Our modern society's appetite for energy is nothing short of voracious. We need energy in various forms to power our domestic appliances, move our vehicles, manufacture goods, even to farm our food.
That is not going to change, and frankly, I wouldn't want it to. Why give up on all the modern conveniences of life, the product of thousands of years of human development and technological evolution? If anything, I would like to see this advantages of modern life become more ubiquitous, as opposed to being available only in certain societies.
But here's where we have the well-known conundrum: more energy involves more pollution and/or higher costs, which invariably translate themselves into lower standards of living for the people of the affected areas.
Is mass power generation in a cheap, clean manner possible?
Enter microgeneration, the production of energy and heat by individuals to meet their own needs.
What first attracted me to the concept of microgeneration is the individualistic nature of the concept: you generate the energy that you are going to use. Then I thought about it better, and realized that this could be the answer we are looking for. There are currently isolated villages all over the world without electricity, and other advantages of modern life that can need it to exist. In many cases, the problem is getting remote connections to the grid set up - the further away one is located from the point of generation, the more expensive it is to get electricity there.
So, what if individual households within a village were able to generate their own energy? Of course, one household might have trouble coming up with a scheme where it manages to supply all of its own needs. But setups where, say, household A covers their roof with photovoltaic cells, household B installs a small wind generator, and households C and D set up a biological machine that generates biogas which in turn powers a Bloom Box... Well, this pretty much would satisfy the small community's energy needs in a clean way. And it is also synergistic: while the photovoltaic cells won't work at night, wind blows regardless of the time of day; and while the biogas output might not be enough to keep the Bloom Box running at full capacity 365 days a year, it would sure be enough to make up for the slack that either of the other methods could cause.
The beautiful part is that microgeneration does not necessarily need to be limited to a remote village. The community mentioned could easily be a suburban neighborhood or a city block.
This doesn't negate the need for a grid, either. But it is a step closer to the smart grid concept that has been much talked about by corporations and the media. And it doesn't make massive generating installations superfluous, either. But if there is less load on them from domestic consumers, there is less need for them to be massive and then the whole grid's needs can be met by alternative, renewable energy sources, without reliance on coal or gas.
Finally, it is m belief that this doesn't translate into a threat for the power companies: they could well be the owners of the microgenerating equipment, and upgrade and service it accordingly. In the scheme, the building owner would get paid by the power company, or at the very least they would get their electricity for free, with any surplus being fed directly to the grid.



