megalomaniac |ˌmegəlōˈmānēˌak|
noun
a person who is obsessed with their own power.
• a person who suffers delusions of their own power or importance.

In the future, Skelly says he hopes that utilities, whose territories are crossed by the HVDC lines, could invest in Clean Line.

The Courier & Press began investigating this issue after receiving a call from a local business owner on Friday concerned that her bill had tripled without warning.

Vectren initially said that more bills than usual were estimated over the summer because the company switched meter reading contractors, and it was changing the readers’ routes.

“Without getting into specifics, there are challenges that happen with any contractor transitions,” Hedde said Tuesday morning. She added that the anonymous caller’s high bill was likely atypical.

“I don’t want to give the impression that that is normal,” Hedde said. “She is experiencing something hopefully that is an anomaly.”

But response to a Courier & Press’ Facebook post showed the issue was widespread. Hundreds of people replied to the post with stories of bills that were several times what they expected.

But mistake or no, customers whose bills were underestimated must pay up, said the Indiana Utility Regulatory Commission.

“They are responsible for it,” said Natalie Derrickson, a spokeswoman for the Indiana Utility Regulatory Commission. “At this point, if a customer feels like their bill was estimated and they have larger bills than they were expecting, their first step should be to contact Vectren. If the customer feels like the issue is not resolved, they should contact us.”

Fear that utility companies remain vulnerable to hackers, terrorists and natural disasters has the Pentagon pushing construction of independent power grids at military bases across the U.S. ...

Increasingly, the Pentagon wants power from its own sources.

“The endgame is to be able to survive if the grid goes down,” said Paul Orzeske, who recently retired as president of Honeywell Building Solutions, the company helping build Fort Bragg’s microgrid.

For years, experts have recommended the U.S. military seek independence from commercial utilities. “Our grid is old and it’s reliant on technology that’s outdated,” said Michael Wu, energy program director for the Truman National Security Project & Center for National Policy, a Washington think tank.

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The best onshore renewable wind resources (i.e., those with the highest potential
capacity factors) tend to be located far from load and sometimes in areas with less
transmission than desired for effective resource development. The best offshore renewable wind resources, however, are often located close to load centers, as is the case with New England.

All of Clean Line’s projects originate in a Type 1 Conditional Constraint Area, identified by DOE in the 2009 National Electric Transmission Congestion Study (“2009 Congestion Study”) and illustrated in Figure 2. The 2009 Congestion Study defined a Type I Conditional Constraint Area as, “an area where large quantities of renewable resources could be developed economically using existing technology with known cost and performance characteristics – if transmission were available to serve them.” The 2009 Congestion Study also noted, “Construction of major new transmission projects would enable development of thousands of MW of new renewable generation” within these areas.

Clean Line has engaged with thousands of local stakeholders in eleven states, where its five projects are actively under development.

These are real projects, many of which have land leased for wind turbines from
farmers seeking new sources of income, as drought has made traditional farming livelihoods uncertain. Wind power represents new hope for drought-resistant income and economic development in regions of the country otherwise struggling with diminishing populations.

Large-scale wind farms paired with new transmission lines -- not distributed solar generation -- is the cheapest way for the US to decarbonise its electricity system, claims an executive at Clean Line Energy Partners.

Jayshree Desai, executive vice president at Clean Line Energy Partners, also believes that over the next few years the cost curve for wind will bend downward more rapidly than for PV, after solar’s spectacular price decline in recent years. Large-scale wind farms paired with new transmission lines -- not distributed solar generation -- is the cheapest way for the US to decarbonise its electricity system, claims an executive at Clean Line Energy Partners.

“I’m a supporter – I have nothing against [distributed generation]”, she said, speaking this week at the AWEA Finance conference in New York. “But the math is just not right.”

Desai argues that the true cost of integrating distributed solar into the grid is not being accounted for – a line increasingly employed by electrical utilities keen to curb the growth of rooftop solar.

“It’s heavily subsidised, not only at the federal level, but at the transmission and distribution [level too],” she says. Given those subsidies, “of course DG looks so good”.

Kris Zadlo – a multi-decade veteran of the transmission sector, and currently vice president at Invenergy – believes distributed generation will “take a big bite” out of the electricity transmission sector in the years ahead.

Zadlo says that being able to cut the transmission portion out of the picture entirely is a big advantage for distributed generation. “And it’s not only about cost, but also about control,” he says.

“We can’t underestimate that what DG allows people is their own peace of mind, control of their own destiny. What sort of premium is that worth to the customer?”

The chief planning official for PJM Interconnection Inc., the grid operator, said in a letter to New Jersey Sierra Club director Jeff Tittel that continued operations of the B.L. England power station in Cape May County would not create reliability problems, but that the plant's shutdown would.

"Recent media statements attributed to you about reliability and cost impacts associated with the B.L. England generating units' remaining in service are based on a misunderstanding of PJM Interconnection's planning process," Steven R. Herling, PJM's vice president of planning, wrote Thursday to Tittel.

"Our transmission-planning process is very complex, dynamic, and - as a consequence - can be misunderstood," Herling said in his letter to Tittel. "I would have been very happy to explain the process and underlying facts to help you avoid confusion, and would be willing to clarify PJM's study results at any time."

“I have no doubt, in the long run, we need power and we need power transmission lines, and they’re going to go somewhere,” said Don McKay, general manager of Tyrol Basin Ski and Snowboard Area.

“Nothing here is very negotiable,” said McKay, who also is a Vermont town supervisor.

Robert and Danuta Pyzalski said it was too preliminary to get answers about their town of Middleton home, in the study area.

“My concern is how close the lines would be to residential areas,” Robert Pyzalski said. “To say there would be no danger would be naive.”

Members of a new resident-led work group created to grapple with Dominion Virginia Power’s plans to run a transmission line through Alexandria did not mince words following the utility’s first presentation on the project.

“I’m just looking at statements here with nothing to back them up.”

Both officials and work group members are growing more suspicious as Dominion’s application date creeps closer.

“There’s some healthy skepticism,” Smedberg said. “While Dominion says they don’t know what a final route would be, many people in the community find that a little hard to believe. They know exactly what they want to do and have known for a while.”

With permits to build an underwater and underground power line from the Canadian border to New York City all but fully in hand, the developer is turning its attention to a similar proposal for a 1,000-megawatt power line that would run down Lake Champlain and then across Vermont to feed the New England electric grid.

Once out of the water all the cable will be laid in public rights of way and the company TDI New England has been working with the state of Vermont and local communities along the route on the minutiae: Everything from how to be sure the under-road conduits don’t worsen spring frost heaves to how the cables cross beneath bridges or how to ensure that once the cables are buried they aren’t disturbed.

Benson Selectboard member Sue Janssen said TDI New England has worked hard to meet the concerns of her community of just over 1,000. They are even paying a lawyer of the town’s choosing to represent the community in the detailed discussions that are coming.

“I have the impression if we’d said we wanted our dirt roads painted pink they’d have done it,” she said.

So far there has been no significant opposition to TDI New England’s major electrical infrastructure project such as has faced plans to build ridge-top industrial wind projects, extend a natural gas power line from the Burlington area to Rutland or build a 180-mile above-ground power line between the Canadian border and northern New Hampshire.

“I think that one of the key differentiators of other proposed projects is that we are all buried,” said TDI New England CEO Donald Jessome.

Matt Valle’s solution to energy shortages in Eastern Massachusetts eschews the usual approach of running miles of new transmission lines on unsightly towers. Instead, Valle proposes to bury 50 miles of high-power cable in the ocean floor, using an underwater robot that resembles a lunar rover.

The robot would dig a trench 4 to 6 feet deep in an arc from Salisbury to Lynn for a power line that would bring 520 megawatts of electricity from the Seabrook generating station into Greater Boston.

If approved, the so-called SeaLink line would be the first underwater transmission line in Massachusetts, and Valle argued that it would be more reliable than high-voltage lines that are exposed to New England weather.

“It’s a buried system. It is protected against extreme weather — high winds, flooding, icing,” said Valle, president of New Hampshire Transmission, a subsidiary of NextEra Energy, one of the country’s largest power companies.

But there is one major drawback: With a price tag of more than $1 billion, SeaLink looks on paper to cost about $350 million more than a competing project, which includes a new 25-mile transmission line running from Londonderry, N.H., to Tewksbury, as well as upgrades to the existing high-voltage power network.

“Ours is the most cost-effective solution. That’s a fact,” said Rudy Wynter, president of the transmission business at National Grid, which is partnering with Northeast Utilities on the project. It would feature a combination of high-voltage 115 kV lines and extra-high-voltage 345 kV lines constructed on rights of way that are already held by the two companies.

"The economic potential for our area is tremendous and uses South Dakota's renewable resources to help solve our country's energy needs," said Beresford Mayor Jim Fedderson.

Based on a study done for a similar project, Dakota Power says the potential revenue from turbines to landowners could be between $6 million and $7 million annually. State gross production annual tax receipts could reach more than $4.5 million and the county nameplate tax revenue could equal $3 million per year. Statewide direct economic effect could be more than $200 million.