The sun does not shine for a few trees and flowers, but for the wide world's joy.
I see development aid as simply the act of helping fellow citizens who have had the misfortune of being born into poverty seek a better life for themselves, their families, and their communities.
Admittedly, the "aid industry" has had it's ups and downs. It has been paternalistic during colonial times, self-serving in the budding days of international trade, inextricably tied to religious conviction, and arguably misguided during the green revolution, but aid has also done immeasurable good for millions.
I argue that it is a responsibility for each of us who have inherited good fortune to participate in helping others.
But it always requires energy. Not just emotional energy, but literally, power.
In the vast majority of countries where extreme poverty is the norm, the sun is hot and constant for most days of the year. One would assume that solar power, then, would be the most effective way to generate the energy needed to cook food, provide light at night, sterilize water, refrigerate medicine, power radios, or even to support small businesses.
However, development organizations and developing country governments have been slow to adopt solar power, even as passive solar collectors require minimal investment or moving parts, and even as photovoltaic solar collectors are becoming cheaper and simpler to produce. It is not clear to me why this is the case.
“In one hour, the earth receives more energy from the sun than the world uses in a whole year, and yet 2 billion of the world’s poorest people have no access to electricity.” Solar Aid video narration
One shining light in the field of developing solar projects overseas is Solar Aid, based in the UK. This organization trains and supports local entrepreneurs in developing countries to use develop small scale solar projects to generate income, improve community health, access clean drinking water, reduce reliance on kerosene or wood for cooking or lighting, and allow students to continue studying after dusk.
In emergencies and humanitarian disasters which disproportionately affect the world’s poorest, solar power also has a role. This site offers a selection of links and information on uses of solar power in disaster response, but these ideas and technologies are also applicable for development work.
The developed world, with its heavy reliance on fossil fuels, is toying with developing renewable energy programs: solar, wind, geothermal, micro-hydro, and tidal turbines. The European Union, for example, is investing heavily in research and development with a view to generate 20% of its energy from renewable sources by 2020. These efforts are welcomed to address concerns of pollution and global warming, but they are massive and costly infrastructural projects. (including an incredible proposed solar array in the Sahara that would export African solar power to Europe)
However, the HUMAN BENEFIT of minimal investments in solar projects in developing countries is staggeringly profound, and will set a precedent for economic growth that is based upon renewable energy sources.
I suppose that the precedent for trying to promote “clean” economic development is buried in the trading of carbon credits globally, and in The Clean Development Mechanism (CDM) of the Kyoto Protocol. The CDM is an arrangement allowing industrialised countries with a greenhouse gas reduction commitment to invest in projects that reduce emissions in developing countries as an alternative to more expensive emission reductions in their own countries. This mechanism, at least in principle, should help bolster solar aid projects in developing countries.
Of course, there are also marketing angles to support solar development aid. For example, IKEA’s Sunnan lamp campaign proposes that a child in a developing country will receive a solar powered lamp for every lamp sold worldwide. This campaign will help children do their homework after the sun goes down. It will also help boost sales for IKEA.
There is nothing wrong with a win-win proposition.
Another fascinating solar product that has been developed specifically for the developing world is the solar powered refrigerator. Based upon the principle of evaporation, and designed by a 21-year old British woman, this invention has been put to use in Namibia, Zambia, and other African countries, notably for keeping vaccines cool without power.
Solar power is not science fiction. It is successfully being used in countries all over the world to supplement existing energy sources in residential, commercial and industrial applications. The initial source—sunlight—is free. The cost of solar collectors is decreasing, and they are becoming more reliable, more field serviceable and more easily built. Passive solar power, in particular, is simple and low cost and can be used for everything from home heating, to fish farming and aquaculture, to water purification.
It sounds to me that if we invest in solar development aid, we will very quickly help those who have been born into the misfortune of poverty.



