Ukraine resumes export of electricity to Europe with fall in imports 2 min read
Since March 1, Ukraine has resumed the export of electricity from the Burshtyn TPP island to the European power system ENTSO-E, according to data on the ENTSO-E platform.
According to the operational data of NPC Ukrenergo, as of 18:45 Tuesday, electricity exports to Hungary were at the level of 486 MW, Poland – 210 MW, Romania – 93 MW; and the total volume was 789 MW.
At the same time, electricity to Ukraine was imported from Slovakia at the level of 188 MW, Hungary – 160 MW, Romania – 62 MW; with a total volume of 410 MW.
The import of electricity to the Integrated Power System of Ukraine (IPS) from Belarus also remained at the level of 100 MW.
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Electricity production at TPPs, CHPPs of Ukraine equals with NPPs in Dec 2020 2 min read
Electricity production by thermal power plants (TPPs) and combined heat and power plants (CHPPs) in Ukraine in December was almost equal to the production of electricity by nuclear power plants (NPPs), according to data from the Ministry of Energy.
According to the calculations of Interfax-Ukraine, TPPs and CHPPs in December 2020 increased their generation by 47.4% compared to December 2019, to 6.897 billion kWh, while nuclear power plants reduced production by 16.4%, to 6.954 billion kWh.
The share of nuclear power plants of the total structure of electricity production last month amounted to 45.63%, TPPs and CHPPs – 45.25%, HPPs and pumped storage power plants – 4.16%, renewable sources (wind farms, solar power plants, biomass) – 4.07%, and block stations – 0.89%.
For the US Navy, the future of shipbuilding (and warfare) is in the power plant January 13
The Arleigh Burke-class destroyer John Paul Jones at sunset. The Navy s next-generation destroyers will be designed around a new power plant. (MC3 Kyle Merritt/U.S. Navy) WASHINGTON The U.S. Navy wants to buy a next-generation large surface combatant by the end of the 2030s, but its not being built for a new kind of sensor or weapon system. The newly dubbed DDG(X) is being built for power. The Navy has, of course, built ships around advancements in engineering systems before: Nuclear power or steam engines, for example, have led to big leaps in naval design. But the large surface combatant is being built around a significant challenge. Weapons systems of the future such as high-powered electronic warfare systems, laser weapons, and high-powered radars and sensors will put an uneven and sometimes even unpredictable load on a ship’s power system.
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