but they're not there to build schools, roads and hospitals either.
One Step Closer to a Brighter Future
Kajaki Dam brings more power to the people of southern Afghanistan. Kajaki Dam, Hilmand, Afghanistan | Tuesday, December 30, 2008
Photo: USAID/Afghanistan
Kajaki Dam in Hilmand province.

Photo: USAID/Afghanistan
Governor Mangal speaking to press at the dam.
A convoy of 4,000 coalition troops spent one week fighting off insurgent attacks to
clear the way for the delivery of a powerful new turbine to the Kajaki Dam in
southern Afghanistan on September 2, 2008.
The new turbine, plus the refurbishing of a second turbine, should triple the reliable
electric power output from 16.5 megawatts to 51 megawatts to Kajaki, Lashkar Gah,
and Kandahar. Other work on the dam will provide water for homes, agriculture,
and industry for the 1.5 million people in the Hilmand River Valley, improving livelihoods
and spurring economic growth.
The Kajaki Dam was first constructed by USAID during the 1950s and two turbines were
installed in the 1970s. The delivery of this third turbine was the latest move by USAID
to rejuvenate a major US assistance project to supply 6% of Afghanistan?s electrical power.
Although the project itself is
funded by the United States Government, the
implementation would not have been possible without the assistance of Afghan National
Security Forces and ISAF troops, including the UK, US, Canada, Denmark and Australia,
providing security to the convoy.
Part of the national priority program in Afghanistan is aimed at providing electricity
sufficient for residents, industries and commerce through harnessing the energy of water.
Kajaki is one element of the overall plan to develop the Hilmand Valley and a crucial part of the reconstruction efforts for Afghanistan.
Functioning electrical and water supplies will enable farmers to produce higher yields,
will improve the services provided by community health facilities, and will provide children
light by which to read and learn.
http://afghanistan.usaid.gov//en/Article.492.aspx