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       #Post#: 1259--------------------------------------------------
       Re: Photvoltaics (PV) 
       By: AGelbert Date: May 31, 2014, 1:31 pm
       ---------------------------------------------------------
       Rapid Solar Growth Offers Hope In Fight Against Climate Change
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       Rhone Resch
       May 30, 2014
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       #Post#: 1263--------------------------------------------------
       All the forces in the world are not as powerful as an idea whose
        time has come
       By: AGelbert Date: June 1, 2014, 1:53 pm
       ---------------------------------------------------------
       Middle-Class Americans Leading The Solar Rooftop Revolution
       [img width=40
       height=20]
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       />[img width=40
       height=40]
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       />width=60
       height=60]
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       />width=100
       height=80]
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       />width=200
       height=150]
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       />[img width=30
       height=40]
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       />
       According to recent Center for American Progress (CAP) studies,
       middle-class America is buying into the solar market. This is
       great news — rooftop solar isn’t just for mansions and
       millionaires anymore; it is accessible to suburban households
       across the country. How will the power industry and legislators
       react to this power being in the hands of the people?
       Last year, CAP found that in Arizona, California, and New Jersey
       – the three largest solar markets in the United States – the
       majority of solar panels being installed are in areas with
       median incomes ranging from $40,000 to $90,000. And this year,
       CAP found that emerging solar markets in Maryland,
       Massachusetts, and New York are following similar patterns. More
       than 80% of installations in New York and nearly 70% of
       installations in Massachusetts occur in areas with incomes
       ranging from $40,000 to $90,000. Interestingly, just 45% of
       Maryland’s rooftop solar installations occurred in middle-class
       neighborhoods — a lower percentage than New York and
       Massachusetts, but still a significant percentage.
       While the studies didn’t look at the reason behind the trend, it
       can be assumed that it has to do with the cost benefits of going
       solar.
  HTML http://www.pic4ever.com/images/128fs318181.gifNet<br
       />metering and other solar policies allow households to save mon
       ey
       while doing something good for the environment. And saving $600
       or even thousands of dollars in electricity costs a year means a
       lot to middle-class families.
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       But utilities and fossil fuel companies don’t want to give up
       their power, so to speak, to the people. They argue that net
       metering unfairly advantages people who produce their own
       electricity through solar.
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       They don’t pay to
       maintain transmission lines, substations, and computer systems
       that make up the grid, although they rely on them for backup.
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       This “unfairness”
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       />has prompted the American Legislative Exchange Council (ALEC)
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       — a
       conservative organization funded by big oil — to draft model
       legislation targeted to undercut net metering benefits, as well
       as states’ renewable energy standards. ALEC hasn’t had much
       success yet, but many are looking at Ohio right now and the
       possible decision by the state House to gut Ohio’s renewable
       energy standards in response to ALEC’s lobbying.
       The power industry’s actions only serve to highlight how
       powerful solar is becoming in the United States. An energy
       revolution has begun that threatens the wealthy, old
       establishments. And with more and more families installing
       rooftop systems, legislators may hopefully become less
       interested in turning their back on the voting public and
       gutting renewable energy benefits.
       As Victor Hugo said, [font=times new roman]“All the forces in
       the world are not as powerful as an idea whose time has
       come.”[/font]   [img width=140
       height=080]
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  HTML http://cleantechnica.com/2014/05/31/middle-class-americans-leading-solar-rooftop-revolution/
       #Post#: 1340--------------------------------------------------
       Re: Photvoltaics (PV) 
       By: AGelbert Date: June 10, 2014, 8:08 pm
       ---------------------------------------------------------
       Pakistan Breaks Ground On One of the World’s Largest Solar Parks
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       height=70]
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       />
       06/09/2014 03:07 PM
       SustainableBusiness.com News
       Last month, Pakistan began construction on its first major solar
       park, starting out with one of the largest solar PV projects in
       the world.
       Until now, this land of sun hasn't produced even a kilowatt of
       solar energy.  :(
       Being built in phases, the first 100 megawatts starts generating
       this year and by 2016, the 400,000-panel project will produce 1
       gigawatt (GW) of electricity. Then it will become even larger,
       eventually covering 15,000 acres and pumping out 1.5 GW.   ;D
       Smaller solar projects are also being built around Quaid-e-Azam
       Solar Park, with a road and transmission structure that make it
       convenient.
       Islamabad-based Safe Solar Power, for example, is building a 10
       MW project, and about 20 companies are planning projects from
       10-50 MW, reports The Express Tribune.
       To support solar development, Pakistan is also inaugurating a
       feed-in tariff for solar PV. Rates vary based on geography, but
       they are around $0.20 per kilowatt hour, reduced to  $0.083
       after 10 years. It is limited to PV plants between 1-100 MW.
       Solar Pakistan
       What is now a barren, parched desert will gleam with solar
       panels, spurring the economy with it. "You will see a river of
       panels, residential buildings and offices - it will be a new
       world," site engineer Muhammad Sajid told The Express Tribune.
       No longer will people have to "sweat and curse" their way
       through the summer, says The Express Tribune, beleaguered by
       chronic energy shortages (half the people don't have
       electricity) and regular outages. Says Prime Minister Sharif,
       scarcity of reliable electric power "has pushed the country
       backwards and its entire industry and agriculture sector have
       suffered immensely."
  HTML http://www.freesmileys.org/emoticons/emoticon-anime-034.gifPeople<br
       />are already migrating away, finds a study in Nature Climate
       Change. Pakistan's climate is increasingly inhospitable between
       heat stress and atypical torrential floods - and is considered
       one of the most vulnerable to climate change impacts because its
       environment has been so degraded.  :P  :(
       Just 2-5% of forest cover remains and with 166 square miles
       cleared each year, it has the highest deforestation rate in
       Asia, according to the UN Food and Agriculture Organization.
       Incredibly, the country has only a one month supply of water in
       reserve, which makes growing food increasingly challenging.
       Then there's the other side of the equation. In another part of
       the desert, a $1.6 billion coal plant is being built and two
       others have been approved, 660 MW and 600 MW.
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       [img width=200
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       />                                                   [img
       width=100
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       #Post#: 1403--------------------------------------------------
       Re: Photvoltaics (PV) 
       By: AGelbert Date: June 17, 2014, 12:44 am
       ---------------------------------------------------------
       Texas, Land of Wind, Could Soon Also Be Land of Solar [img
       width=100
       height=100]
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       06/16/2014 01:19 PM
       SustainableBusiness.com News
       Texas, land of wind, could soon also be the land of solar, as
       the state embarks on its first utility-scale solar farms - at
       prices that compete with conventional energy.
       Recurrent Energy, the solar developer arm of Sharp Corp., won
       the contract to build a 150 megawatt (MW) solar farm from the
       state's leading utility on renewable energy, Austin Energy. It
       comes online in 2016, and the utility is buying all its energy
       under a 20-year power purchase agreement.
       "Solar power has reached a price that is competitive in the
       ERCOT market, allowing us to further diversify our energy
       portfolio with renewable resources," says Larry Weis, General
       Manager of Austin Energy.
       "The Texas market represents one of the most exciting
       opportunities for the solar industry," says Arno Harris, CEO of
       Recurrent Energy. "The industry's growing scale and decreasing
       costs are enabling us to successfully compete against
       conventional energy in deregulated markets like ERCOT.
       Earlier this year, Austin Energy signed a contract for what
       could be the lowest price for solar electricity ever, just under
       $0.05 per kilowatt hour (kWh), locked in for 25 years - without
       any local or state subsidies. The electricity comes from two
       solar farms also going up in West Texas, a 150 MW and 50 MW
       plant built by Sun Edison.
       The price is less than a third of what Austin Energy paid in
       2009 for solar, and beats natural gas ($0.07), coal ($0.10) and
       nuclear ($0.13)!  ;D
       The utility's goal is the highest in the US - 35% of electricity
       from renewables by 2020- and it's almost there, six years early,
       demonstrating that it's not that hard to meet aggressive
       renewable energy targets. It's also been getting incredibly
       cheap deals for wind energy.
       Recurrent says it has over 500 MW of operating solar projects in
       North America and 2 gigawatts under development.
       400 MW Project Moves Ahead
       Meanwhile, the first phase of a 400 MW project is online in San
       Antonio. Rather than being built as one, massive project, South
       Korea's OCI Solar Power consists of four separate solar plants -
       the first phase is the 41 MW Alamo I solar farm.
       When the entire project is finished, Texas will be one of the
       top solar producing states.
       Alamo 1: (picture at link)
       Solar OCI Alamo 1
       "By 2020, 65% of our community's electricity will come from
       resources that are low- or no-carbon emitting   ;D - reducing
       emissions in an amount that's equal to removing more than a
       million cars from local roads," says CEO Doyle Beneby of San
       Antonio's municipal utility, CPS Energy.
       The project represents one of the most creative agreements for
       bringing solar to a state. Negotiated by San Antonio's Mayor
       Julian Castro, he convinced the utility to tie clean power
       purchase agreements to economic investments in the city. As a
       result, OCI Solar Power moved its headquarters there and opened
       a $100 million manufacturing facility that makes the components
       for all its North American projects, creating 800 permanent jobs
       and $700 million in an annual economic impact for Texas.
       Castro led an impressive turnaround at CPS Energy, turning it
       away from "bullheaded reliance on a fleet of enormous nuclear
       and coal-fired power plants built decades ago," to instead
       following a "New Energy Economy" plan. Now it's aiming to get
       20% of its power from renewables by 2020, and is on track to
       beat that goal.
       Also in Texas
       San Antonio's leadership on renewable energy is bringing other
       rewards - the city is attracting talented individuals that work
       in the space and companies like Microsoft that want renewables
       to run their data centers.
       Microsoft announced a 3-year partnership with the University of
       Texas to "transform how data centers consume energy." Noting
       that CPS Energy "is the largest publicly owned purchaser of wind
       power in the country," the team will evaluate using
       micro-turbines instead of diesel generators during times of peak
       demand and grid outages.
       The company is also donating $1 million to the university's
       Texas Sustainable Energy Research Institute.
       Last year, Microsoft made its biggest purchase of renewable
       energy, 100% of the energy from the 110 MW Keechi Wind Farm in
       Texas, to power its data center there. The money came from
       Microsoft's internal carbon fee.
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       #Post#: 1411--------------------------------------------------
       Re: Photvoltaics (PV) 
       By: AGelbert Date: June 18, 2014, 1:02 pm
       ---------------------------------------------------------
       Texas Utility Doubles Large-Scale Solar, Says It Will Be
       Coal-Free By 2016  [img width=30
       height=30]
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       By Kiley Kroh on June 17, 2014 at 12:53 pm
       "Texas Utility Doubles Large-Scale Solar, Says It Will Be
       Coal-Free By 2016"
       
       Thanks to new investments in natural gas and utility-scale solar
       energy, El Paso Electric, a Texas utility with nearly 400,000
       customers, announced on Monday that its electricity mix will be
       free from coal by 2016.
       Thanks to successive investments in large solar projects, EPE
       has doubled its utility-scale solar portfolio in less than one
       year. “Our west Texas and southern New Mexico region has the
       right kind of sun for optimal solar energy production, making
       this region the ‘goldilocks’ in terms of climate, humidity and
       heat characteristics that allow us to expand our renewable
       portfolio with cost-effective technologies and reliable energy
       resources,” said Tom Shockley, Chief Executive Officer at El
       Paso Electric, said in a statement.
       
       The utility signed a 20-year power purchase agreement with the
       massive Macho Springs solar plant in New Mexico, a 50 megawatt
       (MW) facility with the capacity to power more than 18,000 homes.
       According to the agreement, signed last year, EPE would buy
       solar power from Macho Springs for 5.79 cents a kilowatt-hour —
       less than half the 12.8 cents per kilowatt-hour average price
       for electricity from new coal plants, according to Bloomberg.
       In February, EPE signed a 30-year power purchase agreement with
       Newman Solar to build a 10 MW solar facility in El Paso that is
       expected to come online by the end of 2014 and power an
       additional 3,800 homes.
       Deciding “it is in the best interest of its 395,000 customers,”
       EPE plans to sell off its seven percent stake in the Four
       Corners coal plant, located on Navajo Nation land near
       Farmington, New Mexico. The plant came in at number 15 on
       Environment America’s list of the nation’s top 100 dirtiest
       power plants, emitting 13.8 million tons of carbon dioxide
       emissions per year.
       Of course, a significant portion of EPE’s electricity is derived
       from natural gas and the utility came under fire last year for
       its proposal to build a new natural gas power plant in a
       low-income neighborhood. The company agreed not to expand beyond
       the four planned units and will establish a fund for residents
       to improve the energy efficiency of their homes.
       “While we wish the plant was not in our neighborhood, we are
       very pleased with the settlement agreement, particularly EPE’s
       agreement not to build additional turbines and possibly install
       solar panels at the plant,” Ralph Carrasco, the citizens group’s
       executive director, said in a statement.
       El Paso Energy’s announcement that it is “well-positioned” for
       the Environmental Protection Agency’s new regulations aimed at
       cutting the carbon pollution from the nation’s existing fossil
       fuel-fired power plants came on the same day Texas governor Rick
       Perry
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       joined eight
       other Republican governors
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       saying the rule
       will cost millions of jobs  and slow economic growth.
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       />claims, trumpeted by the U.S. Chamber of Commerce, among other
       s,
       have been widely debunked.
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       />
       Texas is the top carbon emitter in the country and, as the Texas
       Tribune points out, “Texas officials and politicians have long
       refused to regulate greenhouse gases.” However, the regulations
       will have a less dramatic effect on Texas than on other states
       that rely more heavily on coal, particularly considering the
       state already has a diverse electricity mix. “In 2013, natural
       gas (41 percent) outpaced coal (37 percent) in powering the
       electric grid covering most of the state,” the Tribune reported,
       citing the Electric Reliability Council of Texas. “Meanwhile,
       the state’s wind sector (10 percent) is booming, thanks in large
       part to multibillion-dollar investments in infrastructure under
       Perry, while shifting economics has increased interest in Texas’
       long-untapped solar power potential.”
  HTML http://thinkprogress.org/climate/2014/06/17/3449604/texas-utility-solar/
       Agelbert NOTE: See George  Orwell 1984 to understand the
       statements by the Republican Governor WHINER FOSSIL FUELERS.
       [img width=40
       height=40]
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       /> [img width=40
       height=40]
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       />
       #Post#: 1468--------------------------------------------------
       Re: Photvoltaics (PV) 
       By: AGelbert Date: June 29, 2014, 2:38 pm
       ---------------------------------------------------------
       [img width=640
       height=380]
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       Legislation to End Fossil Fuel Tax Breaks Introduced by Sen.
       Sanders, Rep. Ellison
       Friday, November 22, 2013
       WASHINGTON, Nov. 21 – As House and Senate budget negotiators
       look for ways to lower deficits,
       Sen. Bernie Sanders (I-Vt.) and Rep. Keith Ellison (D-Minn.)
       today introduced legislation to eliminate tax loopholes and
       subsidies that support the oil, gas and coal industries.
       The End Polluter Welfare Act of 2013 would remove tax breaks,
       close loopholes, end taxpayer-funded fossil fuel research and
       prevent companies from escaping liability for spills or
       deducting cleanup costs. Under current law, these subsidies are
       expected to cost taxpayers more than $100 billion in the coming
       decade.
       The White House budget proposal for next year calls for
       eliminating several of the same provisions that the legislation
       by Sanders and Ellison would end.
       “At a time when fossil fuel companies are racking up record
       profits, it is time to end the absurdity of American taxpayers
       providing massive subsidies to these hugely profitable fossil
       fuel corporations,” Sanders said.
       “The five biggest oil companies made $23 billion in the third
       quarter of 2013 alone. They don’t need any more tax giveaways,”
       Ellison said. “We should invest in the American people by
       creating good jobs and ending cuts to food assistance instead of
       throwing tens of billions of taxpayer dollars at one of the
       biggest and most profitable industries in the world.”
       The five most profitable oil companies (ExxonMobil, Shell,
       Chevron, BP and ConocoPhilips) together made more than $1
       trillion in profits over the past decade.
       The Sanders and Ellison legislation is supported by
       environmental groups including Friends of the Earth, Oil Change
       International and 350.org.
       The fiscal watchdog Taxpayers for Common Sense, which has worked
       for nearly two decades to eliminate wasteful energy subsidies,
       also supports the bills.
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       #Post#: 1645--------------------------------------------------
       Re: Photvoltaics (PV) 
       By: AGelbert Date: August 1, 2014, 9:58 pm
       ---------------------------------------------------------
       SunPower Planning New 700-MW Factory as Demand Swells
       Ehren Goossens, Bloomberg
       NEW YORK -- SunPower Corp., the second-largest U.S. solar
       manufacturer, is planning a new factory that will expand
       production capacity by more than 50 percent from current levels,
       in an effort to increase market share.
       SunPower’s Fab 5 may start production in 2017 and will
       eventually be able to make at least 700 megawatts of solar
       panels a year, more than double the size of a plant due to start
       up next year, Chief Executive Officer Tom Werner said yesterday.
       SunPower is seeking to increase its capacity as global demand
       surges. Total industry shipments may increase as much as 29
       percent to about 52 gigawatts this year, according to Bloomberg
       New Energy Finance. SunPower expects to recognize sales of 1.2
       gigawatts to 1.3 gigawatts of panels this year, and its
       factories are running at full speed, Werner said.
       “Our share has been in single digits for a while and demand for
       the last 24 months suggests that we can expand share,” Werner
       said in an interview. “Our five-year plan is to at least double
       market share.”
       Werner spends a “significant” amount of time talking to
       manufacturing executives about how to coax more output from
       factories that have reached capacity. “This is really the market
       telling us they want more of the product.”
       The company’s Fab 4 in the Philippines will begin production in
       the first half of 2015, and will eventually have 350 megawatts
       of capacity. SunPower hasn’t determined where to build Fab 5,
       which Werner said will be at least twice that size. He wouldn’t
       say how much the new facility may cost.
       SunPower reported net income of $14.1 million for the second
       quarter, or nine cents a share, compared with $19.6 million, or
       15 cents a share, a year earlier, San Jose, California-based
       SunPower said in a statement after the close of regular trading
       yesterday. Revenue fell 12 percent to $507.9 million.
       Including revenue recognized for some utility-scale power plants
       and other one-time items, earnings of 28 cents beat the 26-cent
       average of 14 analysts’ estimates compiled by Bloomberg.
       First Solar Inc. is the largest U.S. solar manufacturer.
       Copyright 2014 Bloomberg
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       #Post#: 1647--------------------------------------------------
       Re: Photvoltaics (PV) 
       By: AGelbert Date: August 3, 2014, 12:09 pm
       ---------------------------------------------------------
       Agelbert NOTE: Don't get Cognitve Dissonance Whiplash from the
       next two stories: There's A WAR going on! You are getting the
       Blow by Blow!
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       Arizona Utility's Sneak Attack On Solar Leasing
       SustainableBusiness.com News
       Snippet:
       Now they are asking regulators for permission to add a new form
       of solar leasing to their services. They want to own and install
       solar systems on customer rooftops - at no cost to the customer.
       In exchange for the electricity, customers would get a monthly
       $30 credit on their electric bill for 20 years.
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       APS wants to install 20 megawatts of residential solar on about
       3,000 homes next year. They would choose locations where peak
       power is needed most and control power flows remotely.
  HTML http://www.sustainablebusiness.com/index.cfm/go/news.display/id/25848
       [b]Arizona Public Service Performs 180, Decides to Install
       Rooftop Solar Dillon Holmes [/b]
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       #Post#: 1673--------------------------------------------------
       Re: Photvoltaics (PV) 
       By: AGelbert Date: August 8, 2014, 12:18 am
       ---------------------------------------------------------
       China Installs Equivalent of Australia's Total Solar Capacity —
       In Six Months  ;D
       In a big push to cut carbon and support industry, China added
       more than 3 GW of solar in the first half of 2014.
       Feifei Shen, Bloomberg
       August 07, 2014
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       #Post#: 1676--------------------------------------------------
       Re: Photvoltaics (PV) 
       By: AGelbert Date: August 8, 2014, 5:09 pm
       ---------------------------------------------------------
       A First: Net-Zero Manufacturing  ;D
       SustainableBusiness.com News
       This is the first time we've heard of a manufacturer running
       completely on solar - 2.77 megawatts provides more than they
       need.
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       OPEX Corp., which makes automated mail handling and
       package-picking equipment, occupies a 30-acre campus five miles
       east of Philadelphia, in New Jersey. Their PV system is the
       largest for a privately held company in the state.
       ---
       by Jim McMahon
       In New Jersey, a leading manufacturer of automated
       material-handling equipment recently slashed its utility bills
       84% thanks to a huge solar PV array - 2.77 megawatts (MW).
       OPEX Corp. now produces more than 100% of the electricity
       needed to operate its 250,000-square-foot manufacturing,
       distribution and administrative complex in Moorestown, NJ. That
       makes the facility net-zero for electricity.
       It's the largest solar installation in New Jersey by a privately
       held company.
       Efficiency Measures
       Before going solar, OPEX reduced internal loads. "We were
       spending a lot of money on electricity, and were constantly
       battling to reduce those costs," says Dave Andrews, OPEX
       Facilities Manager.
       "We had installed efficiency fluorescent lighting throughout
       the manufacturing/ distribution areas and in our administrative
       offices, and added motion-sensitive lighting in other areas. We
       also installed a computer-based programmable system for our
       rooftop HVAC units to run on a more efficient user-occupied
       basis. These changes produced significant savings."
       Late in 2009, CEO Dave Stevens began exploring solar as a next
       cost-saving step. OPEX conducted a systematic cost-benefit
       analysis, taking into account the company's long-term business
       and sustainability goals.
       "This was a logical next step for us," says Andrews. "As we
       started learning about it, the potential began making good
       financial sense. The incentives looked really attractive,
       including a 30% rebate from the federal government." OPEX also
       expected to benefit from solar renewable energy credits, then
       worth $660 per megawatt-hour.
       Optimizing Solar Energy Use
       OPEX selected H2 Contracting of Marlton, NJ as a general
       contractor. The traditional grid energy consumption for the
       Moorestown complex was 2.6 million kilowatt-hours (kWh) per
       year.
       To cover all that, H2 designed a 2.77 MW solar installation
       consisting of 8372, 250-watt Canadian Solar modules covering the
       roofs of two buildings and two parking pavilions, along with a
       three-acre solar field array, for a total projected annual
       output of 2.77 kWh.
       This was previously a softball field: (solar panel farm picture
       at link)
       Solar OPEX manufacturing
       "The solar system installed at OPEX is not a typical design,"
       says Mark Heenan, president and LEED-Accredited Professional
       with H2. "Because we mounted the panels on multiple rooftops,
       canopies and a field array, the 82,000 square feet of PV panels
       are oriented in six different directions, and with various tilts
       to better capitalize on available sunlight and space. We used
       Satcon's Smart Combiner to optimize production." The array, on
       RBI racking, sends power at 590 volts to four Satcon Solstice
       500 inverters.
       The grid-tied system, completed in April 2012, directly supports
       the company's manufacturing and distribution operations and
       administrative offices.
       Embracing Sustainability
       The company's parking pavilions now provide two EV charging
       stations for employee use. All scrap materials and oils used in
       manufacturing, and paper products from administrative offices,
       are recycled. OPEX sank its own 175-foot well to irrigate eight
       acres of open land on campus, replanted with native fescue grass
       that requires little water. Rainwater runoff from the 22 acres
       of roofing and parking areas is funneled to open ground to
       percolate into the aquifer.
       OPEX products - automated mail sorting and material-handling
       products - are designed to be energy efficient and sustainable.
       Its Mail Matrix sorter and perfect Pick warehouse picking system
       rely on robot delivery vehicles, equipped with ultra-capacitors
       to recapture energy during operation.
       
  HTML http://www.pic4ever.com/images/looksmiley.gif
       
       
       ++++
       Jim McMahon writes on renewable energy and sustainability, with
       feature stories appearing in hundreds of industrial and
       technology publications throughout the world.
       This article first appeared in Solar Today (March/April 2014),
       the magazine of the American Solar Energy Society.
  HTML http://www.sustainablebusiness.com/index.cfm/go/news.display/id/25852
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