dispatchable

The most common dispatchable power plant is natural gas.

To provide the balance (60-80%) additional dispatchable electricity sources are built.

The dispatcher's screen would show the available personnel that are dispatchable.

It is important because these rapid output changes must be offset by other "dispatchable" generation.

Wind is "non-dispatchable" and must be supported by a dispatchable source of generation.

Most energy consumed will have to be dispatchable.

Note: Dispatchable load is not included in demand calculations.

A dispatchable source is more valuable than baseload power.

The main reasons for which dispatchable power plants are needed are:

"The addition of this dispatchable resource is a key component in our generation portfolio.

Storing electricity is currently significantly more expensive than using dispatchable generation, but it can be done.

"If the input is solar energy, you end up with a clean and dispatchable energy source," he said.

Hydropower can be intermittent and/or dispatchable, depending on the configuration of the plant.

Variability will rarely be a barrier to increased renewable energy deployment when dispatchable generation is also available.

By region data includes regional reference prices, demand, dispatchable load, and net interchange.

This turbine is going to be dispatchable by the ISO.

Natural gas is a dispatchable resource that fills in the gaps from other electrical resources when peak power loads are needed.

Minimize energy consumption due to the management of dispatchable loads, reducing CO2 emissions.

Typical hydroelectric plants in the dam configuration may have substantial storage capacity, and be considered dispatchable.

Because hydro plants are highly dispatchable, they are able to act as load following power plants.

Therefore, a grid wind energy system (non-dispatchable) has to be coupled with dispatchable generation to ensure electricity availability.

The company's collaborative integrated resource planning process identified an expanded need for a flexible, dispatchable resource.

The solicitation seeks proposals from non-intermittent dispatchable resources with the ability to operate at or above a 95 percent capacity factor.

These technologies enable the delivery of utility-scale, zero emission thermal and electrical energy for dispatchable power applications.

Neither is dispatchable, as there is no control over when the sun will shine or when the wind will blow.