Bringing Renewable Energy to Developing Countries
In the last couple of months, I’ve become friendly with the fine folks at The Eleos Foundation, known for the investments they make in start-up companies located in developing countries, especially Kenya and other parts of East Africa. I’ve developed a great deal of affinity and respect for Andy Lower, Eleos’s executive director; in fact, I ran across him the other day, as we both volunteer as advisors to the Clean Business Investment Summit, and we both moderated discussions at the 2012 event.
At a certain level, one could liken the Eleos concept to micro-lending, in that participants expect to be repaid. But this model takes the whole idea of business support several steps further. Here, fledgling portfolio companies receive a capital infusion that may total millions of dollars, which enables their rapid expansion.
The criteria, insofar as I understand them, include two key ideas: the business must put a significant number of people to work, and the product of the business needs to offer a demonstrable social good, perhaps potable water or better hygiene. And this is not an idle notion; Eleos has numerous case studies under its belt, some of which will bring tears to your eyes; please trust me on that.
Hey, what about clean energy? Why not build wind turbines, perhaps using our client WindStream’s hot new concept in low-cost micro-wind, which has already proven itself effective in delivering a compelling cost per watt? Admittedly, these are not the giant megawatt – or even kilowatt — machines we envision when we think about wind turbines. So we won’t be powering cement factories of charging a fleet of Nissan Leafs with them. But in this environment, that’s hardly the point.
Here, we could be bringing life-giving electricity to a huge population in the Third World that has never had it before. We could be coupling micro electric generation capacity with high-efficiency lighting, enabling an entire population to read after the sun goes down. We could be conjoining that capacity with computing, providing hundreds of millions of islolated people with access to the World Wide Web.
I think we have something to talk about here. Tomorrow morning, I’ll call my people at Eleos and see what I can do to facilitate this idea.
In a few hours, we’ll bid so long to another summer Olympics. I always hate to say goodbye; I sorely miss them when they’re gone. The concept of being that good at anything is so impressive to me; I have to think that we all feel the same type of inspiration. 
Some of the waste-to-energy concepts I’ve come across recently should not be discussed over dinner.
I heard a really good talk about lifecycle analysis (LCA) yesterday that took wind energy as an example, and examined the overall ecological footprint associated with an individual large turbine. On average, about 7.8 megawatt-hours of energy goes into extracting the materials, forging the pieces, transporting, assembling and installing the device, maintaining it through its lifetime, and then dismantling and recycling it when it is no longer useful. However, it will produce, on average, 157.8 megawatt-hours of electricity in the course of its 20-year lifespan, a return of a bit more than 20 to 1. 
