Localized Energy Independence and the P2P Grid
(Note: Admittedly, this is an area in which I have very little knowledge or education. This is also a very un-fleshed out idea. But, hey, blogs were made for uneducated people to make broad generalizations, right? If you’re more well-informed here, please do comment.)
As we move towards energy independence, I think we should be looking at the energy industry with more of a blank canvas than we are currently. For example, we simply take for granted the power grid and the fact that energy comes from some external provider. Rather, while things like wind turbines and solar panels and battery technology become more efficient, cheaper, and smaller, it seems like we could get to the point of localized energy independence. That is, my house (plus all my belongings: car, etc) could be energy independent.
Obviously, this isn’t something new, people have been saying this for quite some time. What few people are talking about, however, is the fact that once each piece of property becomes energy independent is that we can then re-build our grid to be more P2P. I don’t want to be without power and cut off from the world simply because my solar panel broke and I ran out of my battery reserves. I want to leach, just for a little bit, from my neighbors. They won’t mind, because it’ll come back to them when they have a problem (it’s like knocking on the door asking for sugar!). Of course, power companies aren’t completely forgotten; they can take the role of the “supernodes” we see often in P2P applications.
I think this would really open our country up to thinking about power in entirely different ways:
- It would mean that you can use whatever energy you can provide to your property the most cheaply (and, of course, we could tax those using unclean energy to make it less cost-effective). That opens up worlds of possibilities like, for example, Tyson farms using chicken schmaltz to power their trucks (a great way to recycle waste).
- With more power sources (i.e. one per property), our fault tolerance actually rises. No longer will we have to worry about entire regions blacking out due to software bugs since all bugs will be localized to one or just a few properties.
- Furthermore, if we continue to develop clean power sources without thinking about decentralization, we do run the risk of actually adding single-points-of-failure to our electrical grid. If we go, say, with a combination of wind and solar, most of the solar farms will be in the southwest while most of the wind farms will be in the plains. These farms will be large and will be consolidated very closely to each other. Enemies will have comparatively fewer targets to look for to knock the grid out.
- Rather than having the same shitty power companies to deal with, where we still spend money on power each month, the power companies will become the “supernodes”, who can store our excess power each month until we need it back (and only charging us if we really do go over). Moreover, they can become the technicians who help restore power in case of failures. Their role shifts to a more service oriented company which means competition can begin and the consumer will win as prices fall and quality rises.
