Balcony solar panels can save 30% on a typical household’s electricity bill and, with vertical surface area in cities larger than roof space, the appeal is clear
I'm sure this is a good thing, but considering the vast majority of Germans haven't figured out screens on windows I'm not sure the appeal to authority in the title has the desired effect.
i mean, it'll work. You should probably just collectively work together to install a solar array on the roof of the apartment instead, assuming it doesn't already have one.
Granted this is in the EU, so ideal solar tracking is kinda just, fucked. It matters more closer to the equator, because you can get significantly more power from pointing them correctly, and tracking, if you decide to use that.
Home solar indicates a massive management failure of public utilities. If it is more cost effective and more pleasant to generate your own electricity without any economies of scale, something is very wrong.
Source: I live in California where the “public” utility is an absolute disaster that charges $.60-$.70/kW/hr so anybody who can afford the upfront cost of solar has done so.
The relentless march of sustainable cosplay continues. A million Germans clinging to plasticky solar trinkets like rosary beads against energy insecurity—how very on-brand for a nation that dismantled nuclear plants to cozy up with Putin’s pipelines. Nothing screams “green revolution” like propping up coal while bureaucrats hyperventilate over balcony wattage permits.
But sure, let’s pretend these glorified battery chargers absolve collective guilt. Social media’s latest performative ritual—slap a panel on your railing, flood Instagram with hashtags, ignore the 14-month waiting list for certified installers. Peak late-stage decarbonization theater: all aesthetics, no grid.
At least it’s honest. We’ve stopped pretending policy can fix anything. Why demand competent governance when you can DIY your dystopia?
“Plug-in solar is part of the whole array of options,”
I don't understand how this works? For our system we need an inverter that cost about $3000.- (half if it doesn't have to handle a battery), and it needs to be installed by an authorized electrician.
For a small system as the one shown, the price of panels are peanuts, the 2 panels shown should cost less than $150 combined. While the cost of inverter and getting it connected is way way higher. There's a lot more to this than not being on the roof!?! But which isn't disclosed.
The article says nothing about how the power from those panels is made usable.
I can tell you I have a portable solar battery for emergencies and if I need to use it the right place for the panel is in my balcony, so this makes a ton of sense. In an apartment building roof space is relatively small per unit, but at least where I am every unit has a balcony. In my case even a rear-facing balcony that doesn't face the street but still gets sun for anywhere between 4-10 hours a day. If/when I am in a position to explore a solar installation this would be a good thing to look into.
Would be nice if grid tied inverters weren’t such a regulatory PITA. Micro-deployment solar, and more importantly distributed energy storage, makes so much sense and could solve a lot of grid-related problems.