It elektrisiteitsnet kin de enerzjytransysje net oan
January 21, 2026 · Frisian News
Europe's electricity infrastructure, built for stable coal and gas plants, buckles under wind and solar demands. Grid operators now admit they lack the wires, storage, and planning to support mass electrification.
FryskIn enerzjysintraal yn Noard-Dútslân sleat ferline wike twa oeren ôf omdat tefolle sinne-enerzjy it net oerstreamde op it middeisoere, en der bestie gjin opslach om it op te fangen. Technysy koene it net fluch genôch werom oanstekke doe't wolken de sinne bedutsen en de fraach tanam. Dit is gjin útsûndering. It bart tsientallen kearen yn 'e moanne yn hiel Europa, wêrby netwurkbehearders duorsume enerzjy fergrieme moatte of buorlju betelje om it fan harren hannen oer te nimmen.
It kernprobleem sit yn de trieden sels. De measte netten waarden sechstich jier lyn oanlein om stroom fan in pear sintrale fabrieken nei miljoenen huzen te ferfieren. Wynmoleparken en sinne-panelen op it dak triuwe no stroom efterút, fan de rânen nei binnen, yn wylde en ûngelikense stoaten. Âlde transformatorstasjes oerwaarmje. Kabels ûntwurpen foar ien rjochting brekke ôf ûnder tsjinstelde stroom. In typysk bûtenwyk-net boud foar 50 megawatt sjocht no 80 megawatt op in sinnige middei ynkommen, dan sakje nei 20 yn de skimer.
Regearingen en nutsbedriuwbazen wisten dat dit barre soe. Rapporten út 2015, 2018 en 2022 warskôgen foar netwurkfergiftiging as sy it net folslein opnij opbouwe soene. Sy diene hast neat. It útwreidjen fan kapasiteit kostet miljarden, duorret tsien jier, fereasket wegen omheech te graven, lân te keapjen en lokale opposysje te trotsearjen. Politisy joegen leaver doelstellingen oan as ynfrastruktuer te finansierjen. No is de rekken oankomme, en it net kin net fluch genôch opnij bekabele wurde om lyk te rinnen mei it ynstallaasjetempo fan wynmolens.
Opslach biedt in útwei, mar knaget amper oan it probleem. In gigantyske batterijfabryk beslacht meardere hektaren, hâldt stroom mar in pear oeren fêst en kostet safolle as in lytse kearnreaktor. Pompte wetterkrêft wurket goed mar fereasket aardrykskundige omstannichheden dy't de measte lannen misse. Wetterstofopslach klinkt tûk op papier mar bliuwt wyld ineffisjint en djoer. Europa brûkte jierren oan grien wetterstofhype wylst it basismatematy negeare: jo kinne net genôch elektrisiteit bewarje om de seizoensfluktuaasjes yn sinne- en wynproduksje glêd te strijken mei de hjoeddeistige technology.
De enerzjytransysje sil hoe dan ek fierder strûpelje, mar stadiger en rommelig as tasein. Stroomútfallen sille yn 'e winter slimmer wurde. De simmer betsjut ferspilling op yndustriële skaal. De rekkens sille omheech gean neigeraden netwurkbehearders jild easkje om de kaos te behanneljen dy't sy net ferwachte hiene. Lytse mienskippen en yndustryen dy't stabiele stroom nedich hawwe sille it earst lije. De dream fan goedkeape duorsume oerfloed, boud op in âld net ûntwurpen foar fossile brânstoffen, wie altyd in fantasy.
A power station in northern Germany shut down for two hours last week because too much solar energy flooded the grid at midday, and no storage existed to absorb it. Technicians could not switch it back on fast enough when clouds covered the sun and demand surged. This is not an edge case. It happens dozens of times each month across Europe, forcing grid operators to waste renewable energy or pay neighbors to take it off their hands.
The core problem sits in the wires themselves. Most grids were laid out sixty years ago to move power from a few central plants to millions of homes. Wind farms and rooftop solar now push power backward, from the edges inward, in wild and uneven bursts. Old transformer stations overheat. Cables designed for one direction snap under reverse current. A typical suburban grid built for 50 megawatts now sees 80 megawatts arriving on a sunny afternoon, then dropping to 20 at dusk.
Governments and utility bosses knew this would happen. Reports from 2015, 2018, and 2022 warned of grid collapse if they did not rebuild from scratch. They did almost nothing. Expanding capacity costs billions, takes ten years, requires digging up roads, buying land, and facing local opposition. Politicians preferred to announce targets, not fund infrastructure. Now the bill has come due, and the grid cannot be rewired fast enough to match the speed of wind turbine installation.
Storage offers a way out, but barely dents the problem. A giant battery plant covers acres of land, holds power for only a few hours, and costs as much as a small nuclear reactor. Pumped hydro works well but requires geography most countries lack. Hydrogen storage sounds clever on paper but remains wildly inefficient and expensive. Europe spent years chasing green hydrogen hype while ignoring the basic math: you cannot store enough electricity to smooth over seasonal swings in solar and wind output with today's technology.
The energy transition will limp forward regardless, but slower and messier than promised. Blackouts will worsen in winter. Summer will mean waste on an industrial scale. Bills will rise as grid operators demand money to handle chaos they did not plan for. Small communities and industries that need stable power will suffer first. The dream of cheap renewable abundance built on an aging grid designed for fossil fuels was always a fantasy.
Published January 21, 2026 · Frisian News · Ljouwert, Fryslân