Self-Generation Technologies

What is Self-Generation?

“Self-generation” refers to distributed generation installed on the customer’s side of the utility meter that provides electricity for a portion or all of that customer’s electric load. Examples of self-generation technologies include microturbines, small gas turbines, photovoltaics, solar electric, wind turbines, hydroelectric, fuel cells and internal combustion engines.

Distributed Generation

Distributed generation can be used in several ways:

• as an alternative to taking electric service from the utility;
• to provide end-users with primary power, with the utility supplying backup power;
• for emergency backup power only, with the utility providing most or all of the end-user’s electrical needs; and
• to provide the end user with primary power and to sell the excess

Incentive Programs

Find out more about how you can apply for incentives to install your own self-generation system.

• Self-Generation Incentive Programs

Net Metering (NEM) with Solar/Wind

Customers installing solar electric, photovoltaic or wind turbines of 1000 kW or less are eligible for Net Metering (NEM).

• Net Energy Metering (NEM) for Photovoltaic, Solar Electric or Wind Turbines

Distributed Generation

SDG&E is currently seeking vendors to pre-qualify for turnkey Distributed Generation alternatives to distribution capacity upgrades.

• Vendors Interested in Providing Distributed Generation Services to SDG&E

Connect to Our Grid

How to interconnect your self-generation system to SDG&E.

• Interconnection Information

Rate Information

Find out about the rates that would most likely apply to your self-generation system.

• Rates and Tariffs

Metering and Technical Information

This section contains metering and technical information.

• Metering and Technical Information

Safety Tips for Generators

Go to this section for important safety information on your portable or standby generator.

• Portable and Standby Generators