Archive for January 29th, 2004

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CARS AS DISTRIBUTED GENERATION SITES!

January 29, 2004

While we’re on the subject of energy innovation, please check out Randall Parker’s Futurepundit post on the potential for fuel cell vehicles to heat homes. I’ve discussed this potential with several industry folks, and it is truly exciting. Consider being able to drive up to your house and plug in your car in order to power your house.

OK, now the wet blanket part: our regulatory structure is a major impediment to the implementation of such cool options. Utilities view any request for customers to leave the grid, called bypass, as a reduction in their load and therefore a direct reduction in their profit. The nasty little incentive problem of cost-based rate-of-return regulation is that utilities have developed a “sell more power, make more profit” mentality over the past 85 years. In that mentality, keeping us as captive consumers is their business model, because the converse is “sell less power, make less profit”.

The challenge: get thought leaders in utilities to recognize that the difference in consumer preferences and demand elasticity over the day, week, and season creates opportunities for utilities to make more profit selling less power. Then we will be captive no longer, bypass will not be so vigorously refused, and we can apply the innovations in distributed energy technologies, using fewer resources along the way.

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NEW MATTER DISCOVERY

January 29, 2004

A new discovery may make room temperature superconductors possible:

A long-sought new form of matter has been created for the first time. The matter, called a fermionic condensate, consists of atoms that are ordinarily forbidden to exist in the same quantum state but have been tricked into it by linking into pairs.

It occupies the middle ground between loosely linked particles that form superconductors and tightly bound ones in Bose-Einstein condensates, another exotic form of matter produced fleetingly since 1995. The creation of the new condensate is considered the crucial first step toward producing superconductors that work at room temperatures.

Superconductors have a lot of promise for delivering and managing electric power with fewer losses than standard copper wire. The current (no pun intended) challenge is the liquid nitrogen sheath required to keep the superconductor wires and transformers sufficiently cold. This discovery could make that sheath unnecessary.

As Deborah Jin, one of the researchers who made the discovery, said in this CNN interview,

“If you had a superconductor you could transmit electricity with no losses,” Jin said. “Right now something like 10 percent of all electricity we produce in the United States is lost. It heats up wires. It doesn’t do anybody any good.” …

Jin stressed her team worked with a supercooled gas, which provides little opportunity for everyday application. But the way the potassium atoms acted suggested there should be a way to translate the behavior into a room-temperature solid.

“Our atoms are more strongly attracted to one another than in normal superconductors,” she said.

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PRIUS IS CAR OF THE YEAR

January 29, 2004

The hybrid Toyota Prius has been named the 2004 North America Car of the Year.

“If you want to understand the future of automotive design and production, then you have to understand the Toyota Prius,” Motor Trend said.

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HUNTING HAGGIS

January 29, 2004

Please, do check out the funny comment on haggis hunting (isn’t haggis a small animal that lives in the heather?) from my dear friend Adam Bruce, from the haggis post immediately below.

A good chuckle to start the day!

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HOPE FOR COMPETITIVE TRANSMISSION?

January 29, 2004

Many people argue that electricity transmission is a natural monopoly, defined as having a subadditive cost structure (roughly speaking, decreasing long-run average costs over the relevant range of demand). Based on that belief, competitive entry is not allowed. Historically this has arisen because of the vertical integration of the industry, which is itself a consequence of the technical difficulties of unbundling the energy flow from the wires during the formative years of regulation in the early 20th century.

But with economic and technological change, particularly in electricity generation, the prospect for competitive transmission became brighter. Then in the late 1990s a lot of policy changes at FERC tried to implement nondiscriminatory transmission access for non-owners, and opened the possibility of transmission owners organizing their assets into private, for-profit, standalone transmission companies (known as transcos in the biz).

Transcos have had a rough time of it these past two years, with all of the sturm und drang over regional transmission organizations and FERC’s proposed standard market design. Plus, utility accounting rules work against reorganizing and vertically dis-integrating the transmission part of the value chain; both depreciation rules and capital gains taxes on these large, and massively depreciated, assets make the economics of selling your transmission assets to a transco very problematic.

So I was pleased to hear at least a little ray of sunshine from Pat Wood, FERC Chairman, who said that he sees a future for Translink, a proposed transco that dissolved in the face of these many obstacles. I hope he’s right, because competing transmission is an important way to generate efficient investment incentives in a world that does not look like 1907 any more, the year on which our electric utility regulation is imprinted.

I think more people will explore the transco model now that it looks like the FERC standard market design will not go ahead as planned. The discussion about competing wires, other forms of competition for grid networks such as distributed generation, and the crucial issue of end-use customers being able to bypass the grid access of the government-granted monopoly is a healthy one, and long overdue.

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