Either electro-chemically in batteries, but they might not get energy dense enough for seasonal storage.
Or chemically by creating Hydrogen, Methane or Ammonia. Those are very energy dense and except for Hydrogen easy to store with existing infrastructure. Currently it is just prohibitively expensive, because the net efficiency is bad, especially for Methane and Ammonia.
So without an Oracle I can’t say which it will be, but one or more of those will work if the world is committed to net zero.
Yes, exactly, today we don’t have a viable solution for large scale energy storage, perhaps we’ll find something useful and economically viable (though price shouldn’t be the factor since we are talking about devastating future if we continue the way we are) in future.
Yes, but where you will be storing the excess energy?
Either electro-chemically in batteries, but they might not get energy dense enough for seasonal storage.
Or chemically by creating Hydrogen, Methane or Ammonia. Those are very energy dense and except for Hydrogen easy to store with existing infrastructure. Currently it is just prohibitively expensive, because the net efficiency is bad, especially for Methane and Ammonia.
So without an Oracle I can’t say which it will be, but one or more of those will work if the world is committed to net zero.
Yes, exactly, today we don’t have a viable solution for large scale energy storage, perhaps we’ll find something useful and economically viable (though price shouldn’t be the factor since we are talking about devastating future if we continue the way we are) in future.