As a result of Russian gas supply cutbacks, Europe’s power costs have reached a new peak


As a result of Russia’s restrictions to the continent’s gas supply, power prices in Europe have hit their highest continuous level on record and threaten to inflict permanent damage to business and families.

On Monday, the benchmark European price of German baseload electricity for delivery in the next year rose 13% to €325 per megawatt hour, breaking the old record made in December. Since the beginning of the year, the corresponding contract in France has risen to €366 per megawatt hour.

The cost of gas, which is used to create electricity, has a significant impact on power costs. As a result of Moscow’s intensification of gas supply restrictions to Europe, gas prices in Europe have risen to their highest level in four months and have more than doubled since this time last year.

The closure of three oil and gasfields by Norway’s Equinor on Monday due to a walkout by employees has added pressure on the European gas market as countries scramble to increase storage ahead of winter.

The strikes will disrupt the production of 89,000 barrels of oil equivalent per day at Gudrun, Oseberg South, and Oseberg East, which includes 27,500 barrels of oil equivalent (boe) per day of natural gas, and the trade union is threatening additional disruptive action in the coming days, which would affect an additional 333,000 boe per day, of which 264,000 boe per day is natural gas.

The interruption occurs at a time when the remainder of Europe has turned to its regular second-largest gas supplier to fill the void left by Moscow’s suspension of gas exports to the continent. Tuesday saw a 3% increase in European gas prices based on the benchmark front-month futures contract related to the TTF. That is four times more than a year ago.

In addition, the situation is aggravated by maintenance issues at a big number of nuclear sites in France. Fearing future reductions in Russian shipments, neighbouring nations are using greater gas to create energy for France at a time when the continent is generally attempting to save supplies for the winter. The head of commissioned projects at the research business Aurora Energy, Hanns Koenig, said that no one in Germany had anticipated this scenario even a year ago.

Germany exported nearly 600,000 MWh of net power to France in June, compared to 300,000 MWh imported from its neighbour the previous year, according to statistics from the Federal Network Agency of Germany. Additionally, the United Kingdom exports around 10% of its daily domestic power needs to France.

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William Peck, power market analyst, said that the increase in electricity costs was a result of traders’ more pessimistic forecasts that severely constrained gas supplies would continue for at least another year. “Gas underinvested in new production infrastructure during the Covid period, and demand returned faster than anticipated.” Since a year ago, prices have been climbing,” he added. The conflict between Russia and Ukraine accelerated everything.

The suspension of the Nord Stream 1 pipeline between Russia and Germany on July 11 for planned maintenance is exacerbating concerns about gas supply. Moscow claims sanctions have led to a decrease in flows because key compressor parts are stuck in Canada, but European politicians view this as a pretext for cutting supplies and are concerned that flows will not even return to the pipeline’s current 40 percent capacity once the pipeline is operational again.

Germany intends to bring back up to 10GW of coal-fired power output, but economists warn record-high coal prices may limit the market’s relief. “As if these two factors weren’t enough, you also have the historically low nuclear availability in France,” added Mr. Koenig.

Last month, Berlin implemented the second level of its three-tiered emergency plan. The third stage would necessitate gas rationing for industrial and residential users. Last weekend, a local government official in Hamburg warned that hot water rationing may be necessary this winter if the gas shortage grows severe.

Already, there are indications that the high electricity costs are reducing demand. Mr. Peck said that the German power consumption has decreased by 5% over the last four months compared to the same period of the previous year, mostly due to industrial customers reducing their activities.

European zinc and aluminum smelters are under considerable strain due to increasing energy costs and dropping pricing. Chris Heron, head of public relations at Eurometaux, the European metals group, said that the industry has been “on its knees” since September of last year and that “additional plant closures are a serious risk if electricity costs remain so high.”

It is not clear for how much longer we will have to endure this energy crisis; however, it is safe to say that the time and effort invested in renewable energy sources by a large number of highly motivated and creative energy experts and scientists from all over the world in order to make the renewable energy future a reality will not go unnoticed.

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People like those at The Neutrino Energy Group, who have been hard at work improving their neutrinovoltaic technology to assist the energy now produced by wind farms, solar arrays, and other sustainable energy projects. a one-of-a-kind energy source that will revolutionize the way we think about renewable energy in the coming years.


Neutrinovoltaic – The Energy and Technology of the Coming Decades

The idea that neutrinos and other kinds of non-visible radiations could be used to generate energy has been disregarded by scientists for a long time. However, a discovery made in 2015 confirmed that neutrinos do, in fact, have mass. This has convinced some scientists that the generation of energy via neutrinos and other non-visible radiations is a possibility. The renowned Neutrino Energy Group, which is a company focused on harnessing the power of neutrinos and other non-visible radiation, is responsible for the development of the amazing technology known as neutrinovoltaic.

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Decentralization is the essence of neutronovoltaic technology’s attractiveness. While power from fossil fuels can only be produced in metropolitan areas and most households lack solar panels or wind turbines, neutrinovoltaic devices are tiny enough to be integrated directly into mobile phones, appliances, automobiles, and other energy-consuming equipment, therefore making it unnecessary to store or squander power by transporting it across the city.

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