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According to this article (and a lot more published today on the same topic), Kosovo electricity net production balance has decreased during the last weeks.
This has led to a small deviation of the European network’s frequency (from 50Hz to 49.996Hz). In turn, this frequency deviation led to some electric clocks (like ones in ovens) being out of sync (up to 6 min since January).

  • How can a decrease in electricity production can lead to a decrease of the frequency on the grid on the long term? Isn't the frequency a parameter controlled by the power plant at the end of the day?
  • If the loss of power from some countries causes a frequency deviation, shouldn't we also observe other impacts, like a drop of the output voltage? This meansDoes this mean that we've also been experiencing a drop of voltage for weeks here in Europe?
  • Why do some electric devices directly use the network frequency to sync their clocks, instead of a quartz crystal technology? This means the same oven needs 2two different firmwares for countries with different electric network frequencies, while, with a crystal (that should be needed anyway to run all the embedded circuits), the same device would run unmodified everywhere.

According to this article (and a lot more published today on the same topic), Kosovo electricity net production balance has decreased during the last weeks.
This has led to a small deviation of the European network’s frequency (from 50Hz to 49.996Hz). In turn, this frequency deviation led to some electric clocks (like ones in ovens) being out of sync (up to 6 min since January).

  • How a decrease in electricity production can lead to a decrease of the frequency on the grid on the long term? Isn't the frequency a parameter controlled by the power plant at the end of the day?
  • If the loss of power from some countries causes a frequency deviation, shouldn't we also observe other impacts, like a drop of the output voltage? This means we've also been experiencing a drop of voltage for weeks here in Europe?
  • Why some electric devices directly use the network frequency to sync their clocks, instead of a quartz crystal technology? This means the same oven needs 2 different firmwares for countries with different electric network frequencies, while, with a crystal (that should be needed anyway to run all the embedded circuits), the same device would run unmodified everywhere.

According to this article (and a lot more published today on the same topic), Kosovo electricity net production balance has decreased during the last weeks.
This has led to a small deviation of the European network’s frequency (from 50Hz to 49.996Hz). In turn, this frequency deviation led to some electric clocks (like ones in ovens) being out of sync (up to 6 min since January).

  • How can a decrease in electricity production lead to a decrease of the frequency on the grid on the long term? Isn't the frequency a parameter controlled by the power plant at the end of the day?
  • If the loss of power from some countries causes a frequency deviation, shouldn't we also observe other impacts, like a drop of the output voltage? Does this mean that we've also been experiencing a drop of voltage for weeks here in Europe?
  • Why do some electric devices directly use the network frequency to sync their clocks, instead of a quartz crystal technology? This means the same oven needs two different firmwares for countries with different electric network frequencies, while, with a crystal (that should be needed anyway to run all the embedded circuits), the same device would run unmodified everywhere.
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According to this article (and a lot more published today on the same topic), Kosovo electricity net production balance has decreased during the last weeks.
This has led to a small deviation of the European network’s frequency (from 50Hz to 49.996Hz). In turn, this frequency deviation led to some electric clocks (like ones in ovens) being out of sync (up to 6 min since January).

  • How a decrease in electricity production can lead to a decrease of the frequency on the grid on the long term? Isn't the frequency a parameter controlled by the power plant at the end of the day?
  • If the loss of power from some countries causes a frequency deviation, shouldn't we also observe other impacts, like a decreasedrop of the output voltage? This means we've also been experiencing a drop of voltage for weeks here in Europe?
  • Why some electric devices directly use the network frequency to sync their clocks, instead of a quartz crystal technology? This means the same oven needs 2 different firmwares for countries with different electric network frequencies, while, with a crystal (that should be needed anyway to run all the embedded circuits), the same device would run unmodified everywhere.

According to this article (and a lot more published today on the same topic), Kosovo electricity net production balance has decreased during the last weeks.
This has led to a small deviation of the European network’s frequency (from 50Hz to 49.996Hz). In turn, this frequency deviation led to some electric clocks (like ones in ovens) being out of sync (up to 6 min since January).

  • How a decrease in electricity production can lead to a decrease of the frequency on the grid? Isn't the frequency a parameter controlled by the power plant?
  • If the loss of power from some countries causes a frequency deviation, shouldn't we also observe other impacts, like a decrease of the output voltage?
  • Why some electric devices directly use the network frequency to sync their clocks, instead of a quartz crystal technology? This means the same oven needs 2 different firmwares for countries with different electric network frequencies, while, with a crystal (that should be needed anyway to run all the embedded circuits), the same device would run unmodified everywhere.

According to this article (and a lot more published today on the same topic), Kosovo electricity net production balance has decreased during the last weeks.
This has led to a small deviation of the European network’s frequency (from 50Hz to 49.996Hz). In turn, this frequency deviation led to some electric clocks (like ones in ovens) being out of sync (up to 6 min since January).

  • How a decrease in electricity production can lead to a decrease of the frequency on the grid on the long term? Isn't the frequency a parameter controlled by the power plant at the end of the day?
  • If the loss of power from some countries causes a frequency deviation, shouldn't we also observe other impacts, like a drop of the output voltage? This means we've also been experiencing a drop of voltage for weeks here in Europe?
  • Why some electric devices directly use the network frequency to sync their clocks, instead of a quartz crystal technology? This means the same oven needs 2 different firmwares for countries with different electric network frequencies, while, with a crystal (that should be needed anyway to run all the embedded circuits), the same device would run unmodified everywhere.
2 added 1 character in body
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According to this article (and a lot more published today on the same topic), Kosovo electricity net production balance has decreased during the last weeks.
This has led to a small deviation of the European network’s frequency (from 50Hz to 49.996Hz). In turn, this frequency deviation led to some electric clocks (like ones in ovens) being out of sync (up to 6 min since January).

  • How a decrease in electricity production can lead to a decrease of the frequency on the grid? Isn't the frequency a parameter controlled by the power plant?
  • If the loss of power from some countries causes a frequency deviation, shouldn't we also observe other impacts, like a decrease of the output voltage?
  • Why some electric devices directly use the network frequency to sync their clocks, instead of a qurtzquartz crystal technology? This means the same oven needs 2 differentsdifferent firmwares for countries with different electric network frequencies, while, with a crystal (that should be needed anyway to run all the embedded circuits), the same device would run unmodified everywhere.

According to this article (and a lot more published today on the same topic), Kosovo electricity net production balance has decreased during the last weeks.
This has led to a small deviation of the European network’s frequency (from 50Hz to 49.996Hz). In turn, this frequency deviation led to some electric clocks (like ones in ovens) being out of sync (up to 6 min since January).

  • How a decrease in electricity production can lead to a decrease of the frequency on the grid? Isn't the frequency a parameter controlled by the power plant?
  • If the loss of power from some countries causes a frequency deviation, shouldn't we also observe other impacts, like a decrease of the output voltage?
  • Why some electric devices directly use the network frequency to sync their clocks, instead of a qurtz crystal technology? This means the same oven needs 2 differents firmwares for countries with different electric network frequencies, while with a crystal (that should be needed anyway to run all the embedded circuits) the same device would run unmodified everywhere.

According to this article (and a lot more published today on the same topic), Kosovo electricity net production balance has decreased during the last weeks.
This has led to a small deviation of the European network’s frequency (from 50Hz to 49.996Hz). In turn, this frequency deviation led to some electric clocks (like ones in ovens) being out of sync (up to 6 min since January).

  • How a decrease in electricity production can lead to a decrease of the frequency on the grid? Isn't the frequency a parameter controlled by the power plant?
  • If the loss of power from some countries causes a frequency deviation, shouldn't we also observe other impacts, like a decrease of the output voltage?
  • Why some electric devices directly use the network frequency to sync their clocks, instead of a quartz crystal technology? This means the same oven needs 2 different firmwares for countries with different electric network frequencies, while, with a crystal (that should be needed anyway to run all the embedded circuits), the same device would run unmodified everywhere.
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