Articles filed under General from North Dakota
A previously announced wind power project in southwestern North Dakota around Gascoyne has grown to possibly include an area near New England and Elgin. Ryan Segley, project manager for Crownbutte Wind Power LLC, said the company is currently waiting to see if there is enough room on transmission lines in the southwestern part of the state for the energy generated by the wind turbines. "We're waiting for the queue process to see if they can get us on the transmission lines down there," Segley said.
As wind energy developers and state officials shot the breeze inside a tent late Wednesday morning, wind turbines surrounding the Langdon (N.D.) Wind Energy Center were producing some 10 megawatts of energy ...That was a lull, really, in terms of energy output at the very hour the 106-turbine, $250 million facility was being dedicated. At full capacity, the 159-megawatt Langdon wind farm is capable of powering about 39,750 homes — equal to, for example, the number of houses in Grand Forks, Traill, Walsh, Cavalier and Pembina counties. By the end of the year, the facility will expand by another 27 wind turbines and 40 megawatts of power.
Otter Tail Power Co. wants to begin charging its North Dakota customers for the expense of building a new wind farm, a request that may be delayed until state regulators can review its electric rates. The Public Service Commission on Wednesday began considering an Otter Tail request to allow it to add a "renewable generation" rate to its North Dakota electric bills. ...The proposed rate would add about $1.45 monthly to the electric bill of a residential customer who uses 750 kilowatt-hours of power each month, the commission said. Many Otter Tail customers use more, and their potential bills would be higher.
Denali Energy Inc. of Baxter, Minn. and Montgomery Energy Partners LP of Houston, Texas, have entered into a joint venture to develop Heartland Wind Farm, LLC. The first phase of Hartland Wind Farm is expected to produce 500 megawatts, using 333 turbines. A second 500 megawatt phase is in development. At 1,000 megawatts, this project has the potential to be one of the largest wind farm developments in the United States.
Fearful of the possible loss of federal tax breaks, a company is rushing to complete a planned 150-megawatt wind farm in eastern North Dakota that would be financed partly by local investors. "It's going to be tight," said Warren Enyart, secretary of M-Power LLC, of Finley, which is developing the project. "We're scrambling. We're somewhat optimistic, but everything has to fall in place very precisely." The project will include between 58 and 100 wind turbines, depending on the design that is chosen, Enyart said. ..."However, the uncertainty of the federally authorized production tax credits has prompted the utilities to request an accelerated constructions schedule," the letter says. M-Power's goal now is to have the wind farms operational by Dec. 31, when the credits will expire unless Congress extends them, it says.
Days after North Dakota's biggest wind farm began operating near Langdon, a developer has filed plans to construct a larger one in Barnes County, east of Lake Ashtabula. The company hopes to finish the project by year's end. North Dakota's Public Service Commission was notified this week of FPL Energy's intentions to construct a 200-megawatt wind farm, which would include 133 turbines. ...Public Service Commissioner Kevin Cramer said FPL Energy has already obtained the needed leases to place its wind towers. A zoning change is needed for the property, which Barnes County officials are considering. FPL Energy needs to finish the project by Dec. 31 to qualify for a federal tax break for the wind farm, Cramer said.
The message gets repetitious: There needs to be more electrical power transmission capacity in and from North Dakota ... more transmission capacity ... more ... So, isn’t the answer as simple as stringing a bunch of lines? The fact is, no. The power has to have somewhere to go and must travel by an extraordinarily complex network of technology. For our area it’s managed by a strange entity called the Midwest Independent Transmission System Operator. ...All told, he wrote, Midwest’s queue has 224 wind projects, a 64 percent increase in one year. Not all will make it through the process; actually only 32 percent will end up connecting and producing. About 40 percent of requests drop out before even commencing the required FERC study. And 10 percent of those in the queue don’t help matters at all, because they’re just sitting on approvals, making no effort for up to three years, while a wind farm planned for Elgin could be taking one of those places in line. It becomes more apparent why there is not unseemly haste to string lines.
The $250 million Langdon Wind Energy Center near here could not begin to deliver wind energy throughout eastern North Dakota and northwestern Minnesota without a new $10 million transmission line. The project - a 35-mile 115-kilovolt transmission line between Langdon and Hensel, N.D., along with substation improvements - is a joint effort between Minnkota Power Cooperative, Grand Forks, and Otter Tail Power Company, Fergus Falls, Minn.
The message gets repetitious: There needs to be more electrical power transmission capacity in and from North Dakota ... more transmission capacity ... more ... So, isn't the answer as simple as stringing a bunch of lines? The fact is, no. The power has to have somewhere to go and must travel by an extraordinarily complex network of technology. For our area it's managed by a strange entity called the Midwest Independent Transmission System Operator. ...The snag is the process of hooking in a new power source. ...Midwest's queue has 224 wind projects, a 64 percent increase in one year. Not all will make it through the process; actually only 32 percent will end up connecting and producing. About 40 percent of requests drop out before even commencing the required FERC study. And 10 percent of those in the queue don't help matters at all, because they're just sitting on approvals ...
Wind energy developer Tim Simons says the queue is making business difficult. He is referring to the list of projects awaiting action by the Midwest Independent System Operator, a Carmel, Ind., -based power grid monitor that oversees electric transmission in the region. MISO manages a transmission "footprint" of nearly 1 million square miles and 100,000 megawatts of power in the Midwest. ...Dombek said MISO received about 80 applications in 2005, about 130 last year, and 190 so far this year. Together, projects in the MISO queue total 70,000 new megawatts of power. Of those, 55,000 megawatts would come from wind. North Dakota has 42 projects in the queue, nine of which have been approved, with 33 waiting.
Right now, MISO, headquartered in Indiana, has 290 projects in its queue, more than any in its history. All but 70 of them are wind projects. MISO manages a transmission "footprint" of nearly 1 million square miles and 100,000 megawatts of power in the Midwest. Not one - from a 1 megawatt wind turbine to a 1,500 megawatt nuclear facility - gets on the grid without an agreement. Its spokesman, Carl Dombek, said the agreements require studies to make sure there's room for the power, to determine where the power would go and what would happen downstream on the line. Dombek said the average wait now is at least 19 months. Similar to a checkout line, it doesn't matter the size of the order. First come is first served. ..."Wind is popular right now, and they're (FERC) taking notice," Dombek said. To put the 291 applications in MISO's queue in perspective, Dombek said one doesn't have to look back very far. In 2005, MISO received approximately 80 applications. In 2006, that number increased to 130. So far in 2007, they have received 190 applications, Dombek said. Taken all together, projects in the MISO queue total 70,000 new megawatts of power. Of those, 55,000 megawatts would come from wind.
The project's official name is "Capacity Expansion by 2020," or "CapX2020" for short. It is being driven by an alliance of 11 different utility companies throughout the region, which covers all of Minnesota as well as parts of North Dakota, South Dakota, Iowa and Wisconsin. The power line planned for this area is one of three 345 kV lines proposed at different areas of the state as part of the the CapX2020 project. The project also includes construction of one 230 kV line between Bemidji and Grand Rapids. A public hearing for residents of this area is scheduled for next Tuesday, in Cannon Falls. It is one of many meetings still to come during the CapX2020 planning process. ...Rate payers from all area power utility companies will see an increase in their bills as a result of the CapX2020 construction, he added. Though Fordice could not put a specific amount on how much the increase to utility bills will be - probably $1.50 to $2 a month - the project itself is going to cost $1.4 billion, which will be divided among all 11 utility companies.
The sight of hulking wind turbine blades strapped to oversized semi-trailers has been known to unnerve motorists as the giant blades move through traffic destined for wind farms across the country. ...Gjovik said he has seen some trucking quotes of $15,000 to $20,000 and recently saw one for $27,000 for a shipment to Oklahoma. And those prices are only for one load of one or two blades. With each load containing one blade, it would take three loads to ship the blades needed for a rotor to run one wind turbine.
North Dakota may see the construction of more wind turbines - possibly some in the Jamestown area. Terry Wanzek, who farms west of Jamestown, said he signed an easement contract with FPL Energy for a possible wind farm on his property. "We are looking at additional opportunities in the state," said Steve Stengel, spokesman for FPL Energy, the firm that constructed the wind farm west of Edgeley and is in the process of building a wind farm near Langdon and expanding the wind farm in Oliver County.
The massive wind turbines have at least 15 years and up to 25 years of usefulness, as shown in Germany, Great Britain and other countries with long-time wind-farming experience. A lot can happen in 20 years or so. So it's extremely wise of the state Public Service Commission to think through what should happen if a wind farm ceases to operate. ...As a nation, we covet the energy from oil fields, coal mines and wind farms, but whatever form of energy is yielded, those who produce it for us have an inescapable duty of stewardship of the environment, and that includes the skyline where more and more wind turbines occupy the view.
Most of North Dakota’s wind turbines have barely begun operating, but state regulators have started drafting rules that would apply if the massive towers quit producing electricity. ...North Dakota’s proposed rules say the property that hosted a wind turbine site would have to be restored to ‘‘substantially the same physical condition’’ as existed when the site was built. ‘‘To the extent possible, the site must be restored and reclaimed to the topography and topsoil quality that existed just prior to the beginning ... of construction,’’ they say. A wind turbine would be targeted for decommissioning if it had not produced electricity for at least one year, the proposed rules say. Removing a wind tower and its associated equipment would have to be done within 18 months after it reached the end of its use.
North Dakota's wind-power industry has grown dramatically in recent years and shows signs of continuing the upward trend. However, the industry also faces increasing obstacles in exporting electricity because of transmission bottlenecks. That was a message industry figures made in presentations Wednesday to the Empower North Dakota Commission, a new board that will help steer state energy-development policy, at North Dakota State University.
North Dakota's largest wind farm already has growth plans, state regulators said as they approved a shortened application period for siting 27 new wind turbines near Langdon. ...The commission approved the present wind farm's site plan, and its president, Susan Wefald, said regulators' familiarity with the area may help siting work for the expansion. "There is not a lot of new land that's going to be added," Wefald said. "A number of the turbines are going to be placed on land that has been sited already."
Renewable energy sources will continue to grow and are an important part of the country's energy future, but are only part of the equation because the nation is far from reducing its dependence on fossil fuels. ...Despite forecasted growth in renewable energy forms like ethanol, wind power, biomass and nonpetroleum-based fuels, the nation will continue to depend largely on fossil fuels and electricity generated by coal power plants, the committee was told. One reason is the country's forecasted increased consumption of fuel and electricity. “The key to our country's energy future is a mix,” said Gerald Groenewold, the director of the EERC. “Fossil fuels are a part of that.” ...Another wind challenge is the need for future transmission line capacity, said Chris Zygarlicke, the EERC's deputy associate director of research.
North Dakota ...has abundant resources in coal and wind, making it a logical place to produce energy for its less resource rich neighbors. ...Because the state is far away from the metropolitan areas that demand a lot of electricity, any extra power produced here will require a lot of transmission capacity to get it to its potential buyers. ... the main challenge is that many different interests have to come together and agree on terms before new power lines can be built. For even the most basic transmission construction projects, the different power companies that will utilize the lines have to agree how to split the costs of paying for the project. Also, some of the landowners along a route may object to the lines crossing through their property.