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Georgia Power has announced the completion of cold hydro testing for unit 4 of the Vogtle NPP nuclear expansion project. The completion of cold hydro testing is required to support hot functional testing, which is projected to start by the end of the first quarter of 2023.

Date: Thursday, 15 December 2022
Original article: neimagazine.com/news/newsvogtle-unit-4-complete-cold-hydro-testing-10433389

Researchers at the US Department of Energy's Sandia National Laboratory have successfully tested a new power system based on a closed-loop Brayton cycle to deliver electricity to the grid. The system could dramatically increase the efficiency of power plants including current and new advanced reactor systems as well as gas-fired and concentrated solar plants.

Date: Thursday, 08 September 2022
Original article: world-nuclear-news.org/Articles/Power-conversion-breakthrough-could-increase-plant

The main components of the turbine plant of Akkuyu unit 1 - including the stator, turbine generator rotor and low-pressure cylinder - have been delivered to the construction site in Turkey.

Date: Friday, 18 March 2022
Original article: world-nuclear-news.org/Articles/Turbine-equipment-for-Akkuyu-1-delivered

US-based GE Steam Power said on 15 March that it had designed, manufactured and tested the Arabelle turbine’s first low pressure rotor equipped with the largest ever last-stage blade at 75 inches.

Date: Thursday, 18 March 2021
Original article: neimagazine.com/news/newsge-tests-largest-ever-last-stage-blade-for-arabelle-turbines-rotor-8606322

GE Steam Power announced today that it has designed and manufactured the largest-ever (75-inch) last-stage blade for its Arabelle low-pressure rotor. The blade will enable the Hinkley Point C nuclear power plant under construction in Somerset, England to produce 3.2 GWe of CO2 free power, GE said. Once completed, this Arabelle steam turbine will be the most powerful nuclear steam turbine in operation. It was tested at GE's factory in Belfort, France.

Date: Tuesday, 16 March 2021
Original article: world-nuclear-news.org/Articles/GE-Steam-Power-unveils-largest-last-stage-blade-ev

Reactors in long-term operation are even more cost-effective, data shows Cost reductions stemming from the lessons learnt from first-of-a-kind projects in several Organisation for Economic Cooperation and Development countries could see nuclear power remain the dispatchable low-carbon technology with the lowest expected levelised costs of energy (LCOE) in 2025, a joint report by the Nuclear Energy Agency and International Energy Agency says.

The report, ‘Projected Costs of Generating Electricity’, says the LCOE of nuclear in 2025 will range from about $55-$95 per MWh. This compares to a maximum of almost $100/MWh for coal and about $80/MWh for gas. The cheapest non-dispatchable source of electricity is onshore wind of more than 1 MW, with an LCOE of $40-$50/MWh. Offshore wind is about $80-$110/MWh and utility scale solar PV $40-$80/MWh.

For nuclear plants that are in long-term operation, the cost falls considerably, with an LCOE of less than $40/MWh. Prolonging the operation of existing nuclear power plants is the most cost-effective source of low-carbon electricity. Hydroelectric power can provide a similar contribution at comparable costs, but remains highly dependent on the natural endowments of individual countries.

LCOE captures both capital and operating costs that need to be covered. It is essentially the long-term price at which the electricity produced by a power plant will have to be sold at for the investor to cover all their costs.

Date: Thursday, 10 December 2020
Original article: nucnet.org/news/nuclear-is-most-affordable-dispatchable-source-of-low-carbon-electricity-12-3-2020

China's first 300MWe nuclear reactor cooling pump, developed by Harbin Electric Corporation is ready for mass production after being approved by the China Machinery Industry Federation. Previously, China had depended on imports for key components of pressurized water reactor nuclear power plants. The cooling pump was tested for 200 hours of continuous operation under automated high-temperature and high-pressure conditions. Harbin said the pump - which took six years to develop - completed flow assessment tests in April 2015 and hot function tests on 8 March.

Date: Wednesday, 06 April 2016
Original article: neimagazine.com/news/newstechnology-firsts-for-chinas-harbin-electric-corporation-4857937

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