Nikola Tesla Secret

Thursday, 31 March 2016

Dyson Wants to Make Your Home Cleaner And Smarter

Dyson is delving into the world of the Internet of Things with the launch of its first app-connected appliance: the Pure Cool Link air purifier.


The Dyson Pure Cool Link will be followed later this year by the global launch of the “world’s first” smart robot vacuum cleaner, the Dyson 360 Eye. Both devices connect to Dyson’s Link app, which allows users to monitor how clean the air and floors in their home are from their smartphone.


An earlier version of the Pure Cool Link, the Dyson Pure Cool, came without an app and was launched last year in China, Japan and the U.S. It combines Dyson’s bladeless air-multiplying technology with a round filter that filters out 99.95 percent of ultrafine allergens, odours and pollutants.  


Try Newsweek: Subscription offers


Dyson Link app smart homeDyson’s Link app lets you monitor the air quality inside your home remotely. Dyson


One of the challenges facing Dyson with this new air purifier product category is making people realize they need one.


“It’s quite a big education piece, in the U.K. at least,” A Dyson spokeswoman tells Newsweek at the firm’s London offices. “Having a Dyson app showing you air quality levels is like having a clear bin on the vacuum cleaners. It shows people what they have in their homes and will make them realize simply shutting the window isn’t going to solve the problem.”


According to a study carried out by the U.S. Environmental Protection Agency, common indoor air pollutants include solvents, deodorants and scented candles. Other pollutants include gases from cooking and central heating, mould, pet hair and pollen.


Dyson’s filtration system and software uses sensors to detect the air quality and rid it of indoor allergens and pollutants.


“Something a lot of people don’t realize is that indoor air quality can be up to five-times worse than the air outside,” Hugo Wilson, design lead on the Dyson Pure Cool Link, tells Newsweek. “We designed this to remove harmful particles in the air, such as pet hair, pollen textile fibres and dust.”


The Dyson Pure Cool Link is available from today in the U.S. costing $500 for a tower version, while a desktop version is also available in the U.K. and other markets.



Dyson Wants to Make Your Home Cleaner And Smarter

Tuesday, 29 March 2016

Officials mark unique hybrid renewable energy project

STILLWATER — A unique hybrid renewable energy project in Northern Nevada 80 miles east of Carson City was celebrated Tuesday by a host of dignitaries, including Italian Prime Minster Matteo Renzi.


Enel Green Power North America, a major developer of alternative energy in Nevada and nationally, offered state elected officials and the media a tour of the Stillwater Hybrid Plant, the world’s first and only hybrid energy plant to combine geothermal, solar thermal and solar photovoltaic technologies. The solar thermal piece of the plant, which cost $15 million to construct, was the focus of the event.


The inauguration was also attended by Enel CEO Francesco Starace, Enel Green Power CEO Francesco Venturini and Gov. Brian Sandoval. Numerous Nevada state lawmakers and elected officials, including U.S. Sen. Dean Heller and Rep. Mark Amodei, also attended the event 17 miles east of Fallon.


“Stillwater showcases the pioneering technology innovation of Enel Green Power that is making us so successful in working with governments and business partners around the world to tackle environmental issues and climate change through renewable energy,” Starace said.


By combining generation technologies of different profiles at one production site, energy availability is increased and energy intermittency is reduced, the company said in an announcement.


Research in 2015 confirmed that the use of a solar thermal facility at the plant increased overall output of geothermal energy by 3.6 percent, the company said.


“We are very, very pleased with your investment here,” Sandoval said.


Renzi said: “The future of energy is technology. If we invest in technology we can create a different world, a new world.”


The geothermal plant has a capacity of 33.1 megawatts, the photovoltaic plant has a capacity of 26.4 megawatts and the solar thermal plant has a capacity of 2 megawatts.


“The lessons we are learning at this advanced geothermal-solar facility will be key to the development of other hybrid plants throughout the world,” Starace said.


This is a developing story. Check back for updates.


Contact Sean Whaley at @seanw801



Officials mark unique hybrid renewable energy project

Monday, 28 March 2016

Huge wind project moves forward despite states' objections

The Department of Energy announced Friday it will permit a major expansion of the nation’s wind energy lines.


The power line project, which will move 4,000 megawatts of power from Texas and Oklahoma through Arkansas and into the Southeast, has faced opposition from landowners and state leaders, but the DOE used a provision in the Energy Policy Act of 2005 to bypass state approval of the project. It is projected to cost $2.5 billion and bring power to 1.5 million homes.


While clean energy advocates may be celebrating, not everyone is as pleased.



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“Basically this decision says that Washington, D.C., knows more than the people of Arkansas do about whether to build across the state giant, unsightly transmission towers to carry a comparatively expensive, unreliable source of electricity to the Southeast where utilities may not need the electricity,” said Tennessee Sen. Lamar Alexander. “This is the first time federal law has been used to override a state’s objections to using eminent domain for sitting electric transmission lines. It is absolutely the wrong policy.” The Republican senator has received a 20 percent lifetime score on his environmental voting record by the League of Conservation Voters, which is admittedly better than most of his peers.


The DOE, however, says the project will do much to modernize the nation’s energy grid, as well as help address climate change from carbon emissions.


“Moving remote and plentiful power to areas where electricity is in high demand is essential for building the grid of the future,” said Secretary of Energy Ernest Moniz in a statement. “Building modern transmission that delivers renewable energy to more homes and businesses will create jobs, cut carbon emissions, and enhance the reliability of our grid.”


The effort to modernize the grid has largely stalled since the ’80s, as the New York Times reports, despite increasing urgency from the threat of climate change. While the company building the line, Clean Line Energy Partners, will be required to acquire the land the lines are built across, the developers will be able to use eminent domain if negotiations fail by invoking the Energy Policy Act.


Construction is projected to begin in 2017.



Huge wind project moves forward despite states" objections

New And Free Online Service That Can Help Millions Of Consumers Seeking Information on Freon ...

RICHMOND, VA, March 28, 2016 /24-7PressRelease/ — Airfresha.com is pleased to announce the launch of its website, providing consumers with a mine of valuable information on air purifiers and air conditioning. Having clean, pure air in your home is vital for general health and absolutely essential for allergy sufferers. As an allergy sufferer himself, Curt Williams was motivated to create a website that provides an important resource for people searching for solutions to their air purification and/or cooling issues.


“His journey began with his own struggles with breathing clean air. He suffered from terrible allergies and bronchitis,” says founder Curt Williams. “He started looking for machines and resources that could help him around the house.”


Having all the information at consumer fingertips and in one place can save consumers hours of researching online. All the time-consuming research has already been done, making Airfresha.com the perfect one-stop place for consumers seeking solutions.


Many consumers will also find that they need to change the refrigerant in their air conditioners due to the phasing out of R22. They can find all the information they need on Airfresha.com. Another issue for those with air-conditioning systems is the possibility of Freon leaks. Freon leaking from air-conditioning units or refrigerators is a potential health issue and can be very expensive to fix. Airfresha.com gives consumers the best options available for their Freon leak problem, including costs involved and ways to fix it.


The website also compares different types and makes of vacuum cleaners, air purifiers, mold, and depending on whether the customer wants the best hardwood floor cleaner, the best carpet cleaner or the best machine for dealing with pet hair. Again, the focus is on maintaining a clean and safe air environment.


Airfresha.com is an online resource that was created in November 2014. This online resource is developed to help consumers make informed decisions about various allergy products. Topics covered are humidifers, vacuum cleaners, air filters, mold, and many other health respiratory related issues.


Press Contact:


Curt Williams


Phone: 1-804-517-7469


Email: airfresh@airfresha.com


Website http://www.airfresha.com



Press release service and press release distribution provided by http://www.24-7pressrelease.com



New And Free Online Service That Can Help Millions Of Consumers Seeking Information on Freon ...

Saturday, 26 March 2016

Power line gets US green light

WASHINGTON — President Barack Obama’s administration signed off Friday on Clean Line Energy Partners’ plans to build a power line across much of Oklahoma and all of Arkansas, drawing praise from environmentalists but condemnation from some on Capitol Hill.


The Houston company’s $2.5 billion project, shifting electricity generated by Oklahoma wind farms to consumers in the southeastern United States, “is necessary to accommodate an actual or projected increase in demand for electric transmission capacity,” U.S. Energy Secretary Ernest Moniz wrote Friday.


The Energy Department will work with Clean Line on construction of the 705-mile-long high-voltage line, he said.


Section 1222 of the Energy Policy Act of 2005 gives the department the “authority to design, develop, construct, operate, own, or participate with other entities in designing, developing, constructing, operating, maintaining, or owning … electric power transmission facilities.”


This is the first time the department has used its Section 1222 powers, which can be exercised only in the event demand increases or is expected to rise.


Clean Line President Michael Skelly said Friday that his company hopes to break ground on the line toward the end of next year and to complete the project by mid-2020.


Clean Line says the power line would enable it to ship cleaner, lower-cost electricity east of the Mississippi River, creating hundreds of construction jobs in Arkansas and sparking $500 million in direct investments statewide.


The line cutting across Arkansas would carry 4,000 megawatts, enough power to supply 1 million homes. Unlike fossil fuel plants, the wind farms would produce the power without releasing millions of tons of carbon dioxide and other pollutants into the air, company officials say.


The line would enter Arkansas just north of Van Buren and would exit the state south of Wilson in southern Mississippi County if the preferred route is adopted.


A converter station in Pope County would enable up to 500 megawatts of the power to be delivered to Arkansas customers. The rest would cross into Tennessee, reaching the Tennessee Valley Authority and its 16,000 miles of power lines that stretch across seven states.


Arkansas government officials and many landowners along the path have opposed construction of the Plains & Eastern Clean Line project, saying it would be an eyesore, lower property values, endanger migratory waterfowl and force landowners to sell property against their will.


The company failed to win approval for the line from state regulators, but Clean Line filed an application with the U.S. Energy Department, seeking its approval.


The department said Friday that it would back Clean Line.


“Moving remote and plentiful power to areas where electricity is in high demand is essential for building the grid of the future,” Moniz said. “Building modern transmission that delivers renewable energy to more homes and businesses will create jobs, cut carbon emissions, and enhance the reliability of our grid.”


Moniz’s decision drew criticism from all six members of the state’s congressional delegation.


They also voiced support for legislation that would prevent the Energy Department from using eminent domain to obtain land without approval from the state and — if it crosses Indian property — from the relevant tribe.


U.S. Sens. John Boozman and Tom Cotton are the first two sponsors of the APPROVAL Act — also known as the Assuring Private Property Rights Over Vast Access to Land Act.


“Today marks a new page in an era of unprecedented executive overreach as the Department of Energy seeks to usurp the will of Arkansans and form a partnership with a private company — the same private company previously denied rights to operate in our state by the Arkansas Public Service Commission. Despite years of pushback on the local level and continuous communications between our delegation and Secretary Moniz, [the Energy Department] has decided to forgo the will of the Natural State and take over the historic ability of state-level transmission control through this announcement,” the delegation members said in a joint written statement.


“We now will begin the process of careful review over [the department’s] decision and will continue to address our concerns through any avenue necessary. Section 1222 of the Energy Policy Act of 2005 establishes specific conditions that must be met before this authority is used, and we expect the Department to release all details of their review so that our staff and Congressional investigators will be able to continue the process of oversight,” the statement said. “It is our firm belief that the [the department] has overstepped its bounds, and reversing this decision through the passage of the APPROVAL Act remains a top priority.”


The act, introduced in February 2015, has been referred to the Senate Energy and Natural Resources Committee.


Asked about the criticism, Skelly said, “I think that with any infrastructure project, again, if it’s a road or a pipeline or a railroad or a transmission line, you will run into some objections. … We believe this project is very good for Arkansas,”


He said his company is moving forward “under the current set of laws” but would adjust if the legal standard changed.


“We do take some issue with the prospect of laws changing when a project has been underway and many, many millions of dollars have been invested. … We do not believe that is the sort of thing that fosters investment, but again, we’ll work under the provisions of whatever laws are out there,” he said.


While politicians were critical of Clean Line, environmental groups voiced support for the project.


“The Sierra Club is celebrating today’s decision, which is a giant step toward bringing clean energy to our state and region,” Arkansas Sierra Club director Glen Hooks said in a written statement. “Putting thousands of megawatts of clean wind energy onto the grid — including 500 megawatts for Arkansas — will undoubtedly lead to less dirty coal and gas being burned for electricity. We are on our way to cleaner air, healthier citizens, and a booming clean energy economy.”


The Arkansas Wildlife Federation also approved.


“The Plains & Eastern Clean Line transmission project will provide substantial amounts of low-cost clean energy to Arkansas consumers, enabling significant pollution and water use reductions, for the benefit of people and wildlife in the Natural State,” President Ellen McNulty said in a news release.


Meanwhile, Arkansans who oppose the project said it’s not time to surrender.


“I’m a native Arkansan. I love my beautiful state. I don’t want to see another interstate-wide corridor carved across it, basically to pad the pockets of investors from New York and Great Britain,” said Julie Morton, a Crawford County resident and longtime Clean Line critic.


The fight will continue, she said.


“This is a new phase of the struggle and we’re fully prepared … to go on with our battle,” she said. ” I want the people of Arkansas to understand that this is still not a done deal. There are many hurdles that Clean Line still has to clear before they can build this monstrosity.”


Metro on 03/26/2016



Power line gets US green light

Somerset dog park upgrades with solar power

Posted: Friday, March 25, 2016 10:28 pm




Staff photo by Dylan JohnsonThree new solar panels at the Jager and Friends Dog Park gathered lots of solar energy during the nice weather Thursday at the Georgian Place in Somerset. The panels can be seen on top of the shed at the park.






Somerset dog park upgrades with solar power

Friday, 25 March 2016

Thursday, 24 March 2016

Site Lead Wind Turbine Technician

Position


Site Lead Technician


Location


Palm Springs, CA


Compensation


Commensurate with experience


Job Summary


The Site Lead Technician will be responsible for the site quality and safety as well as operation & maintenance of the company’s operating fleet. This person shall uphold business priorities, leading by example and prioritizing safety first during all tasks. The Site Lead Technician will be accountable for the hands-on verification of products, and will ensure compliance to Quality Systems. This individual will work closely with the product engineering, construction, electrical engineering, controls and field teams to ensure 100% compliance with requirements for the installation, start-up, commissioning and service of wind turbines.


Field Quality Commissioning


During installation and commissioning, the Site Lead Technician will inspect and verify compliance of the product. The individual will work with electrical and commission teams for electrical completion checklist and provide support on grounding and bonding tests. 


The Site Lead Technician will be responsible for change implementation in the field, verifying that Engineering Changes and dispositions from Non-Conformance Reports are accurately implemented and verified. This individual may oversee the work of sub-contractors in order to ensure compliance and high quality workmanship; Technician would work closely with Site Lead Technician. 


Operation and Product Reliability


In this hands-on role, the Site Lead Technician will interact with the operating fleet using the Service Tool, in cooperation with colleagues across the company. The tool will allow routine digital reset of the turbines, troubleshooting and dispatch of needed service requests. The individual will improve the delivery of service to the turbines.


The Site Lead Technician will also conduct Fleet Leader inspections and condition reports to provide the Company with a thorough understanding of how well the fleet is performing and aging. This data is critical for the continuous design and operational improvement of the fleet.


In addition to performing regular maintenance in this role, the Site Lead Technician will also interact with external contract service providers to assist in additional service needed, confirm satisfactory turbine performance and document all maintenance records and opportunities for improvement. Technician works closely with Site Lead Technician and or Service Leader during this phase. 


Quality Responsibility


This role will also contribute to quality and safety activities at the assembly facility and other site related mechanical jobs, based on business demands. 


This individual will be the field quality representative on a high-performing, results-based team at site.  Day to day instructions may come from the Construction Manager, Quality Manager or Service Leader, depending on product phase. The Site Lead Technician’s job is to ensure quality, safety and reliability of products at site. 


Possibility of Managerial Duties


This role is perfect for someone who is looking to further their career and step into the role of Site Lead Technician. The right candidate will be spending a fair amount of time acting as the Site Lead Technician, being responsible for hands on maintenance of the turbines, but will also be acting as the overall Site Lead Technician. This Site Lead Technician role will include:


The Site Lead Technician will own service, operations and maintenance (O&M) for the fleet of turbines located in Palm Springs, CA to ensure the fleet meets and exceeds performance expectations. This role could expand outside Palm Springs and California. In this hands-on role, the Site Lead Technician will lead a team of Service Technicians and external vendors/contractors to ensure a highly operational wind site. A critical priority for all tasks in this role is safety. 


The Site Lead Technician will interact with the operating fleet using the Service Tool, in cooperation with colleagues across the company. The tool will allow routine digital reset of the turbines, troubleshooting and dispatch of needed service requests. The Service Technician/Manager will collaborate with Service Technicians and Engineering teammates to provide and improve the field performance of the turbines focusing on net energy generation, MTBS and availability. The Service Manager will also conduct Fleet Leader inspections and condition reports to provide the Company with a thorough understanding of how well the fleet is performing and aging. This data is critical for the continuous design and operational improvement of the fleet.


In addition to coordinating, participating, and overseeing regular maintenance of the fleet, the Site Lead Technician will also interact with external contract service providers to assist with additional service needed, confirm satisfactory turbine performance and document all maintenance records. This will include communication and interaction with customers, and the facilitation of internal and external technical and financial reporting.


Specific Responsibilities


  • Ensure that safety always remains a top priority in all site activities; serve as the Safety Champion, ensuring that safety protocols are followed at all times.

  • Perform product inspections and verification’s ensuring compliance to drawings, specifications and requirements. 

  • Perform operation and maintenance of the fleet in a manner that is compliant with service requirements and maintains standards relative to safety & quality.

  • Ensure proper documentation and maintenance of records related to all service operations performed on the operating fleet.

  • Undertake necessary compliance & safety training on needed & regular intervals.

  • Hands-on trouble shooting, maintenance, and repair work with mechanical & electrical components in a wind turbine.

  • Climb wind towers, nacelle and defined confined space work environments to perform service inspection & maintenance of turbines.

  • Conduct fleet leader inspections and document the fleet’s condition for continuous improvement of design and operation.

  • Responsible to maintain safety at the site during all times.

  • Maintain strong internal and external relationships; these include internal relationships with Operations, Engineering and Construction teams within and external relationships with contract service providers and customers.

  • Oversee the operation and maintenance of the fleet in a manner that is compliant with service requirements and maintains standards relative to safety and quality.

  • Prepare, maintain, and report accurate budgets pertaining to site operating expenses.

  • Identify and track required training for on-site staff, including OSHA, LOTO and other relevant skills/knowledge.

  • Establish and foster a culture of continuous improvement and excellence within Service operations.

  • Perform periodic Quality Assurance reviews of Wind Turbine Technicians’ work.

Qualification Requirements


  • Prior experience with Wind Turbine Manufacturing, Wind Service Delivery and trouble shooting.

  • Demonstrated quality capability and product verification skills.

  • Familiarity or have necessary skills to use Service tool to perform remote turbine reset approaches and common fault / reset practices.

  • Safety compliance certifications, such as OSHA 10/30 construction safety training and others, including, climb safety, NFPA 70e electrical safety. Other industry recognized training.

  • Certification in wind turbine service through an accredited program preferred.

  • Strong team player who can work remotely, yet remain integrated within a geographically dispersed business team.

  • Leadership skills and mindset to develop, manage and motivate the eventual Service team and to instill a drive for excellence.

  • Knowledge of quality management processes and requirements.

  • Knowledge of safety requirements and practices within a power generation facility.

  • Customer orientation; ability to build and maintain strong relationships with internal and external customers.

  • Capability to interface with contract resources and motivate compliance with practices, as well as ensure cost management.

  • Strong computer skills that allow efficient communications and data tracking/sharing.

  • Effective planning, facilitating and team coordination skills.

  • Understanding of business fundamentals.

  • Good written & verbal communication skills; Spanish language skills are a plus.

  • Minimum five-plus year’s prior experience managing the operations and maintenance of wind turbine/power generation sites, including prior leadership of technician staff.

#LI-TR1



Site Lead Wind Turbine Technician

Wednesday, 23 March 2016

Ithaca College still behind on renewable energy usage

Some colleges and universities are covering all of their energy needs by renewable sources. Despite the progress made with Ithaca College"s recent …



Ithaca College still behind on renewable energy usage

Poll: Solar Energy Could Sway Independents in Election

Solar energy is a swing issue for independent voters, according to a Public Opinion Strategies poll commissioned by the Alliance for Solar Choice.



Poll: Solar Energy Could Sway Independents in Election

Tuesday, 22 March 2016

Pollen count increases to 8352pcm of air

Islamabad – Pollen count has increased up to 8,352 per cubic meter (pcm) in Federal Capital here on Monday after the recent rain spell.
According to a Met official the Paper Mulberry pollen counted in Sector E-8 was 2,552, F-10 1,234,G-7 2,740 and H-8, 8,344 per cubic meter of air.
Talking to APP, he said that the weather will remain clear and dry for the next three days due to which pollen concentration is likely to increase. The weather, he said, will be clear on March 23 with few clouds hovering around but there were no chances of rain on the Pakistan Day.
He said that the maximum level of pollen count in Islamabad is 50,000 per cubic meter of air in March which is the sprouting process of trees.
In Islamabad, the pollen producing species are mainly pines, grasses, cannabis and paper mulberry. Among them, paper mulberry pollen has the largest concentration in Islamabad and its peak season matches with March.
Meanwhile, tree pollen season has arrived, but there are a number of ways allergy sufferers can prevent or control their symptoms, an expert says.
Mid-February is when blooming trees begin to flower. By the time the blossoms have fallen in April, grass pollen season is well underway. This is followed by mid-summer and fall allergens, such as ragweed, according to Dr. Jeffrey Culp. He is an assistant professor of medicine and an allergist in the asthma, sinus and allergy program at Vanderbilt University Medical Center, in Nashville, Tenn.
Some allergens stick around all year long, such as pet dander, dust mites and mold, he added. Most people aren’t allergic to everything, Culp said, and there are a number of ways people can deal with both indoor and outdoor allergens.
The first is doing everything possible to avoid allergens, he suggested.
“This can take different forms. If you are allergic to dust mites, you need to wash your bedding in hot water once a week, get new pillows, use dust mite covers on your pillows and mattress, vacuum regularly and use HEPA air filters,” Culp said in a Vanderbilt news release.
“If pollen is a problem, you should avoid being outside on high pollen-count days and keep the windows closed. Run your air conditioning in your home and car,” Culp said.
“I recommend showering and washing your hair after being outside. Hair is a pollen magnet,” he explained.
“Pollen counts are highest in the morning and rain helps to lower pollen counts, so keep these factors in mind when planning outdoor activities,” Culp advised.
If you do develop allergy symptoms, try saline nasal sprays and/or over-the-counter allergy medications. If these don’t help, the next step is prescription nasal sprays and medications. After that, your best option is allergy shots, Culp said.


Published in The Nation newspaper on 22-Mar-2016



Pollen count increases to 8352pcm of air

Monday, 21 March 2016

Review process has seen energy projects get derailed

Decision on oil terminal possible by year’s endFirst proposed in 2013, the Vancouver Energy rail-to-marine oil terminal is deep into the Energy Facility Site Evaluation Council process and could see a decision on its fate by the end of the year.



Review process has seen energy projects get derailed

Sunday, 20 March 2016

Madison residents concerned about MG&E's green energy future

Madison residents discuss MG&E’s Community Energy Report and the company’s sustainability and green energy initiatives at a RePower Madison meeting on Monday, February 22. (Mitch Brey)Madison residents discuss MG&E’s Community Energy Report and the company’s sustainability and green energy initiatives at a RePower Madison meeting on Monday, February 22. (Mitch Brey)


 


 


 


 


 


 


 


 


 


 


 


 


 


 


 


 


 


Is Madison Gas and Electric living up to their slogan: “Your community energy company”?


That was one of the questions behind local green energy group RePower Madison’s open forum at Goodman Community Center at the end of February. Prompted by the release of MG&E’s report on their community conversations, 30 Madison residents gathered at Goodman Community Center to discuss the company’s current and future policies.


MG&E recently collaborated with Justice and Sustainability Associates to put together a four-phase plan to help MG&E better understand what their customers want from them in the future. The community conversations were phase two of that plan. JSA recently released their report on MG&E’s community conversations.


The report showed that MG&E customers were strongly in favor of increased investment in renewable energy, as well as energy conservation support and education and greater transparency and affordability. 


The discussion addressed each of these issues and more. 


According to Mitch Brey, the campaign organizer for RePower Madison, this means forging a partnership with Madison residents so that they can be more involved with MG&E in regard to where their energy comes from and what it will cost the consumer. He envisions an arrangement that allows consumers to have decision-making power rather than advisory roles. 


“Basically, we’re asking that the partnership be designed and operated with strong community representation and transparency, and accountability and real power to get things done,” he said. 


Don Ferber, Chair of RePower Madison, believes that this kind of arrangement might be attainable if Madison residents come together in favor of it and begin setting standards that they think MG&E should live up to.


“Look at all the energy they put into proving—or at least PR-ing—that they are your energy company. That is their identity that is what they care about. They live in this community, unlike a lot of other utilities where the people aren’t there and couldn’t care less about the community,” he said.


The group also discussed MG&E’s Energy 2030 framework, which Brey said seems like more of a goal than a plan at this point.


“There are a lot of good initiatives in there, but they’re quite generic and too vague to really measure whether they could be completed or not. So that needs more development, and frankly, I think it needs to be more ambitious as well,” he said. 


More than 30 people attended the discussion, and Brey was impressed with the turnout.


“Folks want to do something about MG&E. People showed up, and they all want to put their own time towards making sure MG&E follows through on becoming a community energy company,” he said.



Madison residents concerned about MG&E"s green energy future

Access to build Uganda solar plant

Resources 


Saturday, March 19, 2016 




SPADE WORK: Stephene Bontemps, Amb. Schmidt and Lokeris perform the ground breaking for the construction of 10 MW solar plant in Soroti which will cost $18 million. (PHOTO BY SAMUEL NABWIISO)




SOROTI, UGANDA – The Minister of State for Mineral Development, Peter Lokeris last week invited more investors to take up development of renewable energy opportunities available in the country. 


“Most power investors prefer to invest in hydro-power technologies which is very expensive, leaving out the untapped solar energy opportunities in the country.  Over dependence on hydro-power will not solve the country’s energy problem. Let us diversify the power sector so that all parts of the country have access to clean energy,” he said.


He said Uganda has the favourable climatic conditions to support the production of solar power.


He was officiating at the ground-breaking for the construction of  a $18 million solar power plant  in Soroti, eastern Uganda. The plant is expected to generate 10MW  and is being developed by Access Power Company,  a United Arab Emirates-based company.


The 10MW  photovoltaic plant  is expected to be in operational  and  connected  to the national  grid by July  2016 providing  electricity to about 40,000 homes.


Spanish engineering firm, TSK Group, are carrying out construction after being awarded the Engineering  Procurement  and Construction  contract.


However TSK Group will  subcontract  part of the works to qualified local firms in the country.


The Head  the European Union Delegation to Uganda Ambassador Kristian Schmidt said access to clean energy by the local communities has multiplier effects on their social and economic development.


“Access to cheap and reliable  power is powerful engine towards supporting  the local communities to participate effectively  in the national economy. The  European Union will continue supporting Uganda’s power sector,” he said. 


Uganda currently has about 800 MW of installed  electricity supply , mostly  from hydro and thermal  sources.  The World Bank says Uganda has an 18.2% electrification rate.


Amb. Schmidt  said the Soroti solar power grid project will make a strong contribution to increasing access to clean energy in the region of which the greatest population depends on biomass, which  has negative environmental impact, especially forest cover.


Access Power Managing Director Stephene Bontemps applauded the various financial institutions which pulled resources together to fund the plant. The $18 million is a mix of debt and equity with the senior debt facility being provided by FMO, the Netherlands development bank, and the Emerging Africa Infrastructure Fund (EAIF).


By Samuel Nabwiso, Saturday, March 19th, 2016



Access to build Uganda solar plant

Saturday, 19 March 2016

Mark Zuckerberg Either Really Wants China To Like Him Or Has A Death Wish



1. Facebook’s Mark Zuckerberg has made clear his love of China, but this is ridiculous: Friday, when the local air-quality index (AQI) was about 300, Zuckerberg and his team decided to go for a run in Beijing.


“It’s great to be back in Beijing!” Zuckerberg exclaimed, posting along a photo on Facebook, which is blocked in China.


(Hong Kong student activist Joshua Wong pointed out the elephant in the room — that people in China reply on VPN to browse sites like Facebook and YouTube — when commented on the post: “How to update your Facebook in China?”)





2. For those of you who are less familiar with the AQI, it means the air they took in was either “very unhealthy” or “hazardous.” Unless, they wore any special sort of nasal air filters.















“Very unhealthy” air means that it can cause “increased aggravation of heart or lung disease and premature mortality in persons with cardiopulmonary disease and the elderly; increased respiratory effects in general population,” according to U.S. Department of State’s Mission China project.


(And if they were wearing nasal filters, that’s a problem: they don’t really work.)







3. So here’s where it gets fun: if you pronounce “Facebook” slowly, syllable by syllable – “Fei Si Bu Ke,” in Chinese, “非死不可,” it means “have to die.” It’s been a widely-known pun among Chinese internet users for years, but now is it’s time to shine.





4. By this point, Mark Zuckerberg has made his point very clear to the world – he loves China, like, crazy in love.





5. He’s been practicing speaking Mandarin. One of the first places he flashed his Mandarin was Tsinghua University, one of China’s top elite universities. His Mandarin was awkward, but he got a lot of encouragement from the audience to carry on.




6. By the Chinese New Year last month, Zuckerberg’s Mandarin had caught up with his Chinese-American wife, Priscilla Chan, and even surpassed her, at least from the way it sounded.





7. And that’s Zuckerberg wearing a red tie, wooing Xi Jinping, China’s president, by speaking only in Mandarin last year.



Pool / Getty Images








  1. So what do you think Zuckerberg really wants?









    1. He’s acting like any businessman would in an attempt to access China’s markets.









    2. He’s just playing dumb so that the president will let his company in, then let Chinese people into the free internet.









    3. He’s so desperate to get into China that he’ll destroy his lungs in the process, the poor fool.







Mark Zuckerberg Either Really Wants China To Like Him Or Has A Death Wish








    SHARE YOUR VOTE!








    Check out more articles on BuzzFeed.com!



    Mark Zuckerberg Either Really Wants China To Like Him Or Has A Death Wish

    Wednesday, 16 March 2016

    In Wisconsin, rural co-ops powering state's solar growth


    In Wisconsin, where state regulators and utilities have been perceived as cool to renewable energy, rural cooperatives are making major investments in solar power.


    According to solar installers and experts, co-ops, which aren’t subject to regulation by the state’s Public Service Commission, are being more responsive to their customers’ interest in solar.


    “What’s very important here is working with cooperatives, they have more flexibility,” said SoCore senior vice president of sales Rob Federighi.


    Last year, Wisconsin’s solar capacity grew 39 percent, with community solar and other projects built by co-ops comprising a significant share of that.


    That capacity is expected to grow another 40 percent this year – the state’s largest influx of solar power ever – thanks to projects commissioned by the Dairyland Power Cooperative.


    Dairyland is a generation & transmission (or G&T) cooperative, that brings together 25 smaller member electric cooperatives and 17 municipal utilities in Wisconsin, Iowa, Minnesota and Illinois. Such G&T cooperatives provide wholesale power to distribution cooperatives, which deliver the electricity to customers in rural areas.


    Currently Dairyland has only 3 MW of small solar and bio-digesters in its system. The cooperative had incentive to increase its renewable resources because of the closing of DTE Energy’s 40 MW Stoneman biomass plant in Cassville, Wisconsin. Dairyland’s contract with that plant had helped meet its state renewable portfolio obligations.


    “Dairyland Power is committed to expanding our investment in solar and other renewables for two main reasons: our members have expressed interest and we continue to diversify our generation portfolio with more renewable energy as part of Dairyland’s overall strategic plan,” said manager of business development Craig Harme. “It is good business practice.”


    Dairyland has entered Power Purchase Agreements with two solar developers that will build and own solar installations providing energy to customers in member cooperatives. The cooperative got 30 answers offering 100 different plans in response to its request for proposals last summer, according to Harme.


    Chicago-based SoCore will develop solar at 11 sites around the state, for a total of 16.4 MW. Vermont-based groSolar will develop a 2.5 MW project in northern Wisconsin.


    Seeding interest


    SoCore senior vice president of development Eric Luesebrink said the project “is really kind of an innovative program” in its design and structure.


    “Setting aside the fact it’s probably the largest single solar contracting exercise in Wisconsin, I don’t of know any other approach that’s been collaborative with distribution cooperatives and generation and transmission cooperatives like this,” he said.


    Federighi said Dairyland’s RFP didn’t specify that projects had to be scattered over multiple sites, but “I think at the end of the day Dairyland liked the distributed nature of the projects and it fit in well with the grid.”


    Distributed projects are “typically better absorbed by the power grid without significant impact on the local infrastructure and reliability,” confirmed Harme. Since the sites are all located near existing utility substations, significant upgrades to the grid should not be needed. SoCore is leasing sites from farmers or landowners with unused space.


    “We really worked with the transmission members of Dairyland – who were really asking for solar,” said Federighi. “By partnering with them we really gained a lot of support within the network to do this project, as well as landowners who were really excited about it, as well as member co-ops, who are thinking about their own community solar garden projects, whether we can build systems for them outside of this.”


    From one farming state to another


    GroSolar’s installation will involve 16-foot-tall tracking panels that move with the sun, increasing efficiency 15 percent over stationary panels. The company says it will provide about 5,000 MWh in the first year, enough to power about 470 homes.


    GroSolar spokesperson Maribeth Sawchuk said the company has no other developments in Wisconsin, and is “hoping to use this to get more contacts in the state, and see how local folks feel about solar.”


    Sawchuck said the company specializes in 2 MW installations, and often does installations on city property, old landfills and universities. GroSolar’s 2.5 MW, 10-acre installation on the Rutland city landfill in Vermont is part of Green Mountain Power’s heavy investment in renewable energy.


    The company says the Wisconsin construction will mean about $750,000 in direct wages and more than $1.5 million economic impact on the area, with local contractors hired.


    “It’s not just about installing solar, it’s about helping the environment, creating jobs and so much more,” she said.


    A cooperative model


    Keith Reopelle, senior policy director of Clean Wisconsin, said the group is “very pleased” with the Dairyland investment in solar especially given the challenges that solar faces in utility service territories.


    “It is interesting we’ve seen more activity and investment by co-ops and municipal utilities under a little bit of a different model,” he said. “It makes sense because they are really just trying to be as responsive as they can to their members. Whether served by investor-owned utilities or cooperatives, solar is becoming more and more popular as the price goes down; and co-ops maybe have an advantage as they are able to be more nimble and more responsive to their customer base.”


    “It’s really impressive to see all over the country how cooperatives are embracing solar and finding new ways to implement it,” added Andy Olsen, with the Environmental Law & Policy Center. “There are a number of things that led them to this, to diversify their generation mix and move away from fossil fuels, which they have to do regardless of what happens with the Clean Power Plan.”


    Federighi said SoCore has received an enthusiastic reception from local landowners and neighbors, and he hopes the project can help drive the solar market in Wisconsin more broadly, including encouraging Wisconsin utilities to welcome solar.


    “It’s just unfortunate that for a state where there’s only 25 MW of solar developed, that very early on it got a little contentious between the solar developers and the Public Service Commission,” he said.


    In other states, he added, SoCore “has some opportunities where we’re working to bring customers who want solar to the utility, and we could be developing solar on behalf of the utility, selling it to the utility so the utility can serve customers the way they want to be served. It’s not always a contentious situation – a lot of times utilities do embrace solar.”




    In Wisconsin, rural co-ops powering state"s solar growth

    Seminar begins with understanding solar energy

    From heating your swimming pool to baking bread, solar energy can be used in a wide variety of ways.


    On March 26, John Barling presents Here Comes The Sun: DIY Solar Energy Projects, where he’ll explain the major aspects of solar energy in a seminar at the Schubert Centre. Following an initial session on understanding solar energy, Barling will present three sessions, looking at about 30 different do-it-yourself projects.


    “The emphasis will be on low technology projects that use many recycled materials,” said Barling, the author of BC Hydro’s Sources: Solar Energy and John Barling’s Solar Fun Book, and the former head of science at the International School of Monaco. “Some of the projects include: solar distillation, RV and cabin photovoltaic systems, passive solar house construction, bread-box water heaters, trough concentrating water heaters, solar shower towers, camping water heaters, flash water heaters, storage of solar energy, swimming pool heaters, RV water heaters, solar food dryers, solar cold frames, solar greenhouses, parabolic concentrating cookers, solar hot dog cookers, solar ovens, fresnel lens furnaces and a solar light in a jar.”


    The day will conclude by consideration of the latest and coming innovations in solar energy. Each session will be followed by a question-and-answer session.


    “Use of solar energy technology is growing at more than 40 per cent a year — let’s join the solar revolution,” said Barling.


    Barling’s Here Comes The Sun presentation takes place March 26 from 10 a.m. to 3:15 p.m. at the Schubert Centre. Tickets are $25, available at the Bean Scene.



    Seminar begins with understanding solar energy

    Monday, 14 March 2016

    Aqua One Filter Air 20 Sponge Air Filter Up To 20L

    Auction For One Aqua One Filter Air 20 Sponge Air Filter Up To 20L

    For aquariums up to 20L


    Dimensions (mm) LxWxH 80x45x140


    Operated with an air pump (required).
    Suction sups for easy mounting.
    Easy to assemble
    Simple to maintain


    -NICSONS Pet Store is a NewZealand registered company under NICSONS LIMITED with physical retail shop in Fox Outlet Centre, Northcote.


    -We specialize in dogs and cats products: Pet Toys, Leads, Collars, Harness, Beds, Clothing and more…


    -You are most welcome to visit our website for more product details and promotion information.


    -We are always happy to combine postage.


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    Aqua One Filter Air 20 Sponge Air Filter Up To 20L

    Sunday, 13 March 2016

    Council to decide on Community Choice Energy


    Learn more


    What: Davis City Council meeting


    When: 6:30 p.m. Tuesday


    Where: Community Chambers, City Hall, 23 Russell Blvd.


    Watch it: Live on Comcast Channel 16 or AT&T U-Verse Channel 99, or as streaming video at www.cityofdavis.org/media



    Davis could roll out its own locally controlled Community Choice Energy program very soon, pending a vote from the City Council at Tuesday’s meeting.


    A CCE could help reduce energy rates for residents and businesses while drawing on more renewable energy sources. The program would create a locally run nonprofit to provide electricity while working alongside PG&E, which would continue to deliver the power through its infrastructure and handle all billing and collections.


    PG&E would continue to meet all of Davis’ natural gas needs.


    The program would be closely modeled after a similar energy programs cropping up across the state. Marin Clean Energy was the first to launch, first delivering energy to customers in 2011. It was followed closely by programs in Sonoma and the city of Lancaster.


    Under a CCE, residents would see an energy portfolio with at least 50 percent coming from renewable sources while enjoying up to an 8.7-percent reduction on their energy bills over a 10-year period. Locals also could have the option to scale up their percentage of renewable energy, at an extra cost, or to opt out of the program entirely and receive all their energy from PG&E.


    Over the same  period, the city also would build up a 4-percent reserve from the program’s annual profits, which would be earmarked for investing in local green infrastructure.


    After more than a year of devising a Davis-specific plan, city staffers and consultants found that the most favorable program would serve the city of Davis as well as unincorporated Yolo County. The Yolo County Board of Supervisors voiced unanimous support for the CCE program at their March 8 meeting, the city reports.


    On the financial end, a CCE would come with $2.5 million to $3.5 million in start-up costs, the city reports. That sum would take ratepayers three to five years to pay off.


    In the technical report for the program, released last month, consultants found that all options for a Davis CCE program penciled out. Even if the program fails, any energy contracts purchased by the city would be considered an asset, and could be sold. Meanwhile, the city could revert to back PG&E’s current service.


    If the council approves the program Tuesday night, the program will move into the next phase — creation of a joint-powers agency with the county and an RFP for energy services.


    If the council chooses to establish a CCE, residents would be automatically enrolled in the program. Residents would be given several opportunities to opt out if they prefer to stay with PG&E. Deliveries could begin as early as March 2017.


    — Reach Felicia Alvarez at [email protected] or 530-747-8052. Follow her on Twitter at @Felicia_A_



    Council to decide on Community Choice Energy

    Saturday, 12 March 2016

    Sindicatum's 22-MW solar power plant opens at Clark Freeport

    The US$40 million solar power plant will ‘provide alternative power supply to the growing power needs of the locators’ in Clark






    Jun A. Malig



    Published 9:26 AM, March 13, 2016


    Updated 9:26 AM, March 13, 2016








    CLARK FREEPORT ZONE, Philippines – Singapore-based Sindicatum Renewable Energy Company (SREC) inaugurated last Friday, March 11, its 22-megawatt solar power plant in this former United States military base, initially producing 4 megawatts.


    The US$40 million solar power plant will “provide alternative power supply to the growing power needs of the locators” here, the Clark Development Corp. (CDC), a subsidiary of the Bases Conversion and Development Authority which manages the 4,400-hectare main freeport and the 27,600-hectare special economic sub-zone, said in a statement.


    Situated at a leased 25-hectare area in Calumpang village, Mabalacat City within the freeport, the solar power plant is a joint venture between the SREC; Armstrong Asset Management, a Singapore-based private equity company; and Mabalacat Solar Philippines, Inc. (MSPI), a Philippine owned company.


    MSPI’s chairman Jose Leviste Jr. is a member of the advisory board of Sindicatum Group, the parent company of SREC.


    Last year, SREC contracted the India-based Sterling and Wilson Pvt. Ltd. to set up the 22-MW solar power plant.


    The CDC said it is the first renewable energy project in the freeport that would provide clean, adequate and low-cost power supply to residents and locators here and serve as an initial step towards the government owned and controlled corporation’s “commitment to reduce carbon footprint inside Clark.”


    The solar power plant, which is also seen as a support utility for the 9,450-hectare Clark Green City at the sub-zone, was completed last Monday, March 7, and is already interconnected with the Clark Electric Development Corporation and registered with the National Grid Corporation of the Philippines (NGCP) for the eventual supply of excess power to the Luzon grid.


    The CDC expects the solar power plant to operate to its full capacity within this month or as soon as it is registered with the Wholesale Electricity Spot Market and secures NGCP’s approval to connect as a power generator.


    The state-owned corporation said the SREC will also build a 25-MW solar power plant near the Clark Green City in the future.


    Aside from the solar power plant here, the Department of Energy has approved two other solar power projects in Pampanga. These include the 23-MW plant of Raslag Corporation in Mexico town and the 50-MW plant of the Solar Power Utilities Generator Corporation in Porac town. – Rappler.com


    Solar panels image courtesy Shutterstock




    Sindicatum"s 22-MW solar power plant opens at Clark Freeport

    Friday, 11 March 2016

    Cheaper wind contracts bolsters anti-nuke cause

    The plummeting price of wind and solar energy in Ontario — exemplified in a provincewide bidding process that cuts the cost by almost half — has become fodder for environmentalists wanting to halt the expansion of nuclear power generation.


    The Independent Electricity System Operator (IESO), which regulates electricity supply in the province, announced it is offering 16 contracts for renewable energy: wind, solar and hydro-electric.


    The lowest bid for wind energy came in at 6.4 cents/kilowatt-hour generated, about half the amount Ontario is providing to companies that built wind turbines under the 2009 rules. The average price for wind generation would be 8.6 cents/kilowatt-hour.


    “This is great, great news for consumers,” said Jack Gibbons, head of the Ontario Clean Air Alliance, a lobby group looking to decrease reliance on nuclear energy.


    The numbers support his group’s contention that Ontario should ditch its plans to rebuild a reactor at the Darlington Nuclear Generating Station, where the kilowatt-hour cost of the rebuild would be seven to eight cents, he said.


    “There’s no doubt in my mind that the cost of Darlington Nuclear’s rebuild will be significantly more than the contract of wind (energy),” Gibbons said.


    Ontario’s electrical system should be integrated with that of Quebec that is over-producing hydro-electric power, he said.


    The decision this week irked many in Southwestern Ontario, where some communities that oppose wind turbines will get them, while companies were turned down in communities that welcomed them.


    The Municipality of Dutton-Dunwich in Elgin County declared itself an unwilling host for turbines after 84 per cent of residents opposed them in a referendum.


    Despite the vote, a proposal by a Chicago-based company for a wind farm in Dutton-Dunwich was approved. Two wind farms also were approved in Chatham-Kent.


    Gibbons noted there is also significant opposition in the Great Lakes area to a proposed repository for nuclear waste. “In my opinion, the negative impacts of nuclear power are greater than the negative impacts of wind power,” he said.


    Nuclear power accounts for more than half of Ontario’s energy production; wind, just four per cent.


    But Gibbons said Ontario can accommodate its energy needs with energy conservation and green energy and by signing a long-term contract with Quebec power generation.


    Solar production prices are still higher than other green energy but, at an average bid of 14 cents/kilowatt-hour, it’s one-fifth the price Ontario is providing under the 2009 rules. “This is a dramatic reduction in price. It’s revolutionary,” he said.


    “What this competitive procurement process shows is that there are more cost-effective options (to nuclear),” Gibbons said.


    Greenpeace echoed the comments, as its nuclear analyst Shawn-Patrick Stensil said Ontario’s price drop for renewables is noteworthy in that it reflects the international decline in prices and is good news for consumers.


    A provincial auditor’s report released in December showed Ontario’s process of contracting private renewable-energy producers would, under pricing structures of 2009, result in consumers paying $9.2 billion more over the 20-year life of those contracts.


    The new process required companies to submit bids identifying how much money they’d be willing to accept for providing power to Ontario’s grid.


    — — —


    BY THE NUMBERS


    • The Independent Electricity System Operator (IESO) is offering 16 contracts representing 454 megawatts of energy capacity to renewable-energy companies

    • five wind contracts (total 299.5 MW) with weighted average price of 8.59 cents/kWh;

    • seven solar contracts (total 140 MW) with a weighted average price of 15.67 cents/kWh;

    • four hydroelectric contracts (total 15.5 MW) with a weighted average price of 17.59 cents/kWh.

    • 80 per cent of the projects include participation from one or more aboriginal communities; 75 per cent had received support from local municipalities; 60 per cent had support from abutting landowners.

    Source: IESO



    Cheaper wind contracts bolsters anti-nuke cause

    Thursday, 10 March 2016

    China's Intensifying War on Air Pollution Stimulates the HVAC Filter Market, Finds Frost & Sullivan

    High competition from local players compel global participants to target niche applications


    BEIJING, March 10, 2016 /PRNewswire/ — Severe spells of haze-smog and concerns that the particulate matter in China is well above the approved limit of 35 micrograms per cubic meter have prompted the Government to issue new air quality standards. These standards are aimed at protecting and improving the environment as well as quantitatively analysing atmospheric environmental pollution. The stringent standards and legislations will have a direct impact on the revenue growth of the heating ventilation, air conditioning (HVAC) air filters market, especially in the high-end segment.


    New analysis from Frost & Sullivan, Chinese HVAC Filter Market (http://www.frost.com/sublib/display-report.do?id=MBBE-01-00-00-00&src=PR), finds that the market earned revenue of $840.0 million in 2014 and estimates this to reach $1.62 billion in 2022, at a compound annual growth rate of 8.5 percent. In this research, Frost & Sullivan’s analysts thoroughly examine the market segments of standard filters, high efficiency particulate air filters (HEPA), and gas phase filters.


    For complimentary access to more information on this research, please visit: http://corpcom.frost.com/forms/CHN_PR_JZheng_MBBE_02March16


    Due to the continued transfer of worldwide manufacturing to China, the industrial sector is also one of the biggest polluters as well as adopters of air filters. The most lucrative markets are electronics, especially semiconductors and flat panel display (FDP), and pharmaceutical manufacturing. Meanwhile, the standard and gas phase segments will get a boost from the sizeable growth in the commercial and residential buildings segment.


    “As a result of the vast market demand, the competitive landscape in China has been changing, with local manufactures gaining market share over international participants,” said Frost & Sullivan Energy & Environment Research Analyst Gautham Gnanajothi. “As the air filter market in China is price driven, the global majors have been forced to develop new pricing strategies.”


    The impact of this price pressure is felt mostly in the affordable low- and medium-efficiency filters segment, where price is a key purchasing criterion. In the high-efficiency filter segment, the price is based on the media used. Some manufacturers, mostly local, source the filter media locally, which enables them to offer economical products.


    Further, the variation in price depends on the region and the intensity of competition there. For instance, the price decline over the past couple of years has been steep in South China and East China, as there are more numbers of manufacturers and therefore, competition, in those regions.


    “To stave off the competition from local participants and gain an edge in the market, it is critical to target niche applications such as nuclear or biological clean rooms, which have stringent requirements,” noted Gnanajothi. “In due course, the competition from local participants will reduce, mainly for high-end filters, as certification requirements, national standards, legislation and regulations are becoming stringent.”


    Manufacturers need to constantly take initiatives to educate end users on the benefits of their innovative technologies. These efforts and frequent innovations will go a long way in sustaining the rapid growth of the HVAC filter market.


    Chinese HVAC Filter Market is part of the Building Management Technologies (http://ww2.frost.com/research/industry/environment-building-technologies/building-management-technologies) Growth Partnership Service program. Frost & Sullivan’s related studies include: Transformational Trends in the Global Building Energy Management Solutions Industry, European HEMS and BEMS Market, Global Smart Gas Meters Market, Global Demand Response Trends, and Beijing Data Center Services Market Analysis. All studies included in subscriptions provide detailed market opportunities and industry trends evaluated following extensive interviews with market participants.


    About Frost & Sullivan


    Frost & Sullivan, the Growth Partnership Company, works in collaboration with clients to leverage visionary innovation that addresses the global challenges and related growth opportunities that will make or break today’s market participants.


    Our “Growth Partnership” supports clients by addressing these opportunities and incorporating two key elements driving visionary innovation: The Integrated Value Proposition and The Partnership Infrastructure.


    • The Integrated Value Proposition provides support to our clients throughout all phases of their journey to visionary innovation including: research, analysis, strategy, vision, innovation and implementation.

    • The Partnership Infrastructure is entirely unique as it constructs the foundation upon which visionary innovation becomes possible. This includes our 360 degree research, comprehensive industry coverage, career best practices as well as our global footprint of more than 40 offices.

    For more than 50 years, we have been developing growth strategies for the global 1000, emerging businesses, the public sector and the investment community. Is your organisation prepared for the next profound wave of industry convergence, disruptive technologies, increasing competitive intensity, Mega Trends, breakthrough best practices, changing customer dynamics and emerging economies?


    Contact Us: Start the discussion


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    Subscribe: Newsletter on “the next big thing”


    Register: Gain access to visionary innovation


    Chinese HVAC Filter Market
    MBBE-19


    Contact:


    Julie Zheng
    Corporate Communication – Greater China
    P: +852 2191 5788
    M: +852 6877 5511
    E: julie.zheng@frost.com


    http://www.frost.com


    SOURCE Frost & Sullivan


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    China"s Intensifying War on Air Pollution Stimulates the HVAC Filter Market, Finds Frost & Sullivan

    Solar-powered Whole Foods already grows (lettuce and tomatoes) in Brooklyn

    Brooklyn Whole Foods demos a solar supermarket in action – New York Business Journal


    Please Sign In and use this article’s on page print button to print this article.







    Property Spotlight: PV|303 – Arizona’s Rising Hub For Business Expansion







    The Whole Foods Market in Gowanus, Brooklyn features a rooftop greenhouse, and solar… more




    Whole Foods is planning to install up to 100 additional solar rooftop units on its stores nationwide, but to see how renewable energy-centric supermarket looks, head no further than the Gowanus neighborhood in Brooklyn.




    Upcoming Events






    ]]>


    The Austin, Texas-based supermarket chain announced a deal yesterday with San Mateo, California-based SolarCity and Princeton, N.J. –based NRG to provide solar panels and equip 100 of the retailer’s 434 U.S. stores with rooftop solar systems. Financial terms weren’t disclosed.






    The Whole Foods Market in Gowanus, Brooklyn features a rooftop greenhouse, and solar… more







    For Whole Foods (Nasdaq: WFM), going solar isn’t new. Its Berkeley,California store became the nation’s first major food retailer to introduce solar energy as its primary lighting power source back in 2002, and solar power is also utilized at its Brooklyn store, which opened in 2014 near the Gowanus Canal and was designed to be 60 percent more efficient than any other grocery store in the United States. The latter does not have rooftop solar units, but it has numerous other energy-efficient features.


    The supermarket parking lot is covered by solar panel carports designed to offset nearly 30 percent of the 56,000-square-foot building’s electricity use. Both solar and wind energy are used to power two Skypump electric vehicle charging stations and 19 LED streetlights. Urban Green Energy, which installed the latter, had said at the time it opened in December 2013 that the lights would remain operational during regional outages because of their natural power sources.


    Plus, since the streetlights and charging stations both produce more energy than they require, they help reduce energy consumption at the supermarket.


    In addition, the Gowanus store also has a greenhouse on the roof which measures over 20,000 square feet and grows over 200,000 pounds of fresh leafy greens, herbs and tomatoes each year. It was the first commercial scale greenhouse farm integrated into a supermarket, according to its operator, Greenpoint,Brooklyn-based Gotham Greens.


    The solar power plan from Whole Foods (Nasdaq: WFM) comes at a time when the chain is under pressure to reduce costs amid greater competition, and it should save the company money because it can buy electricity at cheaper prices from the solar providers.






    Property Spotlight: PV|303 – Arizona’s Rising Hub For Business Expansion







    Solar-powered Whole Foods already grows (lettuce and tomatoes) in Brooklyn