Well, I’m still waiting for the graphene solar panels, cold fusion, flying cars, drone deliveries, metal nanoparticle engines, healing nano bots and what not.
I wonder if we’re going to build a Dyson sphere before some of those other things become a reality.
Drone deliveries seemed promising with Amazon, but the core company is so toxic that any tangible product that didn’t come from Lab126 is doomed. Zipline actually has a shot and is actively operating at a massive scale in Rwanda.
We already have efficient enough solar panels to make our homes self sufficient, we just can’t afford to buy them.
Even if we could, the power supply industry would see it happening, bribe and persuade the government to make it illegal to go off grid (I’m sure their solicitors would come up with “good” reasons that we should be stopped), to save their poor little shareholders.
No way will they go down without a fight. Would I love to go off grid? Sure. If I had a few grand of spending money I could easily do it. But that’s just one person, no way they’d let the entire country do it.
We are 90% there already. In many states, solar panels and usage have extra taxes. Most solar installations are grid tied and electricity sale prices to the company are fixed at a small fraction of their sale prices from those companies. Worse, if power goes out, you can’t use solar to stay electrified because electricity would leak out and potentially electrocute nearby line men.
Worse, if power goes out, you can’t use solar to stay electrified because electricity would leak out and potentially electrocute nearby line men.
Your info is a bit out of date. With a single battery you can use nearly any solar system to generate and consume that energy during a grid outage. With a couple brands of gear (such as Enphase IQ8) you don’t even need any battery to generate and consume energy from solar during a grid outage. The term to look for for batteryless is called “self grid forming”.
They don’t actually say what the efficiency of it is, only that the inneficiency is mainly heat and “70% of home energy needs are for heat” which makes sense in Scandinavia but makes less and less sense the further South you are, plus it massivelly depends on being able to capture and use that heat (can you use it for cooking or only for environmental heating?).
Ultimatelly efficiency and price are what makes almost all the difference.
That said, I hope this turns out to be a proper solution: we definitelly need home energy storage solutions which have much higher energy density and lower cost per mWh that the ones we have now.
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This is a most excellent place for technology news and articles.
Neat.
Remind me to check back in 5 years to see if this ever actually materializes.
Narrator: It didn’t.
No spoiler warnings?
Sorry, I thought we’d all already seen this dozens of times before.
Well, I’m still waiting for the graphene solar panels, cold fusion, flying cars, drone deliveries, metal nanoparticle engines, healing nano bots and what not.
I wonder if we’re going to build a Dyson sphere before some of those other things become a reality.
Drone deliveries seemed promising with Amazon, but the core company is so toxic that any tangible product that didn’t come from Lab126 is doomed. Zipline actually has a shot and is actively operating at a massive scale in Rwanda.
We Reddit now.
We already have efficient enough solar panels to make our homes self sufficient, we just can’t afford to buy them.
Even if we could, the power supply industry would see it happening, bribe and persuade the government to make it illegal to go off grid (I’m sure their solicitors would come up with “good” reasons that we should be stopped), to save their poor little shareholders.
No way will they go down without a fight. Would I love to go off grid? Sure. If I had a few grand of spending money I could easily do it. But that’s just one person, no way they’d let the entire country do it.
This is just storage. The article describes that the battery will use nearby solar panel for electricity.
We are 90% there already. In many states, solar panels and usage have extra taxes. Most solar installations are grid tied and electricity sale prices to the company are fixed at a small fraction of their sale prices from those companies. Worse, if power goes out, you can’t use solar to stay electrified because electricity would leak out and potentially electrocute nearby line men.
Your info is a bit out of date. With a single battery you can use nearly any solar system to generate and consume that energy during a grid outage. With a couple brands of gear (such as Enphase IQ8) you don’t even need any battery to generate and consume energy from solar during a grid outage. The term to look for for batteryless is called “self grid forming”.
Ever hear of a power invertor and an interlock switch? You’re only partially right.
This is great and a step in the right direction, roll on self-sufficient streets, villages, and towns.
They don’t actually say what the efficiency of it is, only that the inneficiency is mainly heat and “70% of home energy needs are for heat” which makes sense in Scandinavia but makes less and less sense the further South you are, plus it massivelly depends on being able to capture and use that heat (can you use it for cooking or only for environmental heating?).
Ultimatelly efficiency and price are what makes almost all the difference.
That said, I hope this turns out to be a proper solution: we definitelly need home energy storage solutions which have much higher energy density and lower cost per mWh that the ones we have now.
Their stated goal is literally to sell these in areas where homes need stored energy from solar to heat their homes.
There is no single system that will solve all our energy problems.