Net Metering in Georgia

Net Metering

Only 30 ft tall kicks in at 6mph and at 12mph produces 36kw enough to power 30 average homes

Last Updated September 1, 2015

Program Overview

    • Implementing Sector:


    • Category:

      Regulatory Policy

    • State:


    • Incentive Type:

      Net Metering

    • Eligible Renewable/Other Technologies:

      Solar Photovoltaics, Wind (All), Fuel Cells using Non-Renewable Fuels, Wind (Small), Fuel Cells using Renewable Fuels

    • Applicable Sectors:

      Commercial, Industrial, Local Government, Nonprofit, Residential, Schools, State Government, Federal Government, Agricultural, Institutional

    • Applicable Utilities:

      All utilities

    • System Capacity Limit:

      10 kW for residential
      125% of demand for commercial

    • Aggregate Capacity Limit:

      0.2% of utility’s peak demand during previous year

    • Net Excess Generation:

      Credited to customer’s next bill at a predetermined rate filed with the PSC.

    • Ownership of Renewable Energy Credits:

      Not addressed

    • Meter Aggregation:

      Not addressed


Note: On May 12, 2015 Georgia’s governor signed House Bill 57 which allows residential and commercial customers to enter into third party financing deals for solar systems.

Georgia Power does not offer a net energy metering tariff. Net energy metering tariffs filed by cooperatives are recorded in Docket # 31536 on the Georgia Public Service Commission’s website. Customers should contact their utility to see if it offers net metering.

The Georgia Cogeneration and Distributed Generation Act of 2001 allows but does not require net energy metering to be adopted by utilities. The law requires all utilities — investor-owned utilities, municipal utilities and electric cooperatives — to offer bidirectional or single directional metering to customer generators, depending on how the customer’s facility is connected to the grid. Eligible technologies include photovoltaic (PV) systems, fuel cells and wind turbines up to 10 kilowatts (kW) in capacity for residential applications, and systems up to 100 kW for commercial applications. The aggregate capacity of such systems is limited to 0.2% of a utility’s system peak demand from the previous year.

Systems connected on the customer’s side of the meter use a bi-directional meter, and any net excess generation (NEG) is credited to the customer’s next bill at a predetermined rate filed with the Georgia Public Service Commission (this is currently the Solar Avoided Cost for Georgia Power) . Alternatively, a customer may choose to sell all electricity from a system (rather than using the electricity generated by the system) by connecting ahead of the meter.

HB 57 allows residential and commercial customers to work with third parties to install, operate, lease, and/or finance solar systems. The limit for residential customers is 10 kW and the limit for commercial customers is 125% of the actual or expected peak demand of the premises. All systems must meet applicable safety, power quality, and interconnection requirements. Commercial systems above 100 kW and residential systems above 10 kW are not explicitly prohibited at this time but may be subject to additional compliance requirements.


    • Date Enacted:

    • Effective Date:


  • Organization:

    Georgia Public Service Commission

  • Address:

    244 Washington Street, S.W.
    Atlanta, GA 30334-5701

  • Phone:

    (404) 651-5958

  • E-Mail:

  • Organization:

    Georgia Public Service Commission

  • Address:

    244 Washington Street, SW
    Atlanta, GA 30334

  • Phone:

    (404) 463-4249

  • E-Mail:



  • 09/01/2015 by Ethan Case

    Updated entry.

Frequently Asked Questions

What is the cost per kW of CWC’s turbines compared to conventional power technology?

The CWC 36kW cost is $2013 per kW of power production capacity. According to the AWEA, the average cost for electricity production capacity in the USA is $6096 per kW —- 303% higher.

Who is CWC’s competition?

We are aware of 334 companies in the small wind turbine space. Most of them only produce very small turbines (under 10kW).  None of them price their electricity production capacity anywhere as low as Change Wind’s price ($2013 per kW,  i.e. $72,440 per turbine).

Is the CWC 36kW competitive with 3-blade horizontal axis turbines? 

Yes, very much so.  On a cost per kW basis, the CWC 36kW sells for 72% below the competition in small and medium turbines.  It pruduces electricity using turbulent air only 10 meters over the surface, cutting in at just 6 mph, and reaching optimal efficiency at 12 mph.  Since it captures wind from any direction it does not have to be mechanically turned into the wind direction.

Are there any service issues I should be concerned about?

The CWC 36kW comes with a 10 year warranty which can be extended an additional 10 years as long as the annual maintenance has been carried out. The turbine needs an inspection, oil change, lubrication, electronics check, and power wash every 100,000 kWh, approximately once each year, costing roughly $500 in most areas.

How is Change Wind able to price its turbines so low?  

Change Wind passes along to customers the benefit of high efficiency and low cost manufacturing.   Production is performed at a re-purposed New England wire factory building obtained at below market cost, with on-site hydro-electric power at 66% below market cost.  The company uses state-of-the-art CNC and robotic machinery, extracting its craftsmanship from the sophisticated machinery and tools, not from expensive workmen.


Are there tax incentives for on-site wind systems?

On October 3, 2008, the Emergency Economic Stabilization Act of 2008, H.R. 1424, was enacted into law.  It includes a federal-level investment tax credit to help consumers purchase wind turbines for home, farm, or business use.  Owners of systems with 100 kW of capacity or less can receive a credit of 30% of the installed cost of the system.  It is available for equipment installed through December 31, 2016.  Source: