UK storms highlight need to reprioritise energy investment
EWEA’s Communication Director looks at the need for greater grid investments…
By Julian Scola
The sometimes destructive power of the wind has made the headlines a lot recently and this weekend it was the UK’s turn as the tail-end of hurricane Katia lashed the island nation. As the storm left UK shores on Monday, some newspapers reported a different kind of story – Scottish wind farms produced so much electricity that they were disconnected from the grid. A total of 13 wind farms were turned off on Monday morning as winds reached 90mph overloading the national grid, the Scottish Herald said.
According to the paper, the UK’s National Grid said the farms were turned off to balance the system – the grid could not absorb all the power created by the wind turbines and so they were disconnected.
But the problem here is not an excess of wind power but rather the lack of infrastructure to transport the abundant power being produced. What Scotland (and the rest of Europe) needs is a European electricity grid – connecting up national grid systems, making European-wide trade and competition in electricity possible. At a time when there is too much wind for Scotland’s needs, an extended and better-interconnected grid would deliver power to where there is demand (and at cheaper prices than burning fossil fuels). This would make compensation paid to producers to turn off their turbines unnecessary.
Instead of focussing on compensation payments for a surplus of wind-powered electricity, we need to be thinking about the €355.15 billion spent on importing fossil fuels into the EU last year. Instead of giving our money to Russia and Libya to supply us with gas that we burn to generate electricity why not switch some of our spending to the renewable energies and the infrastructure needed to deliver clean power to consumers?






All countries in Europe should invest in a COMMON SMART grid that would be clever enough to accommodate for Renewable s (wind, solar). Especially wind is not easy to predict its output (only 30” before) and its very difficult to balance the gas – fossil fuel turbines…
If however there was a COMMON SMART grid it would enable the POWER (even in case of failure) to be distributed where is NEEDED.