Yes. Yes, it can be, and it’s been happening all around the world, since the Industrial Revolution.

However, there’s been a major drawback, and that is that we haven’t seen a big difference in how much electricity actually flows between these regions without the electricity grid.

That’s why the world has created a second grid, which is called a distributed power grid (DISG). The idea is that there would be several hundred small electricity generators in each region of the country and a lot of these places would get a load from a few large, expensive solar farms that could provide power to these small generators at a fraction of the cost.

But the big advantage of the DISG is that it means that those small generators can stay in business for a long time as the market demands (the solar farms and distributed renewable-energy) grows.

According to a recent article in The Economist, many European countries are investing in this kind of distributed power grid. France, Spain, Finland, Russia, and Sweden are leading the way. These countries are building a bunch of solar farms to generate up to 100 megawatts of power, not because they actually need power so much, but to demonstrate to other countries that they can do it.

For example, if someone wants to build a solar farm on a large plot of land, they might first look at places like California where the cost of power is expensive. But they don’t really have any incentive because most countries have more costly power and so they can’t afford it.

Another important advantage of the DISG — and the reason why this article was published — is that it eliminates the need for large, expensive batteries that sit in a grid’s utility center.

That is, these countries’ solar farms can go on forever, and when it’s too cold, or bad weather happens, their tiny generators come up.

But why are they building these small power stations? Because governments in these countries are worried about energy shortages if the sun isn’t shining or the wind doesn’t blow. This is a case of the government trying to avoid energy rationing — and the people who pay for it, the consumers.

But when you’re facing a problem and you want to go without power? Well, the government can always come up with another battery, like one that doesn’t have power. The whole reason is because the government doesn’t want the people going without power and you know what?

With electricity grids like the ones that

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