Department of Energy

An estimated $900 billion of direct infrastructure investment will be required by electric utilities over the next 15 years, and $750 million already is in place. Nukes, renewables, low-carbon technologies, combined-cycle gas turbines—all have faced cost challenges. The magnitude of the numbers requires a multi-pronged approach.

The Northeast energy markets are working hard to establish new levels of regional coordination and cooperation. The region’s concerted effort is essential to resolving some of the industry’s toughest issues since the individual markets evolved. These issues include the elimination, reduction, or bridging of seams issues that prevent the economic transfer of capacity and energy between neighboring wholesale electricity markets, or control areas, as a result of incompatible market rules or designs.

(September 2007) Consistent performance over time is the Holy Grail of corporate management, and a focus of many of the executives who made this year’s ranking. Who returned to the list, and who fell off? And more important, why?

A lengthy letter to the editor addresses whether the Energy Information Administration’s gas-market forecasts, as laid out in a recent article, are biased. The authors of the original piece, Timothy J. Considine and Frank A. Clemente, then respond to the letter.

The Energy Policy Act of 2005 was supposed to streamline the siting process and provide a federal “trump card” for projects delayed at the local level, but it is far from clear whether these goals have been, or will be, achieved.

A common response to energy-market risk is a complex market infrastructure, with significant administrative effort and cost dedicated to managing the risks and ensuring that the market functions in a transparent and effective manner. But is market complexity a necessary byproduct of competitive markets?

Natural-gas estimates from the Energy Information Administration (EIA) are supposed to be “policy neutral.” Are they? Over the past decade, EIA forecasts for NG differ substantially from actual outcomes—even though overestimations of supply capabilities could lead to underestimating the costs of carbon regulations.

While maintaining its stance as the most sophisticated competitive electricity market in the country, PJM still faces several challenges, all of which are augmented by its expanded footprint. Most prominent is the RTO’s plan to implement a new reliability pricing model. Further, parts of PJM are ailing from transmission congestion issues that limit access to abundant, cheap power sources in the region.

Despite overwhelming theoretical and empirical evidence, we aren’t seeing more DR when it is needed most—during emergency periods. The reasons boil down to two obstacles, both of which must be addressed before widespread DR implementation can move forward.

In the minds of many policy-makers, DR has become associated with rate shocks, rate volatility, unpredictability, and loss of control over energy costs—the very things DR was designed to overcome. What can be done to change this?