Laying out key priorities for the EU’s upcoming Clean Industrial Deal, German Economy State Secretary Sven Giegold said on Monday (30 September) he wants the Commission to prioritise renewable energy, taking a tough line on nuclear power and France’s renewable targets.
Alongside a quicker roll-out of renewable energy facilitated by “further exemptions from [environmental impact] assessments,” Giegold outlined several other German priorities for the EU’s upcoming strategy.
Based on the 2030 renewable energy targets, the EU should also set up a 2040 framework, complemented by new, more ambitious targets for energy efficiency, he said.
“It should include new heating standards, a heat pump action plan and a renovation initiative,” he explained, noting a heat pump action plan was last shelved in 2023.
Hydrogen, made from renewables, should be governed by a “a pragmatic framework,” the German politician stressed, reiterating calls from his boss, Economy Minister Robert Habeck (Greens), to delay strict production rules into the late 2030s.
There are ways to modulate production even with “flat” production. A clever way is to use water as energy accumulator: you pump water into a dam during the night, that you later let flow through turbines during the day.
Sure, if you’d wanted to put a lot of money into 30±year-old nuclear reactors, the power companies could have added storage. However, this is not the only issue of nuclear either and the societal consensus at one point was to phase the reactors out.
(Fwiw, the TerraPower reactors are supposed to store heat — except of course none have been built so far.)
Pumpspeicherkraftwerke. We have 31 of them in germany. Which is pretty much the maximum possible because you can’t build them just everywhere. And quick search says these things are economically unsustainable because of the extremely high construction costs but very low revenues. It is wasted money.
It is wasted money.
I wouldn’t go so far as to call it waste. It’s an inherent problem of any energy storage, and we need energy storage if we want to go all in on renewables. Storage has to pay for the energy it stores and can only sell that energy for profit if there is enough demand on the grid, so it sits idle for a lot of time, but you still have the building and maintenance costs.
It’s only wasted money because we deliberately chose to have for profit businesses run infrastructure essential to the functioning of a modern society. In a nationalised power grid, it wouldn’t matter that a storage system has to use electricity in order to store it, because all that matters is meeting the demand and keeping the grid stable. Of course, if all that matters is profits, storage systems will only be economical to a very small subset of operators.
It’s only the maximum possible due to NIMBYs, misguided self proclaimed “environmentalists”, German bureaucrats and their petty shit preventing a dozen or so of new ones from being built in the past two decades. On top of that, idiotic “energy market” rules make them very unlikely to operate at profit, but thanks to the neoliberal ideology, essential infrastructure can’t be state operated.
Feel free to tone it down a little.
Your discussion of reservoirs/pumped hydro seems a bit one-sided too. Environmental concerns around e.g. sawing off hilltops to build a reservoir (happened in Czechia) or of destroying aquatic eco systems by sucking up/shreddering fish along with river water or drying up river beds are pretty real. Not to mention that reservoirs are already massively affected by climate change, as could be seen particularly well in China in recent years.
NIMBYs are a political reality in a democracy. The power grid has to be built with them in mind. The alternative would be Chinese-style dictatorial measures, which aren’t something you want in a democracy.
If artificial reservoirs were feasible, they would be better used to flatten the production from renewables.
In practice it is only feasible in areas that have existing natural geographic features.
Germany already have hydroelectricity accounting for 3% of their production, however 3% is nowhere near enough to neither flatten renewable or to modulate flat nuclear production to fit the daily volatile consumption.
If artificial reservoirs were feasible, they would be better used to flatten the production from renewables.
Of course, they require the appropriate geographical features, but those features are relatively widely available in hilly landscapes, which are rather abundant in large parts of Germany.
The reasons why relatively few hydroelectric pump storage power plants have been built in Germany in the recent decades are entirely homemade. For once, the spirit of NIMBY is very strong in Germany, so if you’re planning to build something like that, you’ll be facing the wrath of a plethora of angry German Spießer forming citizens’ initiatives and fighting your project. On top of that, there is German bureaucracy, which will ensure, that the volume paperwork you’ll have to file for building your reservoir is sufficient for filling it up, should you happen to drop it in there. Then, there is the privatised power grid and its idiotic circumstances and rules, which make it unlikely for a pump storage power plant to be profitable, but thanks to the ideology of having privatised essential infrastructure, the state isn’t going to operate them.
