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- Jefferson Energy Cooperative
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- Electric energy produced by renewable, more environmentally friendly
sources
- Less air, water and natural resource impacts
- Typical “Green Power” technologies
- Solar, Wind, Geothermal, Biomass, and Low-impact Hydropower
- Biomass includes Landfill Gas and Agricultural Wastes
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- The mission of Green Power EMC, a not-for-profit corporation, is to find
electricity produced from cleaner, greener Georgia sources, and add it
to the power supply mix.
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- 15 Megawatts (MWs) of green power generation – enough electricity to
fully meet the needs of over 8,000 homes
- Largest “green power” program in the South
- $2,500,000 technology development fund
- Distribute clean energy (worth over $60 million) to 5% to 10% of
member-owners
- Develop and maintain interactive web site
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- EMCs green projects would have the same environmental benefits as any one
of the following:
- Taking 114,400 cars off the road
- Planting 156,000 acres of forest
- Annually displacing the use of 312,000 tons of coal
- Avoiding the use of 1,211,500 barrels of oil each year
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- Because the technology for the energy is still more expensive that large
power plants there will be additional costs, even when you consider that
the fuel is essentially free.
- Customers who choose to pay a little more for Green Power help advance
the technology and increase the amount of electricity generated from
cleaner sources.
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- Each block of Green Power (150 kWh block) will be billed at a rate of
$4.00 per month
- A small portion of every kWh sold will be allocated to development of
additional green power resources
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- Green Power is available to residential and business customers on a
first-come first-serve basis
- A limited supply is available!
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- Biomass
- Landfill Gas
- Agricultural Waste – Poultry Litter
- Agricultural Waste – Peanut Shells
- Wind Power
- Solar Power
- Low Impact Hydro
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- In the start-up stage of Green Power EMC, methane gas from landfills
will provide the largest source of cleaner energy.
- Over 300 landfills in Georgia, with only 10 being classified as
excellent candidates – the first and lowest cost to develop.
- Electric power options:
reciprocating engines, fuel cells and microturbines.
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- A LFG to electricity system has three basic components:
- (1) Gas collection system, which gathers the gas being produced within
the landfill,
- (2) Gas processing and conversion system, which cleans the gas and
converts it into electricity, and
- (3) Interconnection
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