distributed generation technical
distributed energy technical

The approach can be seen as a development of the distributed generation concept.

Distributed generation is increasingly important in power grids around the world.

Distributed generation is a means of reducing total and transmission losses.

An electric vehicle network could also be an important distributed generation resource.

Power plants based on his concepts are providing electricity in distributed generation locations throughout the world.

In general there are three types of compensation for local, distributed generation:

Localized trigeneration has addition benefits as described by distributed generation.

Distributed generation has not been widely used because of outdated rules mandated by utility companies.

In distributed generation projects such as a wind farm, a collector substation may be required.

As more renewable energy is used, utilities have needed to become accustomed to incorporating local distributed generation.

But there is another solution: distributed generation, or locating power systems directly at a large business user's premises.

This strategy includes a focus on distributed generation as an efficient and lower-emission alternative to central power plants.

Distributed generation using renewable energy systems is the only practical solution to meet rural electrification needs.

Many utilities currently promote small independent distributed generation and successfully integrate it with no impact.

Small scale energy supply (such as distributed generation and microgeneration)

Because of this considerable land requirement, some groups are encouraging more distributed generation, or rooftop solar.

Utilities are under pressure to evolve their classic topologies to accommodate distributed generation.

Making one's own electricity, a phenomenon called distributed generation, has been an option for large power consumers for years.

There are indications that renewable energy and distributed generation are becoming more viable in economic terms.

Distributed generation plants are mass-produced, small, and less site-specific.

For reasons of reliability, distributed generation resources would be interconnected to the same transmission grid as central stations.

Distributed generation creates power on a smaller scale at locations on the electricity network.

Ideally, these various approaches - often grouped under the name distributed generation - could reduce the need for drawing power from distant sources.

By combining these "distributed generation" resources, a community could keep its health center, police department, traffic lights, phone system, and grocery store operating during emergencies.

Electric power is generated by central power stations or by distributed generation.