Despite identification of areas in which transmission capacity is limited, a “not in my backyard” (or anyone else’s, in some cases) attitude toward new transmission line siting has resulted in cancellation or delay of some new transmission lines.

For example, in 2011, PJM cancelled the proposed Potomac Appalachian Transmission Highline (PATH) project, a 275-mile transmission line that would have run through West Virginia, Virginia, and Maryland to deliver electricity into Northern Virginia. Although the line was designed to improve reliability in eastern PJM, changing forecasts of electricity demand growth and intense opposition to siting the line led to the project’s cancellation.

Beginning in the late 1920s, electric utilities began to integrate their operations to improve reliability and reduce costs. Previously, utilities had operated as “islands,” meeting the demand for electricity solely from their own generating plants. To ensure reliable service, this meant building extra generating capacity to keep in reserve, in case unexpected problems caused their plants to shut down.[2] By integrating their operations, utilities could provide more reliable service without building as much backup generating capacity. In essence, if a generating plant at Utility A suffered a forced outage, one of Utility B’s generators would be available to ensure the lights stayed on. The concept is similar to diversifying a financial portfolio. Instead of investing everything into just one company’s stock, buying multiple stocks, bonds, and other investments reduces the risk of a sudden financial loss.

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.”

Powhatan Energy Fund has decided to take down its website at www.ferclitigation.com.  And, while the site is down, Powhatan will be declining all new requests to speak with the media and requests to present at conferences.

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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 DOE will conduct a thorough review that includes making all required statutory findings as well as consideration of the proposed project’s environmental impacts, the project’s technical and economic feasibility, and whether the project is in the public interest.

DOE will decide whether to participate in the proposed project, a decision which would include route selection, once all environmental reviews and other due diligence have been completed. The earliest a decision could be made is at least 30 days after issuing the Final EIS, which is not expected before 2015.

Issues Not Addressed in the EIS: Before DOE conducts its review of all of the factors discussed above, the applicant will be required to submit further information and update its original application. Once DOE receives the updated information, and deems the application complete, it will provide notice that the application is available for public review through a notice in the Federal Register and an announcement on the OE website. Publication of this notice in the Federal Register will begin a 45-day public comment period. The notice will describe how to comment on the application for the proposed project. All comments submitted during the comment period will be considered in the DOE’s ultimate decision as to whether to participate in the proposed project under the Section 1222 program.