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Public Service Company of Oklahoma Completes Acquisition of Green Country Power Plant

LCG, July 3, 2025--American Electric Power (AEP) announced today that on June 30, the 795-MW Green Country Power Plant officially became part of the generation portfolio of Public Service Company of Oklahoma (PSO), a unit of AEP.

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Alliant Energy Submits Plans to Iowa Utilities Commission for the Addition of 1,000 MW of Wind Capacity

LCG, July 2, 2025--Alliant Energy today announced plans to add up to 1,000 MW of wind energy generating capacity in Iowa to meet demand and ensure reliable, affordable energy for its customers. The plans are included in a filing with the Iowa Utilities Commission (IUC), and the company anticipates a decision from the IUC in the first quarter of 2026.

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Industry News

LBL Scientists Complete Fuel Cell

LCG, November 21, 2002-Researchers at Lawrence Berkeley Labs (LBL) have developed a fuel cell that they say can operate as cheaply as gas turbines.

Steve Visco, Craig Jacobson, and Lutgard De Jonghe, of the Materials Science division of LBL, designed the fuel cell from ceramic materials with metal electrodes.

The Solid Oxide Fuel cells operate by reacting oxygen and hydrocarbons, such as methane, within the ceramic cell. The process differs from burning hydrocarbons in that energy is extracted from the movement of ions through an electrolytic membrane and supports several reactions. Oxygen ions react with hydrogen from the fuel gas, forming water. The water then reacts with the fuel to form carbon dioxide and hydrogen. The cell, operating at about 800 degrees Celsius, has an anodic-cathodic configuration, causing electrons produced by the reactions to flow from anode to cathode via an external load.

Fuel cells can be kept small while retaining an efficiency rating of 50 percent, making them a viable alternative to mass electricity production and transmission. They also produce much cleaner electricity than does the burning fuels. However, carbon dioxide is still produced, and the cells do require some type of fuel to operate.

Raw materials for the cells cost $37 per kilowatt. The researchers estimate that other costs, such as insulation and DC-AC converters, will limit the cost of the cell to $130 per kilowatt if they want to stay within the target cost set by the Department of Energy of $400 per kilowatt.

As yet unaccounted for costs apply to creating a stack of fuel cells, which researchers are confident can be made within their allowance. The stacked configuration will maximize voltage output and form a small generator.

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