What they need to do is enable the grid to be dominated by small-scale renewable generation without frequency or voltage instability or protection issues. Inverters need to be synchronised and talk to each other, via the internet or some sort of power line communication or signalling.
A fully electrified future requires a lot more copper that can only come from copper mines. We need at least 60 more mines, meaning many more discoveries of economic deposits, and a willingness to allow the development of the economically viable ones. That is not happening at nearly the required rate. The supply of copper metal will constrain future electrification. The exact same can be said for silver. In both cases, it takes well in excess of a decade to get a mine project pouring metal.
Can someone state the key advances here? I see wolfspeed sic, some talk about virtual power plants (many small inverters act as a big power plant), but all this already exists... Also what they call advanced algorithm to control seems not that innovative without numbers. There is work going on in the field of optimal control for power transfer which was developed the last 10 years in theory and is currently brought in the industry by one of the leading german universities.. therefore can you clarify what are you doing?
I love watching a video about trying to advance humanity and then go into the comments and everyone thinks they're smarter than what the research is trying to achieve. 🤦♂️ It's okay to be wrong sometimes. That's why we are human. We learn from trial and error.
What they need to do is enable the grid to be dominated by small-scale renewable generation without frequency or voltage instability or protection issues. Inverters need to be synchronised and talk to each other, via the internet or some sort of power line communication or signalling.
A fully electrified future requires a lot more copper that can only come from copper mines. We need at least 60 more mines, meaning many more discoveries of economic deposits, and a willingness to allow the development of the economically viable ones. That is not happening at nearly the required rate. The supply of copper metal will constrain future electrification. The exact same can be said for silver. In both cases, it takes well in excess of a decade to get a mine project pouring metal.
Can someone state the key advances here? I see wolfspeed sic, some talk about virtual power plants (many small inverters act as a big power plant), but all this already exists... Also what they call advanced algorithm to control seems not that innovative without numbers. There is work going on in the field of optimal control for power transfer which was developed the last 10 years in theory and is currently brought in the industry by one of the leading german universities.. therefore can you clarify what are you doing?
"We're still trying to do things others think are crazy, but we are super excited about". Larry Page
I love watching a video about trying to advance humanity and then go into the comments and everyone thinks they're smarter than what the research is trying to achieve. 🤦♂️ It's okay to be wrong sometimes. That's why we are human. We learn from trial and error.
Nothing really was said in the whole video.
10k plus video for a turd
Yeah, this video is a big waste of time. Nothing new or interesting here.
A totally useless video that says nothing.