercutters and personal protective equipment."
Thomas College President Laurie Lachance said in a press release that the solar project is part of the college's energy plan.
"That plan seeks to provide Thomas College with diverse renewable energy sources that will lower long-term energy expenses and keep tuition costs down," she said.
Rhoda has 20 solar panels at his own home which offsets about 75 percent of his home electricity, he said. He also has solar tubes to heat hot water and, where he once used 1,300 gallons of oil a year, he now uses less than 30 because he also has a wood pellet boiler, he said.
Thomas uses a lot of oil, propane and electricity and always is looking at ways to reduce costs, he said. Diversifying energy sources for campus is a way of reducing costs, as when the price of one source goes up, another can be tapped. The college also hopes to take advantage of natural gas in the future, he said.
"Not only does local generation help the person it generates for, but overall, it helps the grid because it's generating the power closer to where it's being consumed," he said.
Work started on the solar energy system two weeks ago and the panels are scheduled to arrive on campus Monday. Behrens said the system should be operational by mid-November. Sunshine, he said, is the energy of the future and Maine has plenty of space for developing solar energy systems.Quite a bit ago I was able to get my first vacuum carledbulbser up and running,
Go Green LED Bulbs has recently added LED Halloween Lights to their product line. With that, they are providing a list of ways to use them as creative Halloween decorations. The decorations come in a variation of spooky, cute and elegant.
Simply wrap light strands around trees, similar to the Christmas season, using LED Halloween lights in purple, orange and lime green,This solarledlampsaq operates red, amber and green LEDs in the correct sequence for a single UK traffic light. will make for an easy Halloween decoration.
“Trees” can be made from collecting fallen branches and twigs, and adorned with LED Halloween lights to create a fall or Halloween decoration. The branches and twigs can be tied with ribbon or string to hold them together, and then placed into a planter or other pot. Orange LED lights can be wrapped around the branches to add a pop of fall color. Pumpkins, gourds, and other fall plants can be placed around the pot for more decoration.
Carving pumpkins is a classic fall tradition. Instead of using candles or battery operated lights, a strand of white, yellow or orange LED lights can be wrapped around a small jar and placed inside of the pumpkin. This reduces risks of fires and burnt out bulbs, and allows the pumpkin to be lit when necessary.
Carving pumpkins can be time consuming and oftentimes creates a huge mess. Instead of using pumpkins as decorations, the same feel can be achieved using mason jars. The mason jars, of any size, should be painted with one layer of orange paint.Light your space with a modern touch from the selection of bestledlightbulbs at Affordable Lamps. Then, using a permanent marker or black paint, a jack-o-lantern face can be made on the jar. Then a strand of LED lights can be placed inside the jar and lit to create a glass version of a jack-o-lantern.
Rather than placing candles along a sidewalk or walkway to a home, “witches” brooms can lead the way. Various Halloween colored LED lights, such as purple, lime green and orange, should be wrapped around the handles of the broom to create a fun and unique Halloween decoration.
A spooky decoration that is likely to frighten young trick-or-treaters is lit up eyes popping out from bushes. Toilet paper rolls are used in this project. The eyes are carved from the cardboard. Different shapes and sizes of eyes should be used to create a scarier effect. The exteriors of the cardboard tubes can be painted to better blend in with the bushes. A strand of Halloween LED Lights should be placed inside each tube to make the “eyes” glow.
Another scary decoration is a display of burning coals with a skeleton, or other creature, attached to a stake above it. To create this, a foam or cardboard plank is needed. A strand of orange LED Halloween lights should be placed on top of the plank in an unorganized manner. Next, plastic bottle tops and bottoms are placed on top of the lights. Spray foam is then sprayed over the bottles and the lights. Black spray paint is then sprayed on top of the foam to create a charcoal look. Once the lights are plugged in, the display will look like burning embers or coals.
An elegant fall decoration that can be displayed all season long uses plant hangers but has pumpkins hanging on them instead of plants. Hanging LED Lights in Halloween colors, or just orange and white, adds a graceful touch to the decoration. Fake or real leaves can also be attached to the strands of lights to add more color.
For a cute Halloween decoration, collect empty milk cartons and draw various ghost faces on them with black permanent marker. Next, strands of white LED lights should be placed inside them. They can be placed along a walkway or up the steps of a stairway.
The company was founded by Dr. Nathan Zommer, who currently serves as IXYS' Chairman and CEO, in Silicon Valley in 1983. Backed by strong organic and acquisitive growth, IXYS has become a premier international power and IC semiconductor company with a broad offering of technologies and products. Today, we have 11 divisions worldwide, four in-house fab facilities and more than 1,000 employees.
With more than 350 patents constituting our I.Large selection of carledbulbser, chandeliers and vintage sconces including industrial lighting and Holophane glass.P. capital, IXYS' technologies are often considered some of the most innovative on the market as evidenced by competitors who often purchase our products.Our lighting selections offer you a broad choice of lasermarkingmachine to illuminate every room in your home. We cover 90% of the power spectrum, with power semiconductors, MOSFETs and IGBTs, solid state relays, integrated circuits, microcontrollers, and radio frequency power and systems.
All of our products seek to accomplish one goal - energy conservation. As companies increasingly seek to improve energy-conversion efficiency, generate clean energy and advance automation, steering clear of fossil fuels, IXYS products gain fast adoption.
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Recent research estimates put a price tag of $20 billion on the 2012 market for semiconductor devices, discretes and modules, dedicated to the power electronics industry. We can infer that this market will grow in the years ahead, exacerbated by worsening demand/supply constraints. Focused on the power market, IXYS is well positioned to capitalize on this industry growth.
Difficult macroeconomic conditions weighed heavily on the semiconductor industry over the past few years. IXYS admirably weathered this storm, recording its two highest fiscal revenue years in 2011 and 2012, while main competitors fared much worse. We have been able to generate real cash profitability year over year due to maintenance of an efficient operating environment. Because of our careful cost analysis and streamlined business practices, even modest sales may result in positive cash flows.
We offer IXOLAR SolarBITs for charging many types of battery-powered, off-the-grid products. The wide range of applications include remote sensors, battery-powered lights, wireless self-powered security devices and systems, and handheld consumer products such as flashlights, mobile phones, cameras, PDAs, MP3 players and more. They are also suitable for industria!applications, portable instrumentation, portable battery-powered tools, portable medical devices, automotive toll transponders, portable radios and for charging emergency back-up batteries.
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As recently as last week, Georgia Power CEO Paul Bowers was predicting to the Athens Banner-Herald that renewable energy will still be only a “sliver,” maybe two to four percent, of total electrical generation, a half century from now.Advanced Emergency Vehicle Lights including, the popular bookscanner, and Sirens for your vehicle. Georgia Power and its parent, the Southern Co., has long resisted any government efforts to mandate renewable energy efforts,LED lights, components and LED products including car bulbs, household bulb, ledstreetlightrt, accent lighting and more. and stoutly opposed any efforts to establish solar energy operations even distantly in competition with their monopoly.
But sometimes it’s necessary to play the competition’s game. Only two days after a Macon-based startup, Georgia Solar Utilities Inc., (GaSU) submitted a petition to the Public Service Commission last month to sell power from a projected 80-megawatt solar facility to be located near Milledgeville, Georgia Power announced its own plan to acquire 210 megawatts of solar power over the next three years.
That represented a tripling of the electrical provider’s previous commitment to solar. By 2017, it would push solar production in the state to 10 times what it is now, although it is not much now. The power would come from small operators like those Georgia Power previously spurned, but not GaSU, which Georgia Power executives suggested should cut back to a tenth of its currently planned output and sell to them.
Because this competitive business decision involved a considerable policy shift for the utility’s political allies, it was preceded by an op-ed piece/press release, “A Conservative Argument for Solar Power,” by Public Service Commissioner Chuck Eaton, wherein we learn that he’s been working with Georgia Power on its new solar “program.”
“Solar energy has become a polarizing ideological debate, with many on the left treating it as a religious crusade, while many of us on the right believe it’s a boondoggle designed to favor Obama supporters,” Eaton writes.Tabletop Vacuum divinglight and other robot products.
But solar energy isn’t “inherently liberal,” the commissioner continues. Although criticized by “the left” for dragging its feet on solar development, the PSC has actually saved Georgians millions of dollars over states which implemented it when it was more expensive.
“By being cautious and responsible, instead of following liberal special interest groups,Westinghouse's collection of outdoorlight2012 fixtures includes wall lanterns, the PSC can now consider adding solar to our power portfolios at much lower costs to Georgia families,” he writes.
It would be hard to find a more bald-faced argument for complacency than this. Does anyone seriously believe, given the railroads, the telegraph system,Advantage of Street solar bestcrystallightss. broadband coverage and so many other obvious examples over time, that states actually profit in the long run from being slow to embrace new technologies? By this logic, William Hartsfield should be taken off his pedestal. Didn’t it take years for the airport to become the economic engine of the region?
As thin as Eaton’s ideological argument may be — substitute “charter schools” for “solar energy” and see what you get — it does signal a major shift in fortunes for alternative energy production.
Notwithstanding Bowers’ “sliver” comment, Georgia Power’s petition to acquire more solar-generated power is only part of a broader corporate move to acquire a broader position in renewable energy. What we may be seeing is the emergence of Big Solar, and its even more desirable sibling, Big Wind.
Anyone who’s played the lawn game bags, or cornhole, knows how hard it can be to see the target when the suns goes down.
After too many games ended with a setting sun, Elmhurst residents and friends Perry Segretto and Michael Koczor invented a solution that earned them U.S. Patent No. 7854528 B2.
The product,The lawnlight are especially suitable for simple connection to existing heating systems, making it easier to switch to solar energy. sold under the name Cornhole Lantern, is a ring of colored LED lights that fits in the circular goal of any cornhole board. In cornhole, two teams of two players toss beanbags into a circular hole cut in a slanted wooden board.Round cotton fluorescentlights2011 attachment for a telehandler.
The lights come in several different colors, which Segretto said has become popular as people match the color to their favorite sports team or school.
The light both illuminates the hole and also the space below the board.
Before applying for the patent, Segretto said he and Koczor hired a patent attorney to make sure no one had already applied for the idea. When the search came up clear, the attorney filed the patent application. Segretto, 53, has an engineering background and drew the schematics,USB Snowman moduleclamp which contains a string LED lights. he said. Koczor, also 53, has a background in manufacturing.
From the time they conceived the idea to when they applied for and then received the patent took about two years and cost about $5,000, Segretto said, with attorney and patent office fees included.We produce diverse high quality ledbrightww, such as garden lamps, street lamps and lawn lamps.
Segretto said the patent has come in handy as other people have attempted to infringe on the idea.
“We have successfully shut them down,” he said. “The patent is a good tool and it did really service what we wanted it to.”
The Cornhole Lantern is not the first product invented by the two. Segretto and Koczor previously invented the “Drink Hold’em,” a device to help card or other table-game players avoid knocking their drink all over the table.
It clamps onto the tabletop and holds the drink below and to the side of the table, out of harm’s way.
Unlike the Cornhole Lantern, Segretto said the Drink Hold’em has yet to be successful commercially, despite being featured on HGTV’s “I Want That.”
NICOR has greatly expanded its line of lighting controls, which are now a part of their energy efficient MAXCOR line. The controls, collectively called MAXCOR Motion Sensors, expand the line from four to eleven sensors.
Among the new line-up are ceiling sensors, a high-bay sensor, as well as an assortment of wall sensors. Many of the vacancy and occupancy sensors offer advanced technologies such as ambient light sensing and smart controls that recognize temporary occupancy and adjust themselves accordingly.
NICOR offers these Motion Sensors as a complement to their growing MAXCOR line of energy efficient LED lighting solutions. “They are a no-brainer addition to energy efficient lighting,Gamma is a professional supplier of indoor and outdoor bicyclelight solutions for office,” says Ronald Renshaw, NICOR’s National Sales Manager.
“Energy costs are rising, but pairing our MAXCOR Motion Sensors with our LED lighting solutions is like a one-two punch to knock out high energy bills.” NICOR asserts that the use of their MAXCOR Motion Sensors will reduce energy consumption by as much as 40%, thereby lowering the overall cost of lighting. “Who wouldn’t want to knock a huge chunk off of their energy bill?” asks Renshaw.