[BETA] Fortnightly

(August 2011) Shaw Group completes 500 MW combined cycle plant; Pattern Energy begins building Spring Valley wind farm; AEP, Duke and TVA team up on interstate transmission line; AEP and MidAmerican contract for Texas transmission projects; Alliant contracts Open Systems International for volt-VAR control system; Alstom buys into AWS Ocean Energy; Siemens acquires shares in PV manufacturer Semprius; Lockheed Martin introduces cyber security system; plus contracts and announcements involving Elster, Itron, Suzlon, Solon, Sensus, Westinghouse Electric, Morgan Lewis and others.

(July 2011) Williams Partners L.P. expands Transco transmission lines; Google to provide fiber optic Internet service for Kansas City, Mo.; Constellation Energy picks Lynxspring Inc.; plus contracts and developments involving Servidyne, EnerNOC, Siemens Energy and others.

(June 2011) Duke and ATC team up to build transmission lines; AEP installs bioreactor to control selenium emissions; NextEra buys 100 MW of wind from Google; Ocean Power Technologies awards contracts for wave power array; Kansas City picks Elster; BC Hydro picks Itron; plus contracts and developments involving Tres Amigas, Ioxus, Opower and others.

With large solar arrays and wind farms being proposed to connect to transmission and sub-transmission systems, are utility companies sufficiently prepared to handle the challenge of integrating these large intermittent resources? The industry now must decide whether transmission reliability factors — most notably dynamic voltage support and system frequency management — need to be resolved by renewable generators, or whether they should become a cost of doing business for transmission providers and reliability coordinators.

Anyone who’s been watching the solar power industry for more than a few years can’t help but be impressed by the recent explosion of large-scale projects. It seems akin to the rapid scale-up of wind in the late 1990s and early 2000s—when megawatt-scale turbines became standard-issue, and the definition of a “large” wind farm changed from a capacity of 20 MW to something more like 200 MW.

Generators and demand-response providers are reaping rewards in forward capacity auctions, causing suppliers to go shopping for the most lucrative markets. Now the Midwest ISO is trying to catch up, by proposing its own auction for years-ahead resource bids. But does RTO shopping serve the interests of customers, who are legally entitled to rates that are just and reasonable? Why are some state policy makers advocating a return to old-school RFPs for long-term contracts?

(December 2010) Steven Specker joins Southern Company board; Chesapeake Utilities names Michael McMasters CEO; Ethics inquiry leads to dismissals and new president at Duke Indiana; plus executive management announcements at American Transmission, Oncor, FirstEnergy, Alliant, NYISO, Gridwise Alliance, the Organization of MISO States, and more ...

FERC has proposed that wholesale energy markets should subsidize load reductions with full LMP (locational marginal price), without deducting the customers’ retail savings. Such a policy could distort the market, and other solutions might achieve the same objectives more efficiently.

A fierce debate has erupted in the utility policy community, with battle lines drawn within FERC itself. In the effort to improve system efficiency, two competing alternatives stand out: to build the smart grid on large-scale demand response (DR) programs, or to build it around consumer behavior in retail markets.

A look at the issues that the Federal Energy Regulatory Commission must address concerning allocation of costs for certain high-voltage transmission lines 500kV or greater, planned for the PJM region, in the “paper hearing” on remand from the 7th Circuit federal court decision that rejected a socialized, region-wide sharing of costs among all utilities and customers across the RTO footprint.