February 20, 2006
Washington, DC [RenewableEnergyAccess.com]
Earlier this month, the World Bank approved an $86.33 million loan to scale up China's use of renewable energy as the country's demand for power increases.
The World Bank's Board of Executive Directors approved the follow-up project to the 2005 China Renewable Energy Scale-Up Program Phase 1, which would develop a large wind farm in the Inner Mongolia Autonomous Region and rehabilitate and develop selected small hydropower projects in Zhejiang Province.
The overall renewable energy scale-up program aims to develop the Chinese commercial market for energy suppliers to provide renewable energy to the electricity grid on a large scale in an efficient and cost-effective way. Renewable energy sources like wind power, solar power, and biomass have up to now been produced only in small-scale, pilot programs outside the main electricity supply.
"China's energy demands and its need to decrease air pollution make large-scale renewable energy development an important goal," said Noureddine Berrah, lead energy specialist for China. "The idea behind the program is to increase the commercial, large-scale use of renewable energy sources like wind, small hydropower, and solar energy so that they contribute to meeting the fast-growing electricity demand from homes, farms, and businesses."
As China's gross domestic product quadrupled from 1980 to 2000, its energy consumption more than doubled to about 1300 million tons of coal equivalent (Mtce). Projections for energy consumption indicate that fuel consumption could double or almost triple by 2020 (between 2,500 to 3,300 Mtce), even if energy efficiency efforts were increased. The follow-up project to the China Renewable Energy Scale-Up Project (Phase I) provides investment funds to help demonstrate success in large-scale renewable energy development by local renewable energy developers as other local investment funds take time to materialize.
A total of $67 million of the World Bank's investment would go toward the development of the 100 MW Huitengxile Wind Farm in the Inner Mongolia Autonomous Region, which is currently home to approximately 70 MW of wind generation capacity. An additional $19.33 million would finance the rehabilitation and development of selected small hydropower projects (not exceeding 10 MW) in Zhejiang Province.
The $86.33 million International Bank for Reconstruction and Development (IBRD) loan is a variable spread loan, which matures in 20 years with a 5-year grace period. The project, which is set to begin in April 2006, is expected to be completed in March 2010.
Tuesday, 7 March 2006
Costs may take wind out of bigger renewable energy plan
The skyrocketing cost of building materials may derail Western Power's plans to extend the Albany wind farm, in southern Western Australia.
Western Power announced in October it would investigate the feasibility of adding another seven turbines to the wind farm at a cost of about $30 million.
The extended wind farm would supply up to 90 per cent of Albany's electricity needs.
Renewable Energy director Paul Ebert says the public response to the project has been encouraging and there are not any technical reasons why it should not go ahead.
But Dr Ebert says he is concerned by unfavourable exchange rates and a spike in the price of materials.
"For example, copper has increased by 50 per cent in cost in the last six months and we use a lot of copper in cables and things like that, so all those costs are going up and that's putting a lot of pressure on the project," he said.
Western Power announced in October it would investigate the feasibility of adding another seven turbines to the wind farm at a cost of about $30 million.
The extended wind farm would supply up to 90 per cent of Albany's electricity needs.
Renewable Energy director Paul Ebert says the public response to the project has been encouraging and there are not any technical reasons why it should not go ahead.
But Dr Ebert says he is concerned by unfavourable exchange rates and a spike in the price of materials.
"For example, copper has increased by 50 per cent in cost in the last six months and we use a lot of copper in cables and things like that, so all those costs are going up and that's putting a lot of pressure on the project," he said.
Tracking West
After their innovative wind energy proposals failed to generate excitement in Louisiana, local Sierra Club Chairman Harold Schoeffler and oil magnate Herman Schellstede are getting a welcome reception across the border.
By Nathan Stubbs | 3/1/2006
In February 2004, Schoeffler Cadillac co-owner Harold Schoeffler and New Iberia oilman Herman Schellstede announced their new joint venture, Wind Energy Systems Technology LLC. Headquartered in New Iberia, the company planned to use abandoned oil rigs off Louisiana’s coast as platforms for some of the nation’s first offshore wind farms. It was an innovative idea — one that Schoeffler and Schellstede found to be a tough sell in Louisiana. “Harold and I went to the Public Service Commission the first time, and they figured that we were completely and absolutely crazy in thinking there’s any alternative energy in Louisiana,” Schellstede says.
Two years later, the Louisiana PSC is still studying its options when it comes to wind energy. But WEST isn’t waiting around anymore and pinning its hopes on the Louisiana coast. Under a subsidiary named Galveston-Offshore Wind LLC, WEST recently signed a 30-year lease with the Texas General Land Office to develop the nation’s first offshore wind farm off the coast of Galveston. Over the next three to five years, WEST plans to erect 50 turbines on the 11,355-acre site at a total cost of almost $240 million. The offshore wind farm is expected to generate 150 megawatts of electricity a day, enough to power 40,000 homes.
“We can have power in 2008 in Galveston,” Schellstede says. “That’s the goal.”
For WEST, setting up its first wind energy project in Texas was much more practical than trying to work off Louisiana’s coast. While the Louisiana Department of Natural Resources did get a bill through the state Legislature last year to allow for the leasing of offshore state waters for wind farms up to three miles off the coast, the Public Service Commission hasn’t adopted regulations that would allow WEST to sell its power.
At the end of last year, the PSC looked at a study from a consulting firm that examined different incentives other states have implemented to encourage the development of renewable power. Texas is one of 20 states that have set up systems to require utility companies to buy a portion of their power from renewable energy generators. The requirement helps to seed the renewable power industry in a state, eventually allowing for renewable power to become a competitive alternative to traditional fossil fuel power generation. Until Louisiana adopts a similar system, WEST is shut out by utility providers and has no way of selling its power.
WEST hasn’t been the only one lobbying the PSC to promote the use of renewable energy. Several other parties, including state Agriculture Commissioner Bob Odom’s office, have touted the benefits of generating electricity by burning agricultural byproducts such as wood chips, sugar cane residue and rice hulls. Not only is this a clean, renewable source of energy, advocates say, but it also gives farmers a profitable way of disposing of byproducts.
“Beyond wind, we have outstanding renewable energy opportunities in Louisiana,” says Schoeffler, who also chairs the Acadiana Chapter of the Sierra Club.
The state’s three largest utility companies, Entergy, Cleco and Southwestern Electric Power Company, have rallied against any regulations that would require them to purchase renewable energy. They insist the power sources are unproven and that other auxiliary costs from transmitting the power and adjusting the power grid for intermittent sources — like wind — will drive up their expenses.
Schoeffler and Schellstede maintain all of these issues have been worked out. Because Louisiana’s coast is ideally suited for wind power, they say, the utility companies are passing on a golden opportunity. Unlike onshore wind, offshore wind blows primarily during the day, when demand for electricity is at its peak. As for transmission costs, offshore wind farms can help greatly reduce the distance that electricity currently must travel to reach several coastal communities, like Port Fourchon. “We can do [wind energy] better and cheaper than anybody,” Schoeffler insists.
Right now, the PSC is siding with the utilities, opting to hold off on any renewable requirements. Bill Robertson, who serves as Commissioner Foster Campbell’s executive assistant, says commissioners are cautiously optimistic when it comes to renewable energy. He says it’s really unknown how cost-competitive these renewable energy projects will be in Louisiana, “because nobody’s doing it right now.”
“Right now,” Robertson says, “the commissioners are focused very carefully on anything that affects the price of electricity because the prices are really high right now based on our general dependence on natural gas.
“That’s kind of a double edged sword,” he continues, “because the higher the price of conventional fuels, conceivably the lower the price of a renewable product. But since it’s still largely unknown how much the renewable energy is going to come in, in terms of price, the commissioners are a little bit leery about putting their toe in the water.”
The debate may be just beginning. The PSC has now directed its consultant to go one step further and develop a detailed analysis on the feasibility of renewable energy projects in Louisiana. They also ordered a proposal for a green pricing program. Green pricing requires that utilities give their customers the option of paying a little more each month for electricity by guaranteeing that it come from a renewable source. Robertson expects the PSC will be able to review these studies in about three months. WEST is also considering a small, PSC-approved 35-megawatt pilot project off the coast of Port Fourchon.
For Schoeffler and Schellstede, both elderly white-haired men, the slow-moving bureaucratic process has been frustrating.
“Does a wind turbine work in Louisiana?” Schoeffler asks incredulously. “I mean if it works in Germany and Spain and England and Australia, why wouldn’t it work here? What kind of nonsense is that? Texas is grinding out 3,000 megawatts of windpower. In Texas, they know the wind works. We don’t have to prove it to Texas; they’ve got it figured out. We had no choice but to go to Texas.”
Jim Suydam, spokesman for the Texas General Land Office, says the deal with WEST will generate a minimum of $26 million for Texas’ permanent school fund through royalty payments on the energy. In addition, the state is already collecting on the $10,000 annual lease. Schellstede, who has 37 years of experience in the offshore oil business and whose father worked on the crew of the nation’s first offshore oil rig in the Gulf, makes the project a sound bet for Suydam’s office.
“He’s literally grown up with the business of building offshore platforms,” Suydam says. “He wants to continue to build platforms. We want to continue to be able to make money for the permanent school fund. We’re both just looking for different ways to do the same thing, and wind seems to be the way to do it. They found that Texas was an easier state to do business in than Louisiana.
“We’re the first people to be getting paid for this right now,” Suydam adds, “and we think as the years go by, we stand to make a lot of money off this. We’ve got 367 miles of coast, 10 miles out. We would hope to lease a good portion of that to wind energy development because it makes sense.”
Many Texans are already experiencing the benefits of wind energy. Austin’s municipal utility has a green pricing program, which locked customers who wanted renewable energy into a 10-year fixed rate for their electricity. With the current increase in natural gas prices, green power customers in Austin are getting lower energy bills than customers using traditional energy sources. Demand for the program has exceeded supply, and Austin’s utility recently raffled off the remaining renewable power capacity.
“I don’t think the price of natural gas is going to go down any,” Suydam projects. “And at [current prices], wind is cheaper. So, it’s not about feeling good, and it’s not about being groovy and green or anything. It’s all market-based economics. And the fact that it is good for the environment is like frosting on the cake.”
Schellstede wouldn’t be investing in wind power if he didn’t see enormous potential. He and Schoeffler often point to a 2003 Stanford University study that identifies Louisiana’s Gulf coast as the most opportune location to develop wind energy.
“We’ve always known this from the oil and gas operations,” Schellstede says. “[The wind] blows you out of the Gulf. But we never put two and two together.”
A mild-mannered man who towers over 6 feet tall, Schellstede’s always been a shrewd wildcatter. His company is currently involved with one of the deepest offshore natural gas drills in the Gulf. At the Schellstede and Associates office, housed in a historic 19th century wood floor schoolhouse building along the Bayou Teche in New Iberia, Schellstede proudly displays large-scale models of oilfield work boats his company helped design. (Schellstede and Associates holds more than 80 patents.) One model of the world’s largest barge rig occupies an entire corner of a room.
Schellstede has set up the WEST office with five employees in an adjacent building on the old school campus. Mounted on a pedestal outside the WEST office is a new 5-feet-tall model of a red wind turbine hooked into a yellow base that resembles an oil derrick. The turbine tower is adjustable, able to slide up and down into its support base. Schellstede says with this design, WEST will be able to pull down its turbines’ collapsible propellers in the event of a Gulf storm or hurricane.
There’s still a lot of work to be done before WEST can put these turbines on the leased property off the coast of Galveston. Within the next two months, WEST will erect two 80-foot high meteorological towers to identify the best locations for its turbines. Schoeffler will conduct a study examining the Gulf flights of neo-tropical birds to ensure that the turbines do not endanger their migration. And through a partnership with Texas A&M, WEST plans to collect data on Gulf wind and water currents. Schellstede says the yearlong study will cost the company about $5 million before it puts up a single turbine, but in the end, he thinks it will pay off. He is courting big investors interested in partnering in the project once the study verifies the Gulf winds.
“We’re going to learn more about that area than anyone’s ever learned before,” Schellstede says. “It’s very expensive to do, but at the same time it’s worth everything. The economic models that we have, especially if oil goes up to $100 a barrel, there’s a really reasonable payout on these wind farms.”
By Nathan Stubbs | 3/1/2006
In February 2004, Schoeffler Cadillac co-owner Harold Schoeffler and New Iberia oilman Herman Schellstede announced their new joint venture, Wind Energy Systems Technology LLC. Headquartered in New Iberia, the company planned to use abandoned oil rigs off Louisiana’s coast as platforms for some of the nation’s first offshore wind farms. It was an innovative idea — one that Schoeffler and Schellstede found to be a tough sell in Louisiana. “Harold and I went to the Public Service Commission the first time, and they figured that we were completely and absolutely crazy in thinking there’s any alternative energy in Louisiana,” Schellstede says.
Two years later, the Louisiana PSC is still studying its options when it comes to wind energy. But WEST isn’t waiting around anymore and pinning its hopes on the Louisiana coast. Under a subsidiary named Galveston-Offshore Wind LLC, WEST recently signed a 30-year lease with the Texas General Land Office to develop the nation’s first offshore wind farm off the coast of Galveston. Over the next three to five years, WEST plans to erect 50 turbines on the 11,355-acre site at a total cost of almost $240 million. The offshore wind farm is expected to generate 150 megawatts of electricity a day, enough to power 40,000 homes.
“We can have power in 2008 in Galveston,” Schellstede says. “That’s the goal.”
For WEST, setting up its first wind energy project in Texas was much more practical than trying to work off Louisiana’s coast. While the Louisiana Department of Natural Resources did get a bill through the state Legislature last year to allow for the leasing of offshore state waters for wind farms up to three miles off the coast, the Public Service Commission hasn’t adopted regulations that would allow WEST to sell its power.
At the end of last year, the PSC looked at a study from a consulting firm that examined different incentives other states have implemented to encourage the development of renewable power. Texas is one of 20 states that have set up systems to require utility companies to buy a portion of their power from renewable energy generators. The requirement helps to seed the renewable power industry in a state, eventually allowing for renewable power to become a competitive alternative to traditional fossil fuel power generation. Until Louisiana adopts a similar system, WEST is shut out by utility providers and has no way of selling its power.
WEST hasn’t been the only one lobbying the PSC to promote the use of renewable energy. Several other parties, including state Agriculture Commissioner Bob Odom’s office, have touted the benefits of generating electricity by burning agricultural byproducts such as wood chips, sugar cane residue and rice hulls. Not only is this a clean, renewable source of energy, advocates say, but it also gives farmers a profitable way of disposing of byproducts.
“Beyond wind, we have outstanding renewable energy opportunities in Louisiana,” says Schoeffler, who also chairs the Acadiana Chapter of the Sierra Club.
The state’s three largest utility companies, Entergy, Cleco and Southwestern Electric Power Company, have rallied against any regulations that would require them to purchase renewable energy. They insist the power sources are unproven and that other auxiliary costs from transmitting the power and adjusting the power grid for intermittent sources — like wind — will drive up their expenses.
Schoeffler and Schellstede maintain all of these issues have been worked out. Because Louisiana’s coast is ideally suited for wind power, they say, the utility companies are passing on a golden opportunity. Unlike onshore wind, offshore wind blows primarily during the day, when demand for electricity is at its peak. As for transmission costs, offshore wind farms can help greatly reduce the distance that electricity currently must travel to reach several coastal communities, like Port Fourchon. “We can do [wind energy] better and cheaper than anybody,” Schoeffler insists.
Right now, the PSC is siding with the utilities, opting to hold off on any renewable requirements. Bill Robertson, who serves as Commissioner Foster Campbell’s executive assistant, says commissioners are cautiously optimistic when it comes to renewable energy. He says it’s really unknown how cost-competitive these renewable energy projects will be in Louisiana, “because nobody’s doing it right now.”
“Right now,” Robertson says, “the commissioners are focused very carefully on anything that affects the price of electricity because the prices are really high right now based on our general dependence on natural gas.
“That’s kind of a double edged sword,” he continues, “because the higher the price of conventional fuels, conceivably the lower the price of a renewable product. But since it’s still largely unknown how much the renewable energy is going to come in, in terms of price, the commissioners are a little bit leery about putting their toe in the water.”
The debate may be just beginning. The PSC has now directed its consultant to go one step further and develop a detailed analysis on the feasibility of renewable energy projects in Louisiana. They also ordered a proposal for a green pricing program. Green pricing requires that utilities give their customers the option of paying a little more each month for electricity by guaranteeing that it come from a renewable source. Robertson expects the PSC will be able to review these studies in about three months. WEST is also considering a small, PSC-approved 35-megawatt pilot project off the coast of Port Fourchon.
For Schoeffler and Schellstede, both elderly white-haired men, the slow-moving bureaucratic process has been frustrating.
“Does a wind turbine work in Louisiana?” Schoeffler asks incredulously. “I mean if it works in Germany and Spain and England and Australia, why wouldn’t it work here? What kind of nonsense is that? Texas is grinding out 3,000 megawatts of windpower. In Texas, they know the wind works. We don’t have to prove it to Texas; they’ve got it figured out. We had no choice but to go to Texas.”
Jim Suydam, spokesman for the Texas General Land Office, says the deal with WEST will generate a minimum of $26 million for Texas’ permanent school fund through royalty payments on the energy. In addition, the state is already collecting on the $10,000 annual lease. Schellstede, who has 37 years of experience in the offshore oil business and whose father worked on the crew of the nation’s first offshore oil rig in the Gulf, makes the project a sound bet for Suydam’s office.
“He’s literally grown up with the business of building offshore platforms,” Suydam says. “He wants to continue to build platforms. We want to continue to be able to make money for the permanent school fund. We’re both just looking for different ways to do the same thing, and wind seems to be the way to do it. They found that Texas was an easier state to do business in than Louisiana.
“We’re the first people to be getting paid for this right now,” Suydam adds, “and we think as the years go by, we stand to make a lot of money off this. We’ve got 367 miles of coast, 10 miles out. We would hope to lease a good portion of that to wind energy development because it makes sense.”
Many Texans are already experiencing the benefits of wind energy. Austin’s municipal utility has a green pricing program, which locked customers who wanted renewable energy into a 10-year fixed rate for their electricity. With the current increase in natural gas prices, green power customers in Austin are getting lower energy bills than customers using traditional energy sources. Demand for the program has exceeded supply, and Austin’s utility recently raffled off the remaining renewable power capacity.
“I don’t think the price of natural gas is going to go down any,” Suydam projects. “And at [current prices], wind is cheaper. So, it’s not about feeling good, and it’s not about being groovy and green or anything. It’s all market-based economics. And the fact that it is good for the environment is like frosting on the cake.”
Schellstede wouldn’t be investing in wind power if he didn’t see enormous potential. He and Schoeffler often point to a 2003 Stanford University study that identifies Louisiana’s Gulf coast as the most opportune location to develop wind energy.
“We’ve always known this from the oil and gas operations,” Schellstede says. “[The wind] blows you out of the Gulf. But we never put two and two together.”
A mild-mannered man who towers over 6 feet tall, Schellstede’s always been a shrewd wildcatter. His company is currently involved with one of the deepest offshore natural gas drills in the Gulf. At the Schellstede and Associates office, housed in a historic 19th century wood floor schoolhouse building along the Bayou Teche in New Iberia, Schellstede proudly displays large-scale models of oilfield work boats his company helped design. (Schellstede and Associates holds more than 80 patents.) One model of the world’s largest barge rig occupies an entire corner of a room.
Schellstede has set up the WEST office with five employees in an adjacent building on the old school campus. Mounted on a pedestal outside the WEST office is a new 5-feet-tall model of a red wind turbine hooked into a yellow base that resembles an oil derrick. The turbine tower is adjustable, able to slide up and down into its support base. Schellstede says with this design, WEST will be able to pull down its turbines’ collapsible propellers in the event of a Gulf storm or hurricane.
There’s still a lot of work to be done before WEST can put these turbines on the leased property off the coast of Galveston. Within the next two months, WEST will erect two 80-foot high meteorological towers to identify the best locations for its turbines. Schoeffler will conduct a study examining the Gulf flights of neo-tropical birds to ensure that the turbines do not endanger their migration. And through a partnership with Texas A&M, WEST plans to collect data on Gulf wind and water currents. Schellstede says the yearlong study will cost the company about $5 million before it puts up a single turbine, but in the end, he thinks it will pay off. He is courting big investors interested in partnering in the project once the study verifies the Gulf winds.
“We’re going to learn more about that area than anyone’s ever learned before,” Schellstede says. “It’s very expensive to do, but at the same time it’s worth everything. The economic models that we have, especially if oil goes up to $100 a barrel, there’s a really reasonable payout on these wind farms.”
Monday, 6 March 2006
Clean Power At Risk As Target Reached
The Sunday Times, Page: 6
Sunday, 5 March 2006
BILLIONS of dollars of clean power plants might never be built because Australia is ahead of schedule achieving its green energy targets of just 1 per cent. In New South Wales alone, there are 16 wind plants worth $2.4 billion awaiting planning permission, with three more already approved. Together, they would power almost 500, 000 homes and save 4.6 million tonnes of greenhouse gasses a year - the equivalent of taking a million cars off the road.
While no dollar figures were available for WA, the state has more windfarms than any other - 13 in operation and 11 on the way. This compares with six in Victoria, with another 21 planned; five in South Australia, with 24 planned; four in Tasmania, with six planned; and two in Queensland, with four planned. These combined projects would boost Australia's wind-power capacity more than tenfold - from 618MW to 6457MW - or enough to power almost 1.5 million homes.
Hydro-electric, solar and biomass plants are also at risk because Australia has almost met its renewable-energy target of 1 per cent of all power, four years ahead of schedule. Despite their increasing efficiency, wind turbines need government support to compete with cheap fossil-fuel power. Without an increase in the Federal Government-imposed target, industry figures say many of the projects will not be viable. Under the target scheme, renewable-energy producers are entitled to tradeable certificates for every kilowatt hour of clean energy they produce.
Traditional energy producers are obliged to fill a renewable-energy quota by buying certificates, accounting for about half the income of renewable energy producers. When the 1 per cent target is reached extra certificates generated from new renewable sources will become worthless. SA has its own target of 20 per cent renewable energy over the next 10 years - the most ambitious target so far. WA's target is 6 per cent by 2010- with an increased target mooted for 2020 - while Victoria will soon introduce a 10 per cent target over 10 years.
There are hopes NSW and other states will do the same, but the Government has refused to meet the industry's request for a national target of 5 per cent. In fact, WA's own target could be jeopardised by a lack of federal funding - though this hasn't happened yet, according to WA Energy Minister Francis Logan. ''While no renewable energy projects in WA have been delayed to date due to Australia already meeting its federal target, there is potential for this to occur, '' he said. Federal Environment Minister Ian Campbell recently wrote to the WA Government calling for a ''national code'' for windfarms, and threatened to withhold funds without one.
Australia's climate makes it an ideal testing ground for solar technology and wind-energy generation. Engineer-turned-entrepreneur Colin Leibman, whose company Southern Cross Wind Power is trying to build a $233 million wind farm near Goulburn, New South Wales, said January's Asia-Pacific climate conference held little of value for the renewable sector. Mr Leibman said the Government's commitment to spend $100 million developing clean-energy technology would not help because the sector needed economic incentives, not research money. ''For people in the industry, it's very disappointing, '' he said.
Wind power could also bring income to drought-ravaged farmlands, while easing pressure on local environments by reducing the intensity of farming. But Senator Campbell believed the existing renewable- energy target was enough to keep the industry growing. ''The mandatory renewableenergy target has been highly successful in kick-starting wider deployment of renewables, '' a spokeswoman for the minister said. ''The Government is always open to innovative ideas for taking the Energy White Paper framework forward, from the renewable energy industry and other industry groups.
''But the Australian Wind Energy Association is confident things will improve. ''Pressure for increased renewable power is building all the time, '' a spokeswoman said.
Sunday, 5 March 2006
BILLIONS of dollars of clean power plants might never be built because Australia is ahead of schedule achieving its green energy targets of just 1 per cent. In New South Wales alone, there are 16 wind plants worth $2.4 billion awaiting planning permission, with three more already approved. Together, they would power almost 500, 000 homes and save 4.6 million tonnes of greenhouse gasses a year - the equivalent of taking a million cars off the road.
While no dollar figures were available for WA, the state has more windfarms than any other - 13 in operation and 11 on the way. This compares with six in Victoria, with another 21 planned; five in South Australia, with 24 planned; four in Tasmania, with six planned; and two in Queensland, with four planned. These combined projects would boost Australia's wind-power capacity more than tenfold - from 618MW to 6457MW - or enough to power almost 1.5 million homes.
Hydro-electric, solar and biomass plants are also at risk because Australia has almost met its renewable-energy target of 1 per cent of all power, four years ahead of schedule. Despite their increasing efficiency, wind turbines need government support to compete with cheap fossil-fuel power. Without an increase in the Federal Government-imposed target, industry figures say many of the projects will not be viable. Under the target scheme, renewable-energy producers are entitled to tradeable certificates for every kilowatt hour of clean energy they produce.
Traditional energy producers are obliged to fill a renewable-energy quota by buying certificates, accounting for about half the income of renewable energy producers. When the 1 per cent target is reached extra certificates generated from new renewable sources will become worthless. SA has its own target of 20 per cent renewable energy over the next 10 years - the most ambitious target so far. WA's target is 6 per cent by 2010- with an increased target mooted for 2020 - while Victoria will soon introduce a 10 per cent target over 10 years.
There are hopes NSW and other states will do the same, but the Government has refused to meet the industry's request for a national target of 5 per cent. In fact, WA's own target could be jeopardised by a lack of federal funding - though this hasn't happened yet, according to WA Energy Minister Francis Logan. ''While no renewable energy projects in WA have been delayed to date due to Australia already meeting its federal target, there is potential for this to occur, '' he said. Federal Environment Minister Ian Campbell recently wrote to the WA Government calling for a ''national code'' for windfarms, and threatened to withhold funds without one.
Australia's climate makes it an ideal testing ground for solar technology and wind-energy generation. Engineer-turned-entrepreneur Colin Leibman, whose company Southern Cross Wind Power is trying to build a $233 million wind farm near Goulburn, New South Wales, said January's Asia-Pacific climate conference held little of value for the renewable sector. Mr Leibman said the Government's commitment to spend $100 million developing clean-energy technology would not help because the sector needed economic incentives, not research money. ''For people in the industry, it's very disappointing, '' he said.
Wind power could also bring income to drought-ravaged farmlands, while easing pressure on local environments by reducing the intensity of farming. But Senator Campbell believed the existing renewable- energy target was enough to keep the industry growing. ''The mandatory renewableenergy target has been highly successful in kick-starting wider deployment of renewables, '' a spokeswoman for the minister said. ''The Government is always open to innovative ideas for taking the Energy White Paper framework forward, from the renewable energy industry and other industry groups.
''But the Australian Wind Energy Association is confident things will improve. ''Pressure for increased renewable power is building all the time, '' a spokeswoman said.
Windmill Influence
The Standard (Warrnambool), Page: 5
Saturday, 4 March 2006
There wouldn't be many gambling addicts and partygoers at Melbourne's casino who would think for a minute about what was under their feet before the site was all lights, music, bars, pokie machines and dancefloors. [f they did, the last thing they would think of would be a factory which engineered and made pieces for one of Australia's most photographed manmade objects-the windmill. But in the 1890s, that is what the southwest's James Alston and his band of labourers were doing. In 2006 energy companies continue to earmark south-west Victoria as an ideal setting to plant their giant wind turbines -Macarthur, Codrington, Yambuk, Cape Bridgewater, Cape Nelson, Cape Sir William Grant.
This fact, combined with a backward glance to about 100 years ago, makes you wonder if Warrnambool earnt it's 'windy' cliche for reasons apart from the city's climate. James Alston was not the only big name in windmills which blew in from the south-west-there was Bruce McClure, John Esam, John Morieson and later the Webb Brothers. But Alston is known as the most influential windmill manufacturer in Australia, sometimes referred to as the 'Giant of the Australian Windmill Industry'. The Melbourne Museum recognised this and has one of his windmills on display, although a bit of sniffing around discovered they'd made one tiny mistake - the legendary James Alston has been cited as 'John Alston of Warrnambool'.
The man who would become one of the country's most productive windmill manufacturers and whose employees would go on to become some of Australia's most successful in the same field began his career on Conn's Corner in south-west Victoria. His time spent in the district would be one of innovative design and fierce, sometimes tense competition with rivals. One of his opposition would even spend hours writing letters of complaint to the local newspaper whenever Alston won yet another prize at an agricultural show. He was 13-years-old when he moved from Southworkto Australia in 1850 and was 17-years-old when he took up a fouryear apprenticeship in the iron trade.
In May, 1874, he was reported as buying a business at Dennington, but which was actually at Conn's Corner in Farnham and was on William Rutledge's land. The first Alston Windmill was erected at Dennington in the 1870s and as demand for his windmills grew, the need for a larger premises did too. In 1884 he moved to Warrnambool at theVictoria Forge and Implement Works site on the corner of Raglan Parade and Darling Street and in the same year he secured the first patent for a windmill design in his name. Alston's rival windmill maker John Morieson was playing second fiddle to Alston at all the agricultural shows and his anger was building.
There is some talk around History House even now, that Morieson may in fact have been a better windmill maker and that his claims were not unfounded. But Morieson was especially disappointed when he was refused permission to offer a tender for a windmill which was needed for the Mortlake Common. He badgered the council to admit they were wrong and acknowledge the superiority of his windmills. At one point Morieson tried to sue Villiers and Heytesbury Agricultural Society for 115 pounds, a figure which he believed was the amount of money he would have earnt had he been awarded the prizes he claimed he deserved.
The case was thrown out of court. In 1889 Alston was granted another windmill design patent and trumpeted himself as the largest manufacturer of windmills and pumps in Australia. By 1890 the Alston name had spreadthroughout the country and his windmill design was awarded first prize at the Grand National Show. He did extremely well during the seven-year drought from 1896 when windmills were in high demand and in 1897 he applied for another patent.
It was at this point he made his big move - he moved his business into a large factory at Queensbridge Works in Moray Street, South Melbourne. By 1924 there were more than 50, 000 Alston windmills in use and in the last known issued James Alston and Sons catalogue c!930, Alston claimed he was the originator of the all metal curved windmill blade - it would appear there is some justification for this view. Until the outbreak of World War Two, Alston had a stronghold on the Australian windmill market and also exported to countries such as China, India and parts of Africa. After he died in 1943 the company declined until 1960 when it went into bankruptcy.
The shortage of manufacturing materials after the war and less competitive designs led to diminished sales and allowed other companies such as Metters and Southern Cross to take over the market. Later the company D. E. C.
Webber of Beaconsfield manufactured modified Alston design windmills.
Saturday, 4 March 2006
There wouldn't be many gambling addicts and partygoers at Melbourne's casino who would think for a minute about what was under their feet before the site was all lights, music, bars, pokie machines and dancefloors. [f they did, the last thing they would think of would be a factory which engineered and made pieces for one of Australia's most photographed manmade objects-the windmill. But in the 1890s, that is what the southwest's James Alston and his band of labourers were doing. In 2006 energy companies continue to earmark south-west Victoria as an ideal setting to plant their giant wind turbines -Macarthur, Codrington, Yambuk, Cape Bridgewater, Cape Nelson, Cape Sir William Grant.
This fact, combined with a backward glance to about 100 years ago, makes you wonder if Warrnambool earnt it's 'windy' cliche for reasons apart from the city's climate. James Alston was not the only big name in windmills which blew in from the south-west-there was Bruce McClure, John Esam, John Morieson and later the Webb Brothers. But Alston is known as the most influential windmill manufacturer in Australia, sometimes referred to as the 'Giant of the Australian Windmill Industry'. The Melbourne Museum recognised this and has one of his windmills on display, although a bit of sniffing around discovered they'd made one tiny mistake - the legendary James Alston has been cited as 'John Alston of Warrnambool'.
The man who would become one of the country's most productive windmill manufacturers and whose employees would go on to become some of Australia's most successful in the same field began his career on Conn's Corner in south-west Victoria. His time spent in the district would be one of innovative design and fierce, sometimes tense competition with rivals. One of his opposition would even spend hours writing letters of complaint to the local newspaper whenever Alston won yet another prize at an agricultural show. He was 13-years-old when he moved from Southworkto Australia in 1850 and was 17-years-old when he took up a fouryear apprenticeship in the iron trade.
In May, 1874, he was reported as buying a business at Dennington, but which was actually at Conn's Corner in Farnham and was on William Rutledge's land. The first Alston Windmill was erected at Dennington in the 1870s and as demand for his windmills grew, the need for a larger premises did too. In 1884 he moved to Warrnambool at theVictoria Forge and Implement Works site on the corner of Raglan Parade and Darling Street and in the same year he secured the first patent for a windmill design in his name. Alston's rival windmill maker John Morieson was playing second fiddle to Alston at all the agricultural shows and his anger was building.
There is some talk around History House even now, that Morieson may in fact have been a better windmill maker and that his claims were not unfounded. But Morieson was especially disappointed when he was refused permission to offer a tender for a windmill which was needed for the Mortlake Common. He badgered the council to admit they were wrong and acknowledge the superiority of his windmills. At one point Morieson tried to sue Villiers and Heytesbury Agricultural Society for 115 pounds, a figure which he believed was the amount of money he would have earnt had he been awarded the prizes he claimed he deserved.
The case was thrown out of court. In 1889 Alston was granted another windmill design patent and trumpeted himself as the largest manufacturer of windmills and pumps in Australia. By 1890 the Alston name had spreadthroughout the country and his windmill design was awarded first prize at the Grand National Show. He did extremely well during the seven-year drought from 1896 when windmills were in high demand and in 1897 he applied for another patent.
It was at this point he made his big move - he moved his business into a large factory at Queensbridge Works in Moray Street, South Melbourne. By 1924 there were more than 50, 000 Alston windmills in use and in the last known issued James Alston and Sons catalogue c!930, Alston claimed he was the originator of the all metal curved windmill blade - it would appear there is some justification for this view. Until the outbreak of World War Two, Alston had a stronghold on the Australian windmill market and also exported to countries such as China, India and parts of Africa. After he died in 1943 the company declined until 1960 when it went into bankruptcy.
The shortage of manufacturing materials after the war and less competitive designs led to diminished sales and allowed other companies such as Metters and Southern Cross to take over the market. Later the company D. E. C.
Webber of Beaconsfield manufactured modified Alston design windmills.
Sunday, 5 March 2006
Winds Of Change
Glen Innes Examiner, Page: 1
Thursday, 2 March 2006
WIND farms proposed for the Ben Lomond and Furracabad/Waterloo areas are likely to proceed to the next stage, despite a decision by one of the developers to focus more on China, where renewable energy is more economically viable. Although reports in recent months have predicted the loss of renewable energy developments in Australia it appears the two proposed windfarms, being developed by separate parties, will still get the go ahead. The assurances seem to be supported by the Australian Bureau of Agriculture and Resource Economics (ABARE), which at its annual Outlook conference in Canberra this week supported the development of renewable energy. "The transfer of advanced energy efficient and low emissions technologies is also expected to play a key role in allowing countries to achieve their economic, energy security and environmental goals concurrently," Dr Brian Fisher, Executive Director of ABARE told the Outlook 2006 conference on Tuesday.
Anemometer towers that measure the amount of wind available for wind electricity production have been set up in both areas and have returned positive preliminary results. One landowner in the Furracabad area who did not wish to be identified said he was happy that results showed that the winds in the Waterloo Rangearea were some of the best winds in the state. The area has been noted as a wind-power 'hotspot' on the Great Dividing Range by developer, investment house Babcock and Brown. "It's all go," said Babcock and Brown's Adrian Pizza.
"It's a great wind site. "Mr Pizza told the Examiner yesterday that the Furracabad wind-farm would definitely go ahead assuming there were no problems with the environmental impact assessment currently being undertaken. At this stage Babcock and Brown are looking at constructing 20 wind turbines in the Furracabad area though this number has not yet been finalised. Ben Lomond landowner and potential wind-farmer Dorothy Every pointed out the flow on benefits to the community with tourism being generated by visitors to the wind-farms and a boost in general commerce during the construction phase.
"We think it would be of economic benefit to the local district in both that it will be a financial benefit to the landowner and there will be a flow-on effect to the greater community through tourism as a result of public curiosity," Mrs Every said. "Even in the construction phase the local communities will benefit and later a person will have to be employed for maintenance," she said. Although the future of the current developments in the region does look stable at this stage there are still major concerns over further renewable energy initiatives as major green energy companies move their operations offshore. Richard Finley-Jones of company evergreen which is involved in the development of the Ben Lomond wind-farm told the Examiner that the inability of the Federal Government to offer competitive prices for renewable energies was the major reason projects such as wind-farms are being sent overseas.
He noted that the Howard Government has asked for only 2 per cent of all energy production to come from renewable energies, a quota that is already oversubscribed. "The price is normally $30 to $40 per kilowatt hour and now it is down to $26 because the market has been oversubscribed, other markets such as in China are up to $100 per kilowatt hour," Mr Finley-Jones said. "The policy directions of the government are driven by the fossil fuel industries," he said. Although being pessimistic of the current political acceptance of renewable energies Mr Finley-Jones was optimistic for the future of the Ben Lomond development as it is located in a prefect location of wind-farming.
Thursday, 2 March 2006
WIND farms proposed for the Ben Lomond and Furracabad/Waterloo areas are likely to proceed to the next stage, despite a decision by one of the developers to focus more on China, where renewable energy is more economically viable. Although reports in recent months have predicted the loss of renewable energy developments in Australia it appears the two proposed windfarms, being developed by separate parties, will still get the go ahead. The assurances seem to be supported by the Australian Bureau of Agriculture and Resource Economics (ABARE), which at its annual Outlook conference in Canberra this week supported the development of renewable energy. "The transfer of advanced energy efficient and low emissions technologies is also expected to play a key role in allowing countries to achieve their economic, energy security and environmental goals concurrently," Dr Brian Fisher, Executive Director of ABARE told the Outlook 2006 conference on Tuesday.
Anemometer towers that measure the amount of wind available for wind electricity production have been set up in both areas and have returned positive preliminary results. One landowner in the Furracabad area who did not wish to be identified said he was happy that results showed that the winds in the Waterloo Rangearea were some of the best winds in the state. The area has been noted as a wind-power 'hotspot' on the Great Dividing Range by developer, investment house Babcock and Brown. "It's all go," said Babcock and Brown's Adrian Pizza.
"It's a great wind site. "Mr Pizza told the Examiner yesterday that the Furracabad wind-farm would definitely go ahead assuming there were no problems with the environmental impact assessment currently being undertaken. At this stage Babcock and Brown are looking at constructing 20 wind turbines in the Furracabad area though this number has not yet been finalised. Ben Lomond landowner and potential wind-farmer Dorothy Every pointed out the flow on benefits to the community with tourism being generated by visitors to the wind-farms and a boost in general commerce during the construction phase.
"We think it would be of economic benefit to the local district in both that it will be a financial benefit to the landowner and there will be a flow-on effect to the greater community through tourism as a result of public curiosity," Mrs Every said. "Even in the construction phase the local communities will benefit and later a person will have to be employed for maintenance," she said. Although the future of the current developments in the region does look stable at this stage there are still major concerns over further renewable energy initiatives as major green energy companies move their operations offshore. Richard Finley-Jones of company evergreen which is involved in the development of the Ben Lomond wind-farm told the Examiner that the inability of the Federal Government to offer competitive prices for renewable energies was the major reason projects such as wind-farms are being sent overseas.
He noted that the Howard Government has asked for only 2 per cent of all energy production to come from renewable energies, a quota that is already oversubscribed. "The price is normally $30 to $40 per kilowatt hour and now it is down to $26 because the market has been oversubscribed, other markets such as in China are up to $100 per kilowatt hour," Mr Finley-Jones said. "The policy directions of the government are driven by the fossil fuel industries," he said. Although being pessimistic of the current political acceptance of renewable energies Mr Finley-Jones was optimistic for the future of the Ben Lomond development as it is located in a prefect location of wind-farming.
Saturday, 4 March 2006
Vestas Receives Order For 29 Units of the V80-2.0 MW Wind Turbine to New Zealand
Friday, March 03, 2006
The Vestas Group has received an order for 29 units of the V80-2.0 MW wind turbine for the White Hill Wind Farm, which is located close to Mossburn in the South Island of New Zealand.
The order for the White Hill Wind Farm project has been placed by Meridian Energy, which is New Zealand’s largest state-owned electricity generator. The order includes supply, installation and commissioning, remote control system as well as a five-year service and maintenance agreement. Shipment of the turbines will begin in late 2006, and commissioning of the wind power plant will take place during the first half of 2007.
”We are delighted to enter into the White Hill contract with Meridian. The signing of this contract marks a major new milestone in the ongoing strong relationship with Meridian,” says Thorbjørn N Rasmussen, President of Vestas Asia Pacific A/S.
Vestas has previously supplied a total of 55 units of V72-1,650 kW turbines for Meridian’s Te Apiti project in New Zealand.
The Vestas Group has received an order for 29 units of the V80-2.0 MW wind turbine for the White Hill Wind Farm, which is located close to Mossburn in the South Island of New Zealand.
The order for the White Hill Wind Farm project has been placed by Meridian Energy, which is New Zealand’s largest state-owned electricity generator. The order includes supply, installation and commissioning, remote control system as well as a five-year service and maintenance agreement. Shipment of the turbines will begin in late 2006, and commissioning of the wind power plant will take place during the first half of 2007.
”We are delighted to enter into the White Hill contract with Meridian. The signing of this contract marks a major new milestone in the ongoing strong relationship with Meridian,” says Thorbjørn N Rasmussen, President of Vestas Asia Pacific A/S.
Vestas has previously supplied a total of 55 units of V72-1,650 kW turbines for Meridian’s Te Apiti project in New Zealand.
OG&E signs agreement to build new wind farm
03/03/06
OG&E Electric Services announced Wednesday it signed a contract with an affiliate of Illinois-based Invenergy Wind LLC to build OG&E’s new wind energy facility located north of Woodward in Harper County. The new facility will be named OG&E Centennial Wind Farm.
"This is a major expansion of renewable energy in Oklahoma," said Steven E. Moore, chairman, president and CEO of OGE Energy Corp.
"High natural gas prices and the enthusiastic support of Oklahomans and our leaders make this something to celebrate for our state and OG&E," Moore said.
This will be the first wind project owned and operated by OG&E. In 2003, OG&E entered into a 15-year agreement to purchase 50 megawatts of power from 34 turbines owned and operated by Florida-based FPL Energy near Woodward.
Construction of the new facility is contingent upon approval from the Oklahoma Corporation Commission to recover the estimated $200 million in costs associated with the 120 megawatt project.
The new wind farm is expected to be complete and operational by December 31, 2006.
OG&E is a subsidiary of OGE Energy and serves approximately 740,000 customers in a service territory spanning more than 30,000 square miles in Oklahoma and western Arkansas.
Invenergy Wind LLC is an affiliate of Chicago-based Invenergy LLC, a developer, owner and operator of power generation and energy delivery assets whose development activities include wind energy facilities.
OG&E Electric Services announced Wednesday it signed a contract with an affiliate of Illinois-based Invenergy Wind LLC to build OG&E’s new wind energy facility located north of Woodward in Harper County. The new facility will be named OG&E Centennial Wind Farm.
"This is a major expansion of renewable energy in Oklahoma," said Steven E. Moore, chairman, president and CEO of OGE Energy Corp.
"High natural gas prices and the enthusiastic support of Oklahomans and our leaders make this something to celebrate for our state and OG&E," Moore said.
This will be the first wind project owned and operated by OG&E. In 2003, OG&E entered into a 15-year agreement to purchase 50 megawatts of power from 34 turbines owned and operated by Florida-based FPL Energy near Woodward.
Construction of the new facility is contingent upon approval from the Oklahoma Corporation Commission to recover the estimated $200 million in costs associated with the 120 megawatt project.
The new wind farm is expected to be complete and operational by December 31, 2006.
OG&E is a subsidiary of OGE Energy and serves approximately 740,000 customers in a service territory spanning more than 30,000 square miles in Oklahoma and western Arkansas.
Invenergy Wind LLC is an affiliate of Chicago-based Invenergy LLC, a developer, owner and operator of power generation and energy delivery assets whose development activities include wind energy facilities.
Friday, 3 March 2006
Midwest's windmills generate buzz
Some people persist in repeating the nonsense that wind turbines don't work. Even more surprising is that some politicians appear prepared to believe them. The following article clearly demonstrates wind turbines do work and secondly, not all politicians think only of today but are prepared in fact, to consider the future.
By Judy Keen, USA TODAY
MASON CITY, Iowa — Windmills are sprouting on hillsides across the Midwest, but this city is encouraging the use of electricity-producing wind turbines everywhere — even in homeowners' backyards.
Mason City this week became the first Iowa town to set rules that allow windmills in commercial, industrial and residential zones. The City Council unanimously approved the ordinance Tuesday.
City planner Tricia Sandahl says the council initially considered permitting windmills only in industrial areas. "Then we decided, let's just take a bolder step," she says. "We wanted to encourage small wind systems in residential areas. With electric prices going up, it just makes sense."
A few generations ago, almost every farm around here had a windmill that generated enough energy to pump water or grind grain. Those old-fashioned windmills became extinct after rural electric cooperatives extended power in the 1940s. In the last decade, commercial wind farms sprouted as energy costs soared.
The increasing popularity of wind energy is part of a surge in the development of alternative energy sources that's apparent here. Mason City, population 28,000, also is home to a plant that produces ethanol, a fuel made from corn and grain. A plant that will process soybean oil into biodiesel fuel will be finished late this year.
"Iowa is doing an awful lot to capitalize on its natural resources," says Gary Swanson of Energy Management Solutions, a consulting company. He's working with several Mason City manufacturers who are considering building windmills.
'Stream of revenue'
The Midwest is leading a spike in wind projects:
Wind power soars
Electricity generated nationally by wind power: (in megawatts*):
1981: 10
1985: 1,039
1990: 1,525
1995: 1, 697
2000: 2,578
2005: 9,149
Top producers
States generating the most electricity from wind power, as of Dec. 31 (in megawatts*):
California: 2,150
Texas: 1,995
Iowa: 836
Minnesota: 744
Oklahoma: 475
* a megawatt equals 1 million watts
Source: American Wind Energy Association
"People are seeing that it's not only good for the environment, but it's also ... a new revenue stream that fits in well with the corn and the soybeans," Daniels says.
Tax credits and low-interest loans are making windmills more affordable. A small home-based system costs about $40,000.
Last year, a record 9,149 megawatts of electricity was produced by wind in the USA, says Christine Real de Azua of the American Wind Energy Association, a trade group.
That's just 0.5% of all electricity generated in the country, but production this year is expected to top 12,000 megawatts and keep climbing. One megawatt is enough to power 300 to 1,000 households at any one time, depending on climate and other factors.
"It's possible we could generate up to 20% of our electricity needs through wind and turbine," President Bush said Tuesday at the National Renewable Energy Lab in Colorado.
Marv Schlutz helped make Mason City a wind-energy pioneer. He asked the zoning board for a variance so he could put a 100-foot windmill at Mason City Warehouse, his storage business. He figured he'd save enough on electric bills to pay for a $40,000 system in eight to 10 years.
"The neighbors raised heck with me," Schlutz says. They worried about whether birds could be killed by rotating blades, TV signal interruptions, interference with the local hospital's emergency helicopter and bad odors that could be sent their way.
Opposition faded as gas and electricity prices kept rising. School districts in Forest City and Spirit Lake, also in northern Iowa, were using windmills to cut utility bills. The Cerro Gordo wind farm in Ventura, a few miles west of here, has 55 large turbines on 2.4 acres.
Tom Hurd, a Mason City architect, installed two 35-foot-tall windmills outside his office. His windmills and solar-energy panels produce 90% of the electricity used by his company, Spatial Designs.
"If the wind is 15 mph or less, you don't even hear it," he says. "Once a year you have to check whether the blades are tight, and that's all you have to do."
Hindrances, ordinances
There can be drawbacks. The 300-foot-tall wind turbines that stretch for miles along Altamont Pass, Calif., have been blamed for the deaths of tens of thousands of birds. Residents of Cape Cod, Mass., who oppose a proposed offshore wind farm say it would create visual pollution. Nebraska is studying whether transmission lines have to be updated to handle electricity produced by windmills, diminishing their cost-effectiveness.
Mason City's ordinance requires permits for windmills and sets limits on where they can be built. Residential windmills can't exceed 100 feet tall and can be put only in backyards. The lot has to be big enough so that if the windmill topples it doesn't cross property lines.
Sandahl, the city planner, says several homeowners have called to get information about installing a windmill. Bill Hammond, who manages an alternate-energy loan program at the Iowa Energy Center, a research facility at Iowa State University, predicts that more people will want windmills as they recognize the potential.
"There's actually money in that wind," he says, "and people want a piece of it."
By Judy Keen, USA TODAY
MASON CITY, Iowa — Windmills are sprouting on hillsides across the Midwest, but this city is encouraging the use of electricity-producing wind turbines everywhere — even in homeowners' backyards.
Mason City this week became the first Iowa town to set rules that allow windmills in commercial, industrial and residential zones. The City Council unanimously approved the ordinance Tuesday.
City planner Tricia Sandahl says the council initially considered permitting windmills only in industrial areas. "Then we decided, let's just take a bolder step," she says. "We wanted to encourage small wind systems in residential areas. With electric prices going up, it just makes sense."
A few generations ago, almost every farm around here had a windmill that generated enough energy to pump water or grind grain. Those old-fashioned windmills became extinct after rural electric cooperatives extended power in the 1940s. In the last decade, commercial wind farms sprouted as energy costs soared.
The increasing popularity of wind energy is part of a surge in the development of alternative energy sources that's apparent here. Mason City, population 28,000, also is home to a plant that produces ethanol, a fuel made from corn and grain. A plant that will process soybean oil into biodiesel fuel will be finished late this year.
"Iowa is doing an awful lot to capitalize on its natural resources," says Gary Swanson of Energy Management Solutions, a consulting company. He's working with several Mason City manufacturers who are considering building windmills.
'Stream of revenue'
The Midwest is leading a spike in wind projects:
- Minnesota passed a law last year that encourages new windmills by cutting red tape and offsetting some construction costs.
- Michigan's public service commission changed its policies last year to allow consumers to sell excess electricity from windmills back to utilities.
- North Dakota last year reduced application fees and made it easier to get permission to build windmills.
Wind power soars
Electricity generated nationally by wind power: (in megawatts*):
1981: 10
1985: 1,039
1990: 1,525
1995: 1, 697
2000: 2,578
2005: 9,149
Top producers
States generating the most electricity from wind power, as of Dec. 31 (in megawatts*):
California: 2,150
Texas: 1,995
Iowa: 836
Minnesota: 744
Oklahoma: 475
* a megawatt equals 1 million watts
Source: American Wind Energy Association
"People are seeing that it's not only good for the environment, but it's also ... a new revenue stream that fits in well with the corn and the soybeans," Daniels says.
Tax credits and low-interest loans are making windmills more affordable. A small home-based system costs about $40,000.
Last year, a record 9,149 megawatts of electricity was produced by wind in the USA, says Christine Real de Azua of the American Wind Energy Association, a trade group.
That's just 0.5% of all electricity generated in the country, but production this year is expected to top 12,000 megawatts and keep climbing. One megawatt is enough to power 300 to 1,000 households at any one time, depending on climate and other factors.
"It's possible we could generate up to 20% of our electricity needs through wind and turbine," President Bush said Tuesday at the National Renewable Energy Lab in Colorado.
Marv Schlutz helped make Mason City a wind-energy pioneer. He asked the zoning board for a variance so he could put a 100-foot windmill at Mason City Warehouse, his storage business. He figured he'd save enough on electric bills to pay for a $40,000 system in eight to 10 years.
"The neighbors raised heck with me," Schlutz says. They worried about whether birds could be killed by rotating blades, TV signal interruptions, interference with the local hospital's emergency helicopter and bad odors that could be sent their way.
Opposition faded as gas and electricity prices kept rising. School districts in Forest City and Spirit Lake, also in northern Iowa, were using windmills to cut utility bills. The Cerro Gordo wind farm in Ventura, a few miles west of here, has 55 large turbines on 2.4 acres.
Tom Hurd, a Mason City architect, installed two 35-foot-tall windmills outside his office. His windmills and solar-energy panels produce 90% of the electricity used by his company, Spatial Designs.
"If the wind is 15 mph or less, you don't even hear it," he says. "Once a year you have to check whether the blades are tight, and that's all you have to do."
Hindrances, ordinances
There can be drawbacks. The 300-foot-tall wind turbines that stretch for miles along Altamont Pass, Calif., have been blamed for the deaths of tens of thousands of birds. Residents of Cape Cod, Mass., who oppose a proposed offshore wind farm say it would create visual pollution. Nebraska is studying whether transmission lines have to be updated to handle electricity produced by windmills, diminishing their cost-effectiveness.
Mason City's ordinance requires permits for windmills and sets limits on where they can be built. Residential windmills can't exceed 100 feet tall and can be put only in backyards. The lot has to be big enough so that if the windmill topples it doesn't cross property lines.
Sandahl, the city planner, says several homeowners have called to get information about installing a windmill. Bill Hammond, who manages an alternate-energy loan program at the Iowa Energy Center, a research facility at Iowa State University, predicts that more people will want windmills as they recognize the potential.
"There's actually money in that wind," he says, "and people want a piece of it."
Edison Inaugurates A New 16-MW Wind Farm In Ripabottoni
By HS - Webbolt Newsroom
February 15, 2006, 20:00
Milan, Italy - The commissioning of the Ripabottoni Wind Farm marks another step in Edison's plan to expand its renewable resource facilities. Located in the province of Campobasso, this new facility will have 24 aerogenerators with a total generating capacity of 16 MW. They will produce 32 million kWh, enough electricity to meet the needs of 16,000 households.
"Renewable resources will play a key role in Edison's growth," said Umberto Quadrino, the Company's Chief Executive Officer. "The commissioning of the Ripabottoni Wind Farm confirms our commitment to add 200 MW of wind-power generating capacity over the next four years. This additional clean energy will help avoid the emission of 180,000 tons of carbon dioxide a year and will contribute to achieving compliance with the emissions reduction objectives contained in the Kyoto Protocol."
The technology used at Ripabottoni is based on three-blade aerogenerators with a generating capacity of 0.66 MW per unit. Construction of the facility took six months and required an investment of 20 million euros. The installation of the wind generators was carried out with the utmost respect for the local landscape and existing activities.
The Ripabottoni facility brings the number of Edison wind farms to 24. Their total installed capacity is almost 260 MW, 60 MW of which were brought on stream in the last two years with the commissioning of five new wind farms.
Edison's activities in the field of renewable resources also include its hydroelectric operations, which operate 42 power plants with a combined installed capacity of about 1,500 MW. In addition, Edison is involved in the development of other clean technologies, such as photovoltaic energy, and is also considering expansion opportunities outside Italy.
Copyright 2006 - Webbolt Company Limited All rights reserved.
February 15, 2006, 20:00
Milan, Italy - The commissioning of the Ripabottoni Wind Farm marks another step in Edison's plan to expand its renewable resource facilities. Located in the province of Campobasso, this new facility will have 24 aerogenerators with a total generating capacity of 16 MW. They will produce 32 million kWh, enough electricity to meet the needs of 16,000 households.
"Renewable resources will play a key role in Edison's growth," said Umberto Quadrino, the Company's Chief Executive Officer. "The commissioning of the Ripabottoni Wind Farm confirms our commitment to add 200 MW of wind-power generating capacity over the next four years. This additional clean energy will help avoid the emission of 180,000 tons of carbon dioxide a year and will contribute to achieving compliance with the emissions reduction objectives contained in the Kyoto Protocol."
The technology used at Ripabottoni is based on three-blade aerogenerators with a generating capacity of 0.66 MW per unit. Construction of the facility took six months and required an investment of 20 million euros. The installation of the wind generators was carried out with the utmost respect for the local landscape and existing activities.
The Ripabottoni facility brings the number of Edison wind farms to 24. Their total installed capacity is almost 260 MW, 60 MW of which were brought on stream in the last two years with the commissioning of five new wind farms.
Edison's activities in the field of renewable resources also include its hydroelectric operations, which operate 42 power plants with a combined installed capacity of about 1,500 MW. In addition, Edison is involved in the development of other clean technologies, such as photovoltaic energy, and is also considering expansion opportunities outside Italy.
Copyright 2006 - Webbolt Company Limited All rights reserved.
Thursday, 2 March 2006
Portugal powers ahead as wind champion
More evidence that Wind energy is in demand and growing....
Portugal powers ahead as wind champion
* Massive new project to harness Atlantic gales
* Lisbon setting European pace on renewables
Giles Tremlett
Thursday March 2, 2006
The Guardian
Portugal signalled the launch of one of Europe's biggest wind power projects yesterday - a move that will supply enough electricity for 750,000 homes. The contract is the equivalent to a quarter of all the wind power installed in the European Union last year. It will help cement the growing reputation of Portugal - a country importing 86% of its energy needs - as a renewable energy champion. This year, it has already approved the building of the world's largest solar plant.
The new wind project will rank Portugal alongside Denmark and Spain as the European countries with the highest proportion of wind energy in the national grid. It will more than double wind power capacity in Portugal.
The winning consortium will be asked to erect about 500 turbines at various locations. "This is definitely one of the biggest tenders we've seen [in Europe]," Christian Kjaer, policy director at the Brussels-based European Wind Energy Association, told Reuters news agency. "We've seen those [auctions] more in the United States and Canada." Half a dozen consortiums featuring some of Europe's biggest power companies were expected to have lodged their bids for the two-phase 1,500-megawatt project by last night's deadline. The winner is expected to be announced during the summer.
Portugal's Socialist government also aims to create 1,600 jobs by allocating €900m (£613m) for turbine equipment manufacturing. With a 520-mile coastline, often battered by Atlantic gales, Portugal is well-placed to take advantage of wind power. Last year, the country increased its wind power target for 2010 from 3,750 to 4,400MW. Lisbon is looking to wind to help meet its goals under the Kyoto protocol on curbing greenhouse gas emissions.
The country's emissions surged almost 37% from 1990 to 2003 - the third-highest increase in the world. One of the EU's poorer countries has, however, already shown signs of leading Europe in renewable energy. Its energy plans range from the world's first commercial wave farm to putting a hydroelectric dam on its last big undammed river, the Sabor. The government set aside a €2.5bn renewable energy war chest last year.
It recently granted a licence for the world's biggest solar energy plant, which will be able to produce enough electricity to power 21,000 homes for the southern town of Moura. The 62MW plant will use 350,000 solar panels spread over an area the size of 150 football pitches. It will be 12 times the size of the biggest solar power plant currently in operation near Leipzig, Germany.
A wave power plant is also being established near the northern town of Povoa de Varzim. Using sausage-shaped floating generators made by a Scottish company to lap up energy from the Atlantic, it is due to generate sufficient power by the end of this year to supply 1,200 homes.
Some energy experts predict that Portugal could eventually produce 20% of its needs from the sea.
Gathering force
The global wind power market increased by 43% last year. The total capacity now stands at 59,322MW. This is a fraction of the total electricity supply, but the figure is rapidly growing. The countries with the highest total installed capacity are Germany (18,428MW), Spain (10,027) the US (9,149), India (4,430) and Denmark (3,122). Britain, China, Italy, Japan, the Netherlands and Portugal have all reached the 1,000MW mark.
Portugal powers ahead as wind champion
* Massive new project to harness Atlantic gales
* Lisbon setting European pace on renewables
Giles Tremlett
Thursday March 2, 2006
The Guardian
Portugal signalled the launch of one of Europe's biggest wind power projects yesterday - a move that will supply enough electricity for 750,000 homes. The contract is the equivalent to a quarter of all the wind power installed in the European Union last year. It will help cement the growing reputation of Portugal - a country importing 86% of its energy needs - as a renewable energy champion. This year, it has already approved the building of the world's largest solar plant.
The new wind project will rank Portugal alongside Denmark and Spain as the European countries with the highest proportion of wind energy in the national grid. It will more than double wind power capacity in Portugal.
The winning consortium will be asked to erect about 500 turbines at various locations. "This is definitely one of the biggest tenders we've seen [in Europe]," Christian Kjaer, policy director at the Brussels-based European Wind Energy Association, told Reuters news agency. "We've seen those [auctions] more in the United States and Canada." Half a dozen consortiums featuring some of Europe's biggest power companies were expected to have lodged their bids for the two-phase 1,500-megawatt project by last night's deadline. The winner is expected to be announced during the summer.
Portugal's Socialist government also aims to create 1,600 jobs by allocating €900m (£613m) for turbine equipment manufacturing. With a 520-mile coastline, often battered by Atlantic gales, Portugal is well-placed to take advantage of wind power. Last year, the country increased its wind power target for 2010 from 3,750 to 4,400MW. Lisbon is looking to wind to help meet its goals under the Kyoto protocol on curbing greenhouse gas emissions.
The country's emissions surged almost 37% from 1990 to 2003 - the third-highest increase in the world. One of the EU's poorer countries has, however, already shown signs of leading Europe in renewable energy. Its energy plans range from the world's first commercial wave farm to putting a hydroelectric dam on its last big undammed river, the Sabor. The government set aside a €2.5bn renewable energy war chest last year.
It recently granted a licence for the world's biggest solar energy plant, which will be able to produce enough electricity to power 21,000 homes for the southern town of Moura. The 62MW plant will use 350,000 solar panels spread over an area the size of 150 football pitches. It will be 12 times the size of the biggest solar power plant currently in operation near Leipzig, Germany.
A wave power plant is also being established near the northern town of Povoa de Varzim. Using sausage-shaped floating generators made by a Scottish company to lap up energy from the Atlantic, it is due to generate sufficient power by the end of this year to supply 1,200 homes.
Some energy experts predict that Portugal could eventually produce 20% of its needs from the sea.
Gathering force
The global wind power market increased by 43% last year. The total capacity now stands at 59,322MW. This is a fraction of the total electricity supply, but the figure is rapidly growing. The countries with the highest total installed capacity are Germany (18,428MW), Spain (10,027) the US (9,149), India (4,430) and Denmark (3,122). Britain, China, Italy, Japan, the Netherlands and Portugal have all reached the 1,000MW mark.
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