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Showing posts with label Solar Companies. Show all posts
Showing posts with label Solar Companies. Show all posts

Tuesday, October 2, 2012

Embrace of Renewables in Heartland Wows Execs


National Renewable Energy Laboratory

NREL Newsroom

Embrace of Renewables in Heartland Wows Execs

In this photo, a tall man in a red shirt appears dwarfed by the many wind turbines towering above him on the Kansas prairie.Enlarge image
Executive Energy Leadership Program (Energy Execs) participant Mark Dow checks out the wind turbines at the John Deere dealership in Greensburg, Kansas.
Credit: Dennis Schroeder
Seventeen executives traveled through middle America last month and came away amazed by the can-do spirit alive in the heartland, in awe of how those connected to the land overcame disaster and economic crisis to embrace renewable energy.
The 17 were members of the 2012 class of the Executive Energy Leadership Program (Energy Execs) run by the U.S. Department of Energy's (DOE) National Renewable Energy Laboratory (NREL). Each of them — representing private business, local, state, and federal government, and nonprofits — will use the program to bring back to their workplaces an idea to enhance sustainability or build renewable energy projects. The field trip complemented classwork done at the NREL campus on the practical outgrowth of research in renewable energy and energy efficiency.
The Energy Execs traveled by bus from Denver to Lamar, in the southeast corner of Colorado, to meet with economic-development and community leaders and see one of the largest wind farms in the nation. They then rode on to Greensburg, Kansas, site of a devastating 2007 tornado — and now site of the most LEED Platinum energy-efficient buildings per capita of any town or city in the world.
"To see them embrace these technologies, to bring their care for the land and their conservation values to the newest technologies … that's pretty impressive," said Charles Allison, Jr., an associate professor in finance, energy policy, and sustainability management at the New School in New York City. "Understanding who they are goes a long way toward knowing how to integrate energy efficiency into their towns."

Old Windmills and New Wind Turbines

In this photo, seven people listen to a man with his back to the camera. In the background are a wind turbine and a brilliant blue sky.Enlarge image
Bob Emick, center, with back to camera, speaks to the Energy Execs at his ranch in Lamar, Colorado. The ranch hosts a wind farm with 98 1.5-megawatt wind turbines, powerful enough to provide electricity to tens of thousands of households. Bob's son Greg, at the right, wearing a cowboy hat, told the group that the turbines provide the family with a steady income.
Credit: Dennis Schroeder
In Lamar, the Energy Execs visited the Emick family ranch, where 98 1.5-megawatt wind turbines rotate at speeds of up to 24 rotations a minute, bringing electricity to tens of thousands of homes — and where in the blazing sun, cows find shade in the turbines' shadows. It's part of a 150-turbine wind farm that spreads from Prowers County to Bent County to the east.
"NREL approached my dad and said they wanted to put up some meteorological towers to study the wind," rancher Greg Emick earlier told a gathering of the Energy Execs, the Prowers County Economic Development organization and other policymakers from Prowers and surrounding counties. "They spent five years studying the wind, and they found that we had a really good wind resource here."
Xcel Energy got interested, and in 2003, during a six-month span of busy construction, the Colorado Green Wind Power Project built 98 turbines on Emick's land, with another 10 on nearby property. In addition to the Colorado Green Project, Lamar Light & Power generates electricity from their own two turbines.
The wind farm gives the Emick family a steady income and adds $400,000 a year to Prowers County's coffers. That "may seem insignificant, but down here that is very significant," said County Commissioner Gene Millbrand. During construction, there were 250 jobs; now there are about 20 well-paying jobs. "I don't know how our county could have survived this recession had it not been for the stimulus and the revenue we get from this wind farm."
Emick and Millbrand said there was near-universal agreement among residents that wind energy would be a good thing. Why? Well, there are the jobs and the tax revenue, and besides, said Emick, "It beats ranching."
The tour of the Emick farm provided an unexpected historic perspective when family patriarch Bob Emick presented his barn containing dozens of antique but freshly painted windmills, each a work of art in itself, adorned with the finest in 19th-century script. Another 40 of Bob Emick's windmills are on display at the American Wind Power Center in Lubbock, Texas.
"I just can't get over the irony of Mr. Emick being into those windmills, collecting them for 30 years, and the serendipity of having 98 wind turbines put on his land," said David Warner of NREL. "His own hobby and interest played out for him and his family in a very big way."

Town Embraces Its Values to Rebuild

This photo shows several people assembled in a barn with the brightly colored blades of vintage windmills surrounding them. Enlarge image
Energy Execs visit the barn where Bob Emick keeps his collection of vintage windmills near Lamar, Colorado. Participants said it was a pleasing irony that a rancher who has one of the nation's best collections of ancient windmills now hosts 98 modern wind turbines on his acreage.
Credit: Dennis Schroeder
Then it was on to Kansas.
Greensburg, Kansas, is about 100 miles west of Wichita, in Tornado Alley — no more so than the evening of May 4, 2007, when an EF-5 twister smashed into town, destroying 95% of the structures.
It was just one more slowly dying rural Kansas town until then, its chief attraction the Big Well, the largest hand-dug well in the nation, said Superintendent of Schools Darin Headrick.
The destruction was too much for some, who relocated, dropping Greensburg's population from about 1,400 to fewer than 1,000. But those who remained were steadfast.
At the first post-tornado town meeting a week later — attended by 500 people — a proposal to turn the town into a sustainable, tornado-safe paragon of clean energy caught fire.
As part of a DOE rebuilding team, NREL scientists, including Shanti Pless, came to town to advise on energy efficiency and the prospects for wind energy. Residents said yes to the grand vision, even though it meant months-long delays in getting back into permanent housing in the town.
At a meeting with town leaders and Energy Execs, Daniel Wallach, executive director of the nonprofit Greensburg GreenTown, said: "After this disaster, it would have been easy to say 'let's fold this whole town up.' But if we were going to survive and be a player and bring business here, we had to do this."
"Our ancestors were the original recyclers," Greensburg Mayor Bob Dixson said. "They farmed, they ranched, they didn't waste. It was so much in their nature, and it's so much common sense. Why import energy when we have abundant solar and wind resources?"
Today, Greensburg has nine LEED Platinum buildings, including the K-12 school, the city hall, the county hospital, and the biggest employer in town, the John Deere dealership. Each uses half or less of the energy of a standard building of its type. The Deere building employs skylights and natural daylight, captures and recycles water, uses geothermal heating, and draws power from its own wind turbine.
"It takes a lot of courage, when you've lost everything you had, to not just want to get back to a sense of normalcy, but to wait and do it right," Greensburg City Administrator Ed Truelove said.

Energy Execs Inspired to Take Action, Collaborate, Innovate

This photo is in twilight, with the setting sun contrasting with the dark clouds. In the foreground is a low-rise hotel, with wind turbines behind.Enlarge image
Wind turbines power the Best Western Hotel in Greensburg, Kansas. Greensburg rebuilt after a devastating 2007 tornado and now has nine LEED Platinum buildings, each using half or less of the energy of standard building of its type. The LEED Platinum buildings include the K-12 school, the city hall, the county hospital, and the biggest employer in town, the John Deere dealership.
Credit: Dennis Schroeder
On the ride back to Denver, the Energy Execs reflected on what they had learned and how they can bring clean energy to their workplaces.
Raimone Roberts, an executive with a large construction company, wants to help rebuild inner-city Detroit, one energy-efficient block at a time. "I learned that simple systems can work very well, and that you need to be very clear about the vision, about showing how the project reflects community values," Roberts said. "They inspired me to not be afraid to ask questions, no matter how ludicrous, because if you ask enough questions you come up with innovations that can lead to great change."
Manisha Patel, deputy assistant director for regulatory policy at the White House Council on Environmental Quality, said: "We no longer have to change the way people think about renewable energy. The mental change has happened. What isn't there is an infrastructure that will allow renewables to truly penetrate into our delivery system around the country."
"I was awestruck by the human ingenuity and the perseverance of the human spirit, how driven people can be," Patel said. "The things I've seen make me personally want to be a better person. I'm going back and sharing these stories. I'm energized, and I want to do things."
"When you hear about American spirit and innovation, it is often just rhetoric. This trip showed me that it isn't just rhetoric. It can be real."
Keith Hay of the Colorado Public Utilities Commission said visiting Greensburg convinced him to be more ambitious with his clean energy project. "How do we take energy efficiency from the status quo to deepening it, taking it to the next level? I want to help the commission figure out how we move to more integrated solutions."

Finding Sustainability Fans Everywhere

In this photo, a woman leads a half dozen others down a corridor lined with glass windows. Through the windows, a large, white wind turbine can be seen.Enlarge image
Kiowa County Memorial Hospital administrator Mary Sweet, front, leads the Energy Execs on a tour of the LEED Platinum hospital in Greensburg, Kansas. Today, Greensburg is the world leader in LEED Platinum buildings per capita.
Credit: Dennis Schroeder
Patrick Hamel of the Colorado Department of Public Health and Environment will redouble his efforts to win approval for a rooftop solar project for the Argo Mine in Idaho Springs, which would cut energy use by 40%. "I saw a sign in the new school that stuck with me" when touring Greensburg's new K-12 school, Hamel said. "'Your beliefs don't make you a better person, but your actions do.'"
Carol Dollard, an energy engineer at Colorado State University (CSU) who wants to build a small wind farm at a CSU cattle research center on the Eastern Plains, was impressed by "the whole green building thing in Greensburg.
"Did I see anything I hadn't seen before? No. But they just got it. They weren't content with one LEED building that could be financed with government help. They have the mentality that you should do it right every time.
"The most remarkable thing for me was the human ingenuity," said Dollard, who lives in a neighborhood recently devastated by the High Park wildfire. "It started with individuals and spread. They wanted to do what was right for them, but also what was right for their community and for the future."
Karen Hancock joined the field trip after the theater shootings in her city, Aurora, Colorado. "I had to ask, 'Aren't you just traumatized by what happened to you?'"
Greensburg residents said they did experience trauma, and some are still feeling it, Hancock said. "But they said the rebuilding of the town was a kind of green therapy that took them away from their problems. They were able to make their community better and their personal lives better out of a tragic event."
Dick Hemmingsen, director of renewable energy initiatives at the University of Minnesota, said the can-do spirit of the people in Lamar and Greensburg — and their embrace of conservation — reminded him of his own great-grandparents, who built sod huts with green roofs, using the warmth of the earth to survive.
"It's just another way to get back to the future," Hemmingsen said. "It's an inspiration to see people rolling up their sleeves to get things done that have to be done."
Learn more about Greensburg's recovery.
— Bill Scanlon


Posted originally by NREL. Please follow us on Twitter and "like" us on Facebook!

Thursday, September 6, 2012

Renewable Globe Solar and Wind Company Directory


Today marks the officially launch of both the solar and wind company Renewable Globe company database. After pushing through thousands of companies, two lists have been formed giving access to an international list of solar and wind companies. In order to access these lists please visit: Solar Companies and Wind Companies.

The lists are organized in alphabetical order as shown in the image below:




By clicking on each of the different letters, you will find yourself searching for the first letter of the first word in each company name. You will also find stock symbols and the countries each company is located in. We hope this will act as another resource for everyone as we fight to spread the word about renewable energies.

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Tuesday, August 14, 2012

The Open PV Project: NREL


Stumbled across this amazing PV project by NREL a few days ago. Herre is a little bit about it and how it can help you! Check it out.


The Project

The Open PV Project is a collaborative effort between government, industry, and the public that is compiling a comprehensive database of photovoltaic (PV) installation data for the United States. Data for the project are voluntarily contributed from a variety of sources including utilities, installers, and the general public. The data collected is actively maintained by the contributors and are always changing to provide an evolving, up-to-date snapshot of the US solar power market.

Data Collection

The Open PV Project is collecting data from any willing contributor of available information. NREL has "seeded" the Open PV database by requesting data from most state run incentive programs, large utilities, and other organizations. This initial data collection has provided a solid base of data for the project to launch from and it is our hope that the database will continue to grow through contributions from the PV community and anyone interested in understanding PV market dynamics in the US.

Data Quality

Determining the quality of incoming data is dependent upon who is submitting the data to the project. This means that data coming from users associated with a particular organization may be "trusted" more than data from other unknown users. Each registered user is assigned a default "score" based on their organizational affiliation. This score is highest for Government users (State, Federal, etc.) because such users are often involved with incentive programs that have a defined data collection process in place. Second are utility and PV installers (and others in the PV industry), and so on. All users who contribute data to the project have the ability to gain a "project reputation" that can impact the score of the data they contribute.

Validation

Data validation occurs on each record in the database on a regular basis. The database is continually analyzed for corrupt records, bad or invalid data, and outliers such as an abnormal cost to watt ratio. Records found to contain questionable data are flagged and are dealt with on a case by case basis by a member of the Open PV Team.

Duplication

Understanding duplication is one of the ways that individual records are validated. In a publicly contributed database, it is imperative to anticipate the submission of duplicate records. When duplicate records are detected, they are added to an install specific list of duplicates and the data provided are aggregated into "summary records" of their respective installs. Identifying duplicate records helps validate PV installs in the database. The more a PV installation is duplicated in the database, the more trust the project places on the data for that installation.

Data Fields

Required Fields

The Open PV Project is designed to be able to store nearly any type of information pertaining to PV installations. In order to provide the primary statistics from the database we have identified 4 data fields that are required of each PV install added to the project. These four fields are:
  • Date Installed (Completion date or interconnection date)
  • Size/Capacity of the PV Installation (in kW DC)
  • Location (Zipcode or Street Address)
  • Total Installed Cost (in USD, before incentives)

Additional Fields

The four required fields listed above provide the Open PV Project with the base information needed to derive several key statistics on the US PV market, including historical trends and regional comparisons. However, the design of the Open PV database is capable of storing nearly any type of data associated with PV installation, so the Open PV Team would like to encourage you to contribute any additional information you are comfortable sharing. This extra information can be extremely valuable, for example, data that contains information about who installed the PV installation can help to answer very useful questions about where certain installers are working. Information on module or inverter types can be useful in mapping efficiency and detailed financing information can be a key factor in understanding trends in overall installation cost. The Open PV Team strongly encourages you to contribute any data you feel comfortable providing, especially data you would like to see visualized in our gallery someday.


Here is a screenshot of what the homepage looks like. It is truly an amazing tool!




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Friday, August 10, 2012

Dubai Takes Solar Energy to a Whole New Level



Dubai Solar Energy

Dubai Municipality plans to use solar technology to reduce its consumption of traditionally produced electricity and water by 20 per cent over the next five years.
"[The municipality has] taken a number of initiatives in terms of energy efficiency and conservation," Nejib Zaafrani, the chief executive of the Dubai Supreme Council of Energy (DSCE) said yesterday.
Solar energy plays a part in the efforts to go green and lighting in parks and public places will in future be powered by solar panels.fit buildings with systems designed to save energy. As part of its overall energy strategy, the DSCE has identified a number of "quick wins" - measures that can easily be implemented to conserve energy and water.

Other Dubai Government entities will join the Municipality with similar efforts.
"We're moving to a wider space in energy savings by implementing energy conservation measures," said Mr Zaafrani. Dubai has managed to curb the rising costs of utility provision by drawing up a programme to moderate the consumption of electricity and water.
Deterred mainly by the resultant hefty increases in utility bills, Dubai residents have reduced their use of both.
This has enabled the Dubai Electricity and Water Authority (Dewa) to postpone the construction of a large-scale power plant, the 1,500 megawatt Hassyan project.
Dubai relies entirely on imports to meet its requirements for natural gas - the primary fuel for power plants in the region.
The emirate is forced to import expensive liquefied natural gas to meet spiralling demand during the summer and is passing on the additional cost to consumers in the form of a fuel surcharge.
To reduce the dependence on fossil fuels, the DSCE in January announced plans for the 1,000MW Mohammed bin Rashid Al Maktoum Solar Park.
This renewable energy facility is due to be completed by 2030.
This article was originally published by The National. Please follow us on Twitter and "like" us on Facebook!

Tuesday, August 7, 2012

Main Solar Web Page Construction Begins


Today, RenewableGlobe.com began constructing the solar portion of their webpage. The above picture shows some of the types of solar energy that will be covered on the webpage. First, in the top left, passive solar, then to the right, active solar, and continuing on, solar thermal, photovoltaic solar, concentrating solar, and lastly, solar companies.

This main page for Renewable Globe Solar will cover the basics about solar energy as a whole with each of these individual types of solar energy being covered on their own landing pages in detail. As the website begins to grow, we will welcome content recommendations as well as requests for more content both on this blog and on the website. We thank you for watching us grow and waiting for the official launch of RenewableGlobe.com. Read more...

In the meantime, we want to mention that our official pages for Facebook and Twitter are now live and we hope you will take the chance to become our fan and follow us. Thank you!