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Posts Tagged ‘renewable energy’

The Solar Energy Industries Association (SEIA) has taken a step that any self-respecting supporter of renewable energy should do – ditched the American Legislative Exchange Council (ALEC).  This relationship looked a lot like the fabled one between the scorpion and tortoise.

Despite members such as the SEIA and the American Wind Energy Association (AWEA), ALEC has decided to make a nationwide push to roll back renewable energy portfolio standards (RPS) that have been enacted in many states.  The RPS sets a percentage of electricity consumed that must be derived from renewable energy sources, such as wind or solar.  The Texas RPS, passed in 1999, has helped propel the state into its role and a wind industry leader.  At one point last month, the ERCOT electric grid (which encompasses most of Texas) was getting 26% of its power from wind turbines.

congratulationsIt pleases me to see good organizations such as SEIA leaving the backward notions of ALEC behind and I hope that other well-meaning organizations, businesses and elected officials will take a hard look at the facts and do the same.  ALEC has perverted the legislative process to suit its needs.  Model bills are developed behind closed doors to fit certain member industry desires and are then pushed for adoption in as many states as possible.  Of course, as SEIA has likely discovered, not all members are equal and its the big boys that get to make the rules of the game.

Numerous polls and studies show widespread support for renewable energy, but nothing speaks so loud as money.  Only when the coffers at ALEC dry up will they stop pushing this kind of backward legislation.

It remains to be seen whether ALEC’s effort to repeal the RPS will gain any traction in Texas.  Here’s to hoping that saner heads prevail and send ALEC packing.

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Texas Renewables Conference 2012

I want to alert you to a unique opportunity this December.  It’s a special conference and video-taping called Renewable Energy and The Unified Energy System. And it’s going to be at the Lost Pines Resort just outside of Austin on the way to Bastrop.

Renewable Energy has truly come of age.

Solar modules are below a dollar/watt and distributed solar is about to blast through the proverbial roof.  Texas Coastal wind now competes with base load fossil plants in price, yet performs like a more expensive gas peaking plant.  Just as important, large scale solar plants can now compete with natural gas peaking units in price.  Plug-ins and all-electric cars are becoming commonplace on our streets.  Rules for storage facilities are finally written.  Advanced thermostats and controls and other smart grid developments  are providing new avenues in demand side energy management for both homeowners and utilities.

Our cars, buildings and the electric grid are becoming unified and Renewable Energy will be the big winner in an energy horizon where energy sellers become buyers, buyers become sellers, and renewable energy competes with oil in the transportation sector.

Texas Renewables 2012 is designed to address this transition and highlight the accomplishments of the Pecan Street Project where 200 of the 600 energy efficient smart homes are fitted with solar PV and 100 of the homes will support a plug in vehicle. The conference will provide a solid understanding of the forces at play to further the vision of a “Unified Energy System” and discuss strategies to sustain continued growth for the renewable energy sector.

You may even want your company or agency to be an exhibitor.

Click here to register.

There is only room for about 500 folks, so be sure and act now to reserve your place. We can’t think of a better place to be on 12/12/12.

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Even Support from Businesses Like IKEA Is Not Enough for PUC

AUSTIN, TX – The Public Utility Commission delivered a slap in the face to the more than 6,000 Texans and 70 businesses and organizations  who have actively called on the Commission to implement and expand the non-wind renewable portfolio standard (RPS).  The non-wind RPS would establish a market for electricity from solar and other renewable energy resources in Texas, just as the State’s overall RPS did for wind energy.  The non-wind RPS was passed into law in 2005, but has yet to be implemented by the PUC.

Democracy and the rule of law may be important tenants of our society, but they are utterly lacking at the PUC, where Commissioners refused to engage in even a single minute of public discussion on the matter before striking it down today.

Instead of gathering current information on the price of solar photovoltaic (PV) panels and other renewable energy technologies, the PUC staff recommended denial based on data that is more than two years old.  This illustrates a shocking lack of due diligence, given that solar prices have plummeted over the past two years and are now competitive with traditional energy sources, especially when demand is high.  David Crane, CEO of NRG Energy, told participants at the Bloomberg New Energy Finance Summit, “Solar is so cheap today that unless you tell me that you did a solar analysis yesterday, not last year or last month, then your analysis is out of date.

The Commission appears to be committed to willful ignorance on this issue, but we’re not giving up.  This is too important to the future of our state. The solar industry is going to continue to grow regardless of what the PUC does; it’s just a matter of whether it will grow in Texas and bring good jobs to Texans or if we will let other states and other countries leave us behind.

While misconceptions about the cost of solar energy persist, businesses and individuals who look at current prices have found an opportunity for energy savings by investing in solar.  IKEA, a major international retailer, supports implementing and expanding the non-wind RPS in Texas.  “While utilizing renewable resources for generating energy allows us to reduce our carbon footprint, it[s] also is good business since it significantly reduces operational costs,” states the company in its comments that they filed with the PUC.

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Advocates fault PUC for turning a blind eye to industry as Texas falls behind

Solar energy backers rallied outside the Texas Public Utility Commission [last] week seeking enforcement of a seven-year-old law that would boost electric generation from geothermal, biomass and the state’s ample supply of sunshine.

Public comment [ended Friday]on proposed rulemaking at the PUC, which has been reluctant to embrace the non-wind portion of the so-called renewable portfolio standards passed by the Texas Legislature in 2005. With those standards calling for generation of about 500 megawatts of renewable power from non-wind sources by 2015 and 3,000 megawatts by 2025, the Clean Energy Works for Texas Campaign sent petitions to the PUC urging it to carry out the law’s provisions. The group estimates that more than 6,000 individuals across Texas and 50 businesses or organizations lent their signatures in support.

“Why aren’t we seeing the clean energy we’ve demanded from our legislators? Why aren’t we seeing the thousands of new green jobs, new energy businesses and new tax revenues for our underfunded schools?” asked activist Dave Cortez of the Texas BlueGreen Apollo Alliance. “Four words: The Texas Public Utility Commission – a government agency run by unelected commissioners who have the power to take state law and misinterpret it, sit on it, lambast it, everything but implement it and ultimately say, ‘No, sorry. We don’t like it.’”

The PUC’s stand, as articulated by Chairman Donna Nelson, stresses the fact that wind power’s success has eclipsed the minimum renewable standards set in the law many times over. And, she argues that the law’s instructions on non-wind energy are not mandatory, a point of contention with solar backers. Moreover, she has said propping up solar power would increase electric bills and that the commission is not in the business of favoring one type of energy generation over another.

Executives from two Austin-based solar companies who attended the rally said each had respectively grown from only two employees to at least 25. And, with the business climate unfriendly to solar in Texas, they said, both companies are making upcoming expansions in a state more hospitable to their interests.

“The bad news is we’re in the process of opening a second office, and the second office will be in California,” said Tim Padden, founder of Revolve Solar. “I would rather be in Dallas, San Antonio or Houston, but the reality is California has taken a stand to support the development of the solar industry seriously by setting statewide goals and local support for their solar companies. I want to see this happen here in my home state. These could be Texas jobs.”

Stan Pipkin of Lighthouse Solar, an Austin-based solar design integration firm said his own company has shown an almost identical job growth and will also be opening offices in California.

“I’m deeply concerned that Texas is not taking advantage of the energy resource we have in most abundance,” he said. “Texas is currently 10th in solar capacity. This is absolutely confounding given our solar resource, our electric demand and our shortage of reserve capacity. It just doesn’t make sense.”

By Polly Ross Hughes

Copyright September 14, 2012, Harvey Kronberg, www.texasenergyreport.com, All rights are reserved.  Reposted by TexasVox.org with permission of the Texas Energy Report.

The PUC has put the non-wind RPS on the agenda for its open meeting this Thursday.  We need you to be there to show your support for moving forward with the rulemaking process.  Please email kwhite@citizen.org if you are interested in attending.  The meeting will be in the Commissioners’ Hearing Room on the 7th Floor of the William B. Travis building at 1701 N. Congress Ave, Austin.

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Orbach: $1 billion for energy storage research could launch state’s next energy era

Watch for the University of Texas at Austin to soon make a $1 billion pitch to lawmakers aimed at unleashing the state’s vast potential to lead the nation and even the world in renewable energy production.

Ray Orbach, director of UT’s Texas Energy Institute, has compiled what he considers a compelling case for a large public investment in battery storage research meaningful enough to launch Texas into a new energy economy that taps the state’s enormous potential capacity for solar, wind and geothermal power generation.

“I really would like to have a crash program. My thought is it could be comparable to the cancer initiative,” he told Texas Energy Report. “I would like to see it in the billion-dollar range. My point is the potential is there. I just think it’s crazy not to sit down and optimize it for Texas.”

Orbach said a new study found that Texas has the potential to lead the nation in nearly every form of renewable energy. In concentrating solar alone – which allows for fluctuations that make it more economical – tapping just one percent of Texas’ total capacity could generate electricity equivalent to the entire needs of the ERCOT (Electric Reliability Council of Texas) power grid, he said.

“We have as much energy potential above ground as we do below ground,” Orbach said this week to an audience attending a symposium sponsored by the Texas Public Utility Commission called “Renewable Solutions for Energy Prosperity in Texas.”

Citing a just released July study called “U.S. Renewable Energy Technical Potentials: A GIS-Based Analysis,” Orbach laid out what’s in it for Texas if the state’s leading scientific minds solve the energy storage puzzle:

Urban utility-scale photovoltaics:  Texas has the highest estimated potential (13 percent of the U.S.)

Rural utility-scale photovoltaic: Texas has the highest estimated potential (14 percent of the U.S.

Rooftop photovoltaic’s: Texas has the second-highest estimated potential (9 percent of the U.S.)

Concentrating solar power: Texas has the highest estimated potential (20 percent of U.S.)

Onshore wind power: Texas has the highest estimated potential (17 percent of U.S.)

Offshore wind power: Hawaii has the highest estimated potential, while Texas has 6 percent of U.S.

Enhanced geothermal systems: Texas has the highest estimated potential (10 percent of U.S.)

“The opportunities are so enormous. I was stunned,” Orbach said of his reaction when he read the study that takes into account environmental and land-use constraints, and topographical limitations.

Because each of the renewable capacity calculations is based on the same total land, Orbach said Texas leaders need to determine how to best optimize the state’s renewable resources with decisions about which fuel mix to pursue and where. In an interview, he acknowledged that political and economic considerations would pose major challenges, but he suggested a planning commission appointed by the governor and legislators could help navigate those.

Think of the planning concept as akin to the Texas Railroad Commission’s early history in setting production limits to ensure that oil and gas resources would last longer with conservation measures such as adequate well spacing, he said.  And think of state’s commitment to building CREZ (Competitive Renewable Energy Zones) transmission lines to transport wind energy as a parallel to the research commitment needed to solve the problem of energy battery storage for wind and solar.

With its federal production tax credits, Orbach said wind has posed pricing issues for ERCOT’s wholesale competitive market. But he insisted he’s a free-market advocate who does not think wind or solar would need any subsidies to compete. As for kick-starting research to solve energy storage issues, he said Texans should think of that as an investment that would repay itself many times over.

“Our future will depend on our ability to store base load electricity from fluctuating sources. We are truly blessed with intellectual and energy sources. It’s time for a zoning, an optimization of how we use these wonderful resources for the benefit of citizens in this state,” Orbach said. “This is not just a Texas issue. The market for what we produce in Texas is global. You can think outside the boundaries of our state for these opportunities.”

In addition to the big picture, some of Texas’ energy opportunities have hardly been discussed, he said. The potential for enhanced geothermal energy alone, he said, is 384 gigawatts. That’s equivalent to five times the total ERCOT load.

Geothermal energy taps into underground heat, and fracturing underground rock is one way to release the heat. He points to natural gas wells hydraulically fractured in the Barnett Shale of North Texas and their future to be repurposed in 10 to 20 years for renewable energy production. The wells have already fractured rock at a depth of 8,000 to 10,000 feet where temperatures range from 200-300 degrees Fahrenheit, he noted.

“What happens when those wells are played out? Do we just cap them and walk away? They are a source of potential enhanced geothermal energy. We have the sources now that we’re using for liquids and gas and oil that in fact may well be available in the future for enhanced geothermal,” Orbach said.

Meanwhile, the price of solar panels is dropping sharply as China floods the market with panels at 80 cents a watt, he said. Consequently, solar installations in the first half of this year doubled to 1,254 megawatts over the 623 installed in the first six months of 2011. That’s the size of a nuclear reactor, he said, and this year it will amount to two.

“It’s a revolution,” he added. “It’s a sign for those of us interested in solar and wind and renewable energy that there’s an opportunity here for Texas to be mined.”

By Polly Ross Hughes

Copyright September 14, 2012, Harvey Kronberg, www.texasenergyreport.com, All rights are reserved.  Reposted by TexasVox.org with permission of the Texas Energy Report.

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Yesterday, Clean Energy Works for Texas – a coalition consisting of Public Citizen, Sierra Club, Texas BlueGreen Apollo Alliance, Progress Texas, Clean Water Action, Environment Texas, North Texas Renewable Energy Group, North Texas Renewable Energy Inc., SEED Coalition, Solar Austin, Solar San Antonio, Texas Campaign for the Environment and  Texas Pecan Alliance – filed a petition with the Public Utility Commission of Texas (PUC) asking for a rule-making to implement the non-wind renewable portfolio standard (RPS).

A law passed by the Texas Legislature in 2005 established that at least 500 megawatts (MW) of the electricity used in Texas would come from renewable energy sources other than wind by 2015.  The PUC, however, has failed to establish rules to ensure that this goal is reached.  Clean Energy Works for Texas calls on the PUC to fulfill its statutory duty and create rules to ensure that the goal is reached.  The petition also proposes and expansion of that goal to 3,000 MW by 2025.

The non-wind RPS would provide a level of certainty for investors considering Texas for clean energy projects.  While the wind industry has thrived in Texas, thanks, at least in part, to the RPS, other renewable energy industries have lagged behind.  Implementation of the non-wind RPS would send a signal to investors that Texas is open for business.   At at time when nearly a million Texans are looking for work, developing 21st century industries here in Texas should be a priority.

Texas has immense solar resources, as well as substantial geothermal resources that, if developed, could be providing the State with additional electricity that it needs.  Electricity market regulators and policy-makers have had numerous discussions about electricity generation shortages over the past year.  The petition filed by Clean Energy Works for Texas offers a solution – and it’s one that can be expanded upon in the coming years.

Please visit www.CleanEnergyWorksForTexas.org to learn more and send an email to to the PUC in support of the non-wind RPS.

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The Electric Reliability Council of Texas (ERCOT), the state grid operator and manager of the wholesale electric market, hit a new wind record of 7,599 MW on Wednesday, exceeding the previous record set the previous day by almost 200 megawatts (MW).

At the time of Wednesday’s record, wind was supplying 22 percent of the 34,318 MW total system load for the state.

Coastal wind farms supplied 1,018 MW of the new record, along with 6,581 MW from the west and north zones. ERCOT currently has 9,838 MW of installed wind capacity – the highest of any state in the US – including 7,531 MW in the western part of the state, 232 MW in the north, and 2,075 MW in the coastal region.

March is typically a high wind month for Texas, but these new records are also due in part to a new transmission analysis tool that allows the grid operator to move more wind energy from the west zone.

The installed wind capacity that feeds into the Texas grid increased last month by 9 MW with the addition of Harbor Wind in Nueces County. More than 18,000 MW of wind generation projects are currently under review, according to ERCOT’s February system planning update.

And now, the first interconnection agreement for a CREZ (Competitive Renewable Energy Zone – transmission lines that bring renewable energy to the rest of the Texas Grid) substation was completed March 27, 2012, between Wind Energy Transmission Texas and Stephens Ranch Wind Energy.  The Interconnection point is the Long Draw Substation in Borden County.  This wind farm will include 233 turbines for total of 377 MW that is scheduled for commercial operations to begin in November 2013.

As new wind projects come online and transmission lines to bring their electricity to the grid are completed, we can expect to see more wind energy records broken.

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A survey done by Solar Austin at the beginning of 2012 shows there are at least 615 full-time solar energy jobs in Austin.  These jobs include manufacturing, R&D, solar installation, financial and engineering consultants.  Adding standard jobs multipliers the total direct and indirect employment supported by the Austin solar industry is 1,180 to 2,190 jobs.

The job figures in Solar Austin’s survey did not include the 240 local job years of employment created by the 30-Megawatt solar park at Webberville east of Austin.  The group says the job potential for rooftop solar is even greater.

In 2004, Austin Energy began a rebate program to promote rooftop solar panel installations.  It was the first program of its kind in Texas. Austin has since founded and funded institutions that develop new clean energy technology and businesses resulting in clean-tech start-ups, spin-offs, and expansions with many of the jobs at family-wage scale – solar electric system installers making $36,000 a year, solar manufacturing jobs averaging $50,000 a year, and solar engineering paying $75,000 and more annually.

In spite of the potential for job growth, the group pointed to Austin’s south where San Antonio’s public utility CPS, has begun funding solar rebate programs that have overtaken Austin’s and challenged the city to continue to capitalize on their previous commitment, taking it to the next level to make Austin a renewable energy industry cluster in the same way it has electronic manufacturing and software clusters.

We want thousands of jobs in renewable energy, not hundreds!,” says Public Citizen’s Texas director, Tom “Smitty” Smith.

Take a look at the 4 page flyer on the survey put out by Solar Austin – Jobs Survey 4-Pager.

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Below is an article from the New York Times in its entirety showing the power for change renewable energy is having in third world countries.  I think articles like this are a good argument for subscribing to papers like the New York Times.

African Huts Far From the Grid Glow With Renewable Power Beyond Fossil Fuels

by Ed Ou of The New York Times

Thanks to this solar panel, Sara Ruto no longer takes a three-hour taxi ride to a town with electricity to recharge her cellphone.  Click here to check out the slide show – Sustainable Energy Transforms Lives

KIPTUSURI, Kenya — For Sara Ruto, the desperate yearning for electricity began last year with the purchase of her first cellphone, a lifeline for receiving small money transfers, contacting relatives in the city or checking chicken prices at the nearest market.

Solar power for Ms. Ruto’s hut in Kiptusuri, Kenya, means her toddlers no longer risk burns from a smoky kerosene lamp.

Charging the phone was no simple matter in this farming village far from Kenya’s electric grid.

Every week, Ms. Ruto walked two miles to hire a motorcycle taxi for the three-hour ride to Mogotio, the nearest town with electricity. There, she dropped off her cellphone at a store that recharges phones for 30 cents. Yet the service was in such demand that she had to leave it behind for three full days before returning.

That wearying routine ended in February when the family sold some animals to buy a small Chinese-made solar power system for about $80. Now balanced precariously atop their tin roof, a lone solar panel provides enough electricity to charge the phone and run four bright overhead lights with switches.

“My main motivation was the phone, but this has changed so many other things,” Ms. Ruto said on a recent evening as she relaxed on a bench in the mud-walled shack she shares with her husband and six children.

As small-scale renewable energy becomes cheaper, more reliable and more efficient, it is providing the first drops of modern power to people who live far from slow-growing electricity grids and fuel pipelines in developing countries. Although dwarfed by the big renewable energy projects that many industrialized countries are embracing to rein in greenhouse gas emissions, these tiny systems are playing an epic, transformative role.

Since Ms. Ruto hooked up the system, her teenagers’ grades have improved because they have light for studying. The toddlers no longer risk burns from the smoky kerosene lamp. And each month, she saves $15 in kerosene and battery costs — and the $20 she used to spend on travel.

In fact, neighbors now pay her 20 cents to charge their phones, although that business may soon evaporate: 63 families in Kiptusuri have recently installed their own solar power systems.

“You leapfrog over the need for fixed lines,” said Adam Kendall, head of the sub-Saharan Africa power practice for McKinsey & Company, the global consulting firm. “Renewable energy becomes more and more important in less and less developed markets.”

The United Nations estimates that 1.5 billion people across the globe still live without electricity, including 85 percent of Kenyans, and that three billion still cook and heat with primitive fuels like wood or charcoal.

There is no reliable data on the spread of off-grid renewable energy on a small scale, in part because the projects are often installed by individuals or tiny nongovernmental organizations.

But Dana Younger, senior renewable energy adviser at the International Finance Corporation, the World Bank Group’s private lending arm, said there was no question that the trend was accelerating. “It’s a phenomenon that’s sweeping the world; a huge number of these systems are being installed,” Mr. Younger said.

With the advent of cheap solar panels and high-efficiency LED lights, which can light a room with just 4 watts of power instead of 60, these small solar systems now deliver useful electricity at a price that even the poor can afford, he noted. “You’re seeing herders in Inner Mongolia with solar cells on top of their yurts,” Mr. Younger said.

In Africa, nascent markets for the systems have sprung up in Ethiopia, Uganda, Malawi and Ghana as well as in Kenya, said Francis Hillman, an energy entrepreneur who recently shifted his Eritrea-based business, Phaesun Asmara, from large solar projects financed by nongovernmental organizations to a greater emphasis on tiny rooftop systems.

In addition to these small solar projects, renewable energy technologies designed for the poor include simple subterranean biogas chambers that make fuel and electricity from the manure of a few cows, and “mini” hydroelectric dams that can harness the power of a local river for an entire village.

Yet while these off-grid systems have proved their worth, the lack of an effective distribution network or a reliable way of financing the start-up costs has prevented them from becoming more widespread.

“The big problem for us now is there is no business model yet,” said John Maina, executive coordinator of Sustainable Community Development Services, or Scode, a nongovernmental organization based in Nakuru, Kenya, that is devoted to bringing power to rural areas.

Just a few years ago, Mr. Maina said, “solar lights” were merely basic lanterns, dim and unreliable.

“Finally, these products exist, people are asking for them and are willing to pay,” he said. “But we can’t get supply.” He said small African organizations like his do not have the purchasing power or connections to place bulk orders themselves from distant manufacturers, forcing them to scramble for items each time a shipment happens to come into the country.

Part of the problem is that the new systems buck the traditional mold, in which power is generated by a very small number of huge government-owned companies that gradually extend the grid into rural areas. Investors are reluctant to pour money into products that serve a dispersed market of poor rural consumers because they see the risk as too high.

Beyond Fossil Fuels

Starting Small

Articles in this series examine innovative attempts to reduce the world’s dependence on coal, oil and other carbon-intensive fuels, and the challenges faced.

On a Small Scale, Sustainable Energy Transforms Lives

“There are many small islands of success, but they need to go to scale,” said Minoru Takada, chief of the United Nations Development Program’s sustainable energy program. “Off-grid is the answer for the poor. But people who control funding need to see this as a viable option.”

Even United Nations programs and United States government funds that promote climate-friendly energy in developing countries hew to large projects like giant wind farms or industrial-scale solar plants that feed into the grid. A $300 million solar project is much easier to finance and monitor than 10 million home-scale solar systems in mud huts spread across a continent.

As a result, money does not flow to the poorest areas. Of the $162 billion invested in renewable energy last year, according to the United Nations, experts estimate that $44 billion was spent in China, India and Brazil collectively, and $7.5 billion in the many poorer countries.

Only 6 to 7 percent of solar panels are manufactured to produce electricity that does not feed into the grid; that includes systems like Ms. Ruto’s and solar panels that light American parking lots and football stadiums.

Still, some new models are emerging. Husk Power Systems, a young company supported by a mix of private investment and nonprofit funds, has built 60 village power plants in rural India that make electricity from rice husks for 250 hamlets since 2007.

In Nepal and Indonesia, the United Nations Development Program has helped finance the construction of very small hydroelectric plants that have brought electricity to remote mountain communities. Morocco provides subsidized solar home systems at a cost of $100 each to remote rural areas where expanding the national grid is not cost-effective.

What has most surprised some experts in the field is the recent emergence of a true market in Africa for home-scale renewable energy and for appliances that consume less energy. As the cost of reliable equipment decreases, families have proved ever more willing to buy it by selling a goat or borrowing money from a relative overseas, for example.

The explosion of cellphone use in rural Africa has been an enormous motivating factor. Because rural regions of many African countries lack banks, the cellphone has been embraced as a tool for commercial transactions as well as personal communications, adding an incentive to electrify for the sake of recharging.

M-Pesa, Kenya’s largest mobile phone money transfer service, handles an annual cash flow equivalent to more than 10 percent of the country’s gross domestic product, most in tiny transactions that rarely exceed $20.

The cheap renewable energy systems also allow the rural poor to save money on candles, charcoal, batteries, wood and kerosene. “So there is an ability to pay and a willingness to pay,” said Mr. Younger of the International Finance Corporation.

In another Kenyan village, Lochorai, Alice Wangui, 45, and Agnes Mwaforo, 35, formerly subsistence farmers, now operate a booming business selling and installing energy-efficient wood-burning cooking stoves made of clay and metal for a cost of $5. Wearing matching bright orange tops and skirts, they walk down rutted dirt paths with cellphones ever at their ears, edging past goats and dogs to visit customers and to calm those on the waiting list.

Hunched over her new stove as she stirred a stew of potatoes and beans, Naomi Muriuki, 58, volunteered that the appliance had more than halved her use of firewood. Wood has become harder to find and expensive to buy as the government tries to limit deforestation, she added.

In Tumsifu, a slightly more prosperous village of dairy farmers, Virginia Wairimu, 35, is benefiting from an underground tank in which the manure from her three cows is converted to biogas, which is then pumped through a rubber tube to a gas burner.

“I can just get up and make breakfast,” Ms. Wairimu said. The system was financed with a $400 loan from a demonstration project that has since expired.

In Kiptusuri, the Firefly LED system purchased by Ms. Ruto is this year’s must-have item. The smallest one, which costs $12, consists of a solar panel that can be placed in a window or on a roof and is connected to a desk lamp and a phone charger. Slightly larger units can run radios and black-and-white television sets.

Of course, such systems cannot compare with a grid connection in the industrialized world. A week of rain can mean no lights. And items like refrigerators need more, and more consistent, power than a panel provides.

Still, in Kenya, even grid-based electricity is intermittent and expensive: families must pay more than $350 just to have their homes hooked up.

“With this system, you get a real light for what you spend on kerosene in a few months,” said Mr. Maina, of Sustainable Community Development Services. “When you can light your home and charge your phone, that is very valuable.”

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The Electric Reliability Council of Texas (ERCOT), the operators of the Texas electric grid, has released its Emerging technologies report that includes the state of renewables on the Texas grid.

Monthly wind energy graph

Some interesting facts show that wind generation continues to provide a significant amount of energy to the grid as the technology matures, new turbines are developed and better tools are put in place to maximize the turbines generation. The effects of the CREZ (certified renewable energy zone) transmission line build out are starting to be seen as congestion from wind rich west Texas is reduced and more energy is being able to be delivered to the major urban ares. The report shows that wind generation provided 9.9% of the total energy used from January thru June of this year.

Other good news is that the capacity factor (100% capacity factor would be a perfect generator running flat out all of the time all 8760 hours of the year) for the wind fleet has now reached 38.3%  and continues to increase, that’s better than a lot of natural gas plants.

In addition on June 19, 2011, at 10:26 PM, ERCOT set a record for instantaneous wind generation of 7,355 MW (which represented 77.6% of installed wind generation capacity and 14.6% of the ERCOT load at the time).  This broke the previous instantaneous wind generation record of 7,227 MW set on December 10, 2010. So much for wind not working in the summertime.

The amount of wind produced energy continues to increase and the new coastal wind farms have been a major contributor.  According to the CEO of ERCOT wind has saved us a couple of times this year. Back during the February 3rd rolling blackouts the wind farms played a large roll in keeping the grid running when the aging fleet of fossil fuel generators, along with some brand new ones, failed in the cold.  Then during the current heat wave, the coastal wind farms supplied around 2000 mw of much needed energy during one of the highest energy demand days, keeping the lights on. Perhaps the PUC should start paying more attention and let us add some solar to the mix instead of letting the 500mw non-wind project expire as they did.

ERCOT Wind Generation Capacity

Recently San Antonio put out a request for a large solar project and was bombarded with proposals.  ERCOT then announced they are planning to un-mothball several old gas plants just in case we run short on energy again.  It’s the same thing we saw during the legislative session – the fossil fuel companies got to keep billions in tax breaks but solar didn’t get a dime.   Now the PUC is having a meeting (August 22nd) on how they can “fix” the market to get more generation built when they already have the tools and the opportunity staring them in the face.

During a recent ERCOT meeting held at the peak of the energy demand, I over heard folks saying how “it sure would be nice to have some more solar on the system.” Perhaps the politicians should get out of the way and let the engineers do their job.   The public power utilities (municipally owned and rural electric cooperatives) are leading the way.  San Antonio is looking to build 400mw utility scale solar, Austins 30mw Webberville project moving along and several other Munis and Co-ops looking to build solar projects.  But where is the much vaunted deregulated energy market when we need them?  Relying on 30-50years old smelly, toxin spewing existing fleets – or business as usual.

As Texas bakes in the the record summer heat wave and our scarce water resources are being sucked up by traditional power plants ( a typical coal plant can use 10 million gallons of water a day) low impact non polluting energy sources are being allowed to languish on the sidelines. Its time to get with it, and bring some new industries, more jobs and clean renewable energy to the Texas grid to keep the lights on and meet the EPA regulations for clean air and water for us and our children to enjoy. Companies want to build 3000 MW of offshore wind beyond the barrier islands south of Corpus Christi, and there is a 10,000 mw farm that is in the plans to be built up in the Panhandle.

To paraphrase, the answer my friends truly seems to be blowing in the wind, just as the sun comes up every morning.

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According to a press release from ERCOT, Texas posted a 30 percent increase in energy from renewable sources in 2010 with voluntary participation in renewable energy credits up 45 percent

Below is ERCOT’s press release:  

MAY 13, 2011, AUSTIN – Texas posted a 30 percent increase in energy generated by renewable sources in 2010, according to the state’s renewable energy credits registry administered by the Electric Reliability Council of Texas (ERCOT), grid operator for most of the state. 

The renewable energy recorded in the state’s renewable energy credit program was 28 million megawatt-hours (MWh) in 2010, compared to 21.6 million MWh in 2009 – a 30 percent increase – as reported in the Texas renewable energy credit program annual report, filed today at the Public Utility Commission.

Wind generation represented the largest share at 26.8 million MWh.  Solar energy increased the most, by percentage, going from 4,492 to 14,449 MWh.

RENEWABLE ENERGY PRODUCED IN TEXAS

Fuel

Type

2010 (MWhs)

2009 (MWhs)

Increase (%)

Biomass

97,535

73,364

33

Hydro

609,257

507,507

20

Landfill gas

464,904

412,926

13

Solar

14,449

4,492

221

Wind

26,828,660

20,595,989

30

Total

28,014,805

21,594,278

30

Competitive retail electric providers must annually acquire and retire renewable energy credits based on their load-ratio share of the state’s renewable portfolio standard mandate.  Any electric provider may voluntarily retire renewable energy credits to substantiate “green energy” claims. 

A renewable energy credit (REC) is a tradable instrument that represents one megawatt-hour of renewable energy produced. 

For the third consecutive year, the RECs retired in the voluntary market exceeded the mandatory retirements:

  • 11.83 million RECs were retired in the voluntary market – a 45 percent increase over 2009’s record of 8.94 million;
  • 9 million RECs were retired by the state’s 168 competitive retail electricity providers in compliance with the state renewable portfolio standard;
  • 20.86 million total RECs were retired in 2010 compared to 15.7 million in 2009 and 13.5 million in 2008.

RENEWABLE ENERGY CREDIT RETIREMENTS

 

2010 (millions)

2009 (millions)

2008 (millions)

Retired for mandate

9.03

6.79

6.73

Voluntary retirements

11.83

8.94

6.77

Total

20.86

15.73

13.50

Since 2008, the program has also awarded compliance premiums in conjunction with a REC that is generated by a non-wind renewable energy source.  For the purpose of the renewable portfolio standard requirements, one compliance premium is equal to one REC.  Last year, 11 companies were awarded a total of 275,910 compliance premiums, representing

COMPLIANCE PREMIUMS – NON-WIND RENEWABLE SOURCES

 

2010

2009

2008

Number of companies

11

10

5

Compliance premiums awarded

275,910

200,570

155,006

The Texas Legislature established the renewable portfolio standard as part of the restructuring of the state’s electricity market in 1999 to increase incentives for renewable energy production.  The Texas Public Utility Commission implemented the renewable energy credit program in 2001 and established ERCOT as the administrator. 

The program currently includes 107 generation accounts representing a total of 10,515 MW of new renewable generation added in Texas since 1999.  (An additional 298 MW registered in the program is from six renewable generation resources that were in service prior to September 1999 for a total of 10,813 MW.)  Texas exceeded 10,000 MW of renewable capacity last year, which achieved the Texas Legislature’s goal of 10,000 MW of renewable generation by 2025 – 15 years early.

CAPACITY REGISTERED IN TEXAS REC PROGRAM

FuelType 2010 (MWs) 2009 (MWs) 2008 (MWs)
Biomass 108 40 37
Hydro 33 33 33
Landfill gas 88 80 72
Solar 21 1 1
Wind 10,265 9,915 8,158
Total 10,515 10,069 8,301

Does not include generation in service prior to September 1999.

The megawatts of capacity reported in the REC annual report may not align with total renewable resources registered in ERCOT planning reports and other reporting agencies because it includes renewable generation throughout Texas, not just ERCOT. In addition, the program is voluntary and only tracks renewable resource generation registered in the program.

Online:

Renewable Energy Credit Program – Annual Report, 2010

Texas Renewable Energy Credit Program website

PUCT Substantive Rule 25.173: Goal for Renewable Energy

ERCOT Protocols, Section 14: State of Texas Renewable Energy Credit Trading Program

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The Energy ReportAccording to a new report from the World Wildlife Federation (WWF), a fully sustainable and renewable global energy system is possible by 2050.  The Energy Report, researched for the WWF by Ecofys, a leading energy consulting firm in the Netherlands,  shows that humanity could meet 95 percent of energy needs with renewables utilising today’s technologies, and that in four decades we can have a world of vibrant economies and societies powered entirely by clean, cheap and renewable energy, with a vastly improved quality of life.

Click here to check out the report.

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Doyle Beneby, CPS CEO and President

Doyle Beneby, CPS CEO and President

Solar Austin is hosting a special event featuring the CEO of San Antonio’s municipal utility, Doyle Beneby of CPS.

Mr. Beneby will discuss CPS Energy’s plan to pursue affordable renewable energy. This special event will take place at Malverde (400 W. 2nd, next to City Hall) with a Reception starting at 4pm and talk from 5 to 6pm.

WHO:  CPS Energy CEO & President Doyle Beneby

WHAT:  CPS Energy: Leading San Antonio into the New Energy Economy

WHEN: Wednesday,   February 23   from 4:00 – 6:00  pm

WHERE: Malverde, 400 W. 2nd, Austin, TX (immediately NW of City Hall)

For more info: http://www.solaraustin.org/. To learn more about Doyle Beneby, click here.

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By promoting cleaner energy, cleaner government, and cleaner air for all Texans, we hope to provide for a healthy place to live and prosper. We are Public Citizen Texas.

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A California utility, Southern California Edison, has selected 250 MW worth of solar bids from companies able to produce solar electricity for 20 years for less money annually than the 20 year levelized cost of combined-cycle natural gas turbine power plant energy.

The utilities bidding process for smaller renewable projects is a smart move. These small projects do not face the multi-year bureaucratic delays for extensive reviews, like most utility-scale solar in California, so each small unit can be built as quickly as normal commercial rooftop solar projects. They are made up of multiple distributed solar installations of under 20 MW, which in combination total a power plant-sized 250 MW.

The utility already gets more than 19% of its electricity from renewable sources, placing it in the lead to reach California’s Renewable Energy Standard requirement to get 20% of its electricity from renewables (which specifically excludes large hydro and nuclear) by 2013.

Using a bidding process, SCE has made renewable energy companies compete to offer the lowest price for supplying electricity through its Renewable Standard Contract, which has a requirement that the renewable energy be priced to cost no more than the Market Price Referent (MPR) – an annual calculation of the 20 year levelized cost of energy of a combined cycle gas turbine.

SCE says that they received over 2.5 GW – 2,500 MW – of offers from solar companies eager to supply solar power for less than the cost of gas which at this time is in the 11 cent range. 

This year, the solar bids are below the MPR, meaning that they cost less than the annual cost of getting the same amount of electricity from natural gas over the same time period.

For California, a renewable energy portfolio standard (RPS) is keeping prices down for consumers.  A non-wind RPS in Texas could do the same for this state, and give solar the boost that the 2005 RPS gave the wind energy industry in Texas, taking the state from a few hundred MW of wind to 10,000 MW in just a few short years.

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By promoting cleaner energy, cleaner government, and cleaner air for all Texans, we hope to provide for a healthy place to live and prosper. We are Public Citizen Texas.

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Windmills south of Dumas, TX

Windmills south of Dumas, TX -by Wikipedia

When Texans turn on their lights, run their air conditioning, charge thier cell phones or even plug in their plug-in hybrid cars, they are getting an increasing amount of power from the wind. 

Figures released by the Electric Reliability Council of Texas (ERCOT), the pseudo state agency that regulates the Texas electric grid, earlier this month show that last year, nearly 8 percent of the power on the state’s electric grid was generated by wind. That’s more than three times the national average.

Wind-generated power has been growing rapidly in the state, and Texas now has nearly three times as much wind capacity in place as the next-closest state, Iowa,  The state also broke the 10,000 megawatt barrier for the first time last year, according to the American Wind Energy Association.  The rapid growth (from 6.2 percent of the Texas grid’s generation in 2009 to 7.8 percent last year) came despite transmission-line constraints in West Texas, which has the vast majority of the state’s wind capacity. This limitation has resulted in some wind turbines having to be shut down even when the wind is blowing, because there is not enough room on the wires to move the power hundreds of miles away to the urban areas that need it.

Much of the new wind has come from a different part of Texas — along the Gulf coast in the south, especially Kenedy and San Patricio counties. The Public Utility Commission, says there are now about 1,100 megawatts of wind in ERCOT’s south zone. That translates to roughly one-ninth of the total wind capacity in Texas.

In addition, a privately owned transmission line built by a Florida-based renewables company, connected an enormous wind farm in Kendall and Taylor counties to the grid. That line began operating in fall of 2009, so the wind farm’s contribution showed up more fully last year.  The state has planned $5 billion worth of other transmission lines to remedy the congestion in West Texas, and just last week approved the route for transmission through the Texas hill country.

The big loser in the newest figures was natural gas. While natural gas is abundant in Texas, less polluting than coal and substantially cheaper than it was jut a few years ago, it is also easily replaced by the wind.  Lt. Governor Dewhurst has talked recently about providing incentives for new natural gas plants in an effort to slow or even halt the construction of new coal-fired plants.

The gas industry has talked of trying to shift more costs to wind to make up for the wind’s intermittency, arguing that other types of power plants pay penalties if they go offline unexpectedly, but wind is allowed to come and go in accordance with the whims of nature. However, there is no particular legislation right now that would change those dynamics.

Meanwhile, wind will continue to grow, and when the state-planned $5 billion transmission line is built-out, that should nearly double the wind-energy capacity that’s currently on the Texas grid.

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