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The Challenge
Surrounding Lhasa, capital of the Tibet Autonomous Region, is the Lhasa Prefecture, a rugged area
of 33,000 square kilometers that is home to 260,000 ethnic Tibetan herders and farmers, many of them
in very remote and isolated settlements.
Seventy percent of the population have no electricity, and practicalities
will prevent the extension of a conventional power grid anytime soon, thereby blighting chances to
address chronic problems of poor education, lack of economic opportunity, and
inadequate health care.
Similar to other developing nations without electricity, children educated in the Lhasa Prefecture are rapidly being left behind in
the global Digital Divide. Not only must kids study by candlelight at home, but
their schools also have no
photocopiers or over-head projectors (resulting in hours spent hand-copying notes), no electricity for
heat in winter months, no TV's or VCR's for instructional videos, and certainly no computers to learn skills vital in today's computer-oriented
job market. For those children who do finish school, their job options are limited.
Even
with limited economic opportunities, farmers in the Lhasa Prefecture find that the country's fertile soil and 3,000 hours of sunshine
annually provide ample growth of the raw materials for
several marketable food products, such as the rapeseed which is the main ingredient
in the popular canola cooking oil. However, without electricity, raw materials
must be shipped from the villages to electric-powered processing plants, giving local farmers a disproportionately small
share of the
crop's value.
In addition to limited educational and economic opportunities, like so many of its neighboring
countries, Tibet's health care system suffers from a lack of electricity,
without which vaccines cannot be kept refrigerated, sterilization of tools
is difficult, and nighttime emergency
operations cannot be performed.
The Solution
SELF will partner with the Boulder-Lhasa Sister City Project
to bring solar systems to schools and health clinics throughout the Lhasa
Prefecture,
and also implement solar power for use in new microenterprises devoted to the processing of rapeseed
oil and Tibetan incense.
Project Goals Include:
Building on lesson's learned from SELF's Myeka High School project in South Africa,
SELF will bring solar energy to three rural schools, benefiting hundreds of Tibetan children.
Establishing a solar-powered canola oil microenterprise in Phenpo Lhundrup
County (where rapeseed is the main crop)—using solar electricity
to power a rapeseed selecting machine, an extracting machine, and a filtering machine.
By eliminating the need to transport the raw materials more than 100
kilometers to the nearest processing plant with electricity, this enterprise
co-operative will enable approximately
100 households to earn additional income.
Instituting a solar-powered incense enterprise in Nyemo
County (which is famous for its Tibetan incense)—including:
a blending machine, a shattering machine, and an incense stick maker. The
new enterprise will increase self-reliance and decrease
production costs by allowing the villagers to
produce incense from beginning to end, rather than ship the raw materials over
100 kilometers to the nearest
factory.
Since incense processing will only be possible 6-8 months each year, the solar system will be designed
to allow for other productive uses during the winter months. A winter co-op for making woolen garments
and rugs (as seen below), crafts, and other products will provide supplemental income for the villagers.

YOU Can Power Tibetan Education and Economy!
This
vital project has not yet been funded. Please contact SELF for a full proposal, or click on this button to contribute on-line.
Here are some examples of how your investment will help:
$25 can purchase a
full lighting kit, including ballast, fixture, and bulbs for a Tibetan school
room.
$50 can purchase a deep-cycle battery that will store
solar electricity, allowing microenterprises to operate in the evenings and on days with heavy
cloud cover.
$100 can purchase a
high quality solar lantern that will allow villagers to have portable light at
night.
$500 can purchase a
complete solar home system for one family in Tibet, including: 50 watt solar
module, battery, controller, switch, wiring, and bulbs.
$1000 can electrify
one entire health clinic in the Lhasa Prefecture, including solar panels, battery,
wiring, switches, and lights.
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A study for the U.S. government calculated that the gasoline equivalent of the energy saved over the lifetime of one 24-watt compact fluorescent bulb is sufficient to drive a Prius from New York to San Francisco.
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