The utilities have been agitating against solar PV because it is
reducing demand on the grid, particularly in daytime hours when generators could normally generate higher revenues from increased demand.
Optimizing energy usage allows us to
reduce demand on the grid strategically, ultimately reducing the peak level of demand when the grid is most strained and expensive to run.
Not exact matches
This level of electricity
reduced the metered
demand on the
grid by about the same amount, suggesting that the total solar share of gross
demand probably exceeded 50 % during the mid-day hours.
That way, homeowners will be able to install smaller and cheaper solar power systems while being able to use electricity from the
grid only as backup,
reducing the electric power
demand, or load,
on the utility's
grid.
That
reduceds total
demand on the
grid.
We know this is working too because rooftop solar is showing up as
reduced demand on the national
grid (the
grid works a bit like the road network — the main transmission lines are like motorways, and local
grids are like B roads.
About Energy Upgrade California ®: Energy Upgrade California ® is a state initiative to help Californians take action to save energy and conserve natural resources, help
reduce demand on the electricity
grid, and make informed energy management choices at home and at work.
Demand response (DR) measures reduce or shift energy consumption during periods of high demand on the
Demand response (DR) measures
reduce or shift energy consumption during periods of high
demand on the
demand on the
grid.
California can also maintain adequate
grid flexibility and reliability while
reducing reliance
on natural gas by deploying a combination of advanced
demand response — which shifts energy consumption to periods when the
grid needs it the most — and energy storage like batteries.
These types of projects are also being promoted by the states and the power producer in an effort to
reduce the
demand and size of conventional power plants and lessen the strain
on their
grid.
(2) the goal described in paragraph (1) can be met or exceeded by lessening the difference between the periods of lowest and highest electricity
demand, with particular focus
on reducing the frequency and severity of peak
demand periods, using smart
grid and
demand response technologies, practices, and activities, including --
Embedded generators supply electricity to local distribution systems, which
reduces demand on the transmission
grid.
«Zero - Carbon Buildings» do not
reduce peak
demand on the national electricity
grid, building energy efficiency does.
Renewable energy technologies produce clean energy, can be better scaled to meet
demand than large dams,
reduce dependence
on problematic energy sources such as fossil fuels and large hydro, and can be used in rural areas far from the
grid, where most of the world's un-electrified communities are located.
More and more, electricity markets are purchasing the lack of electricity use as a commodity, as «
demand response» options, in which companies lower their energy use at times of peak
demand to
reduce burdens
on the
grid, proliferate.
On top of this, the report notes that solar thermal cooling technology - in which the sun's heat is used to power thermally driven absorption chillers or evaporation devices to cool air - can reduce the burden on electric grids at times of peak cooling demand by fully or partially replacing conventional electrically powered air conditioners in building
On top of this, the report notes that solar thermal cooling technology - in which the sun's heat is used to power thermally driven absorption chillers or evaporation devices to cool air - can
reduce the burden
on electric grids at times of peak cooling demand by fully or partially replacing conventional electrically powered air conditioners in building
on electric
grids at times of peak cooling
demand by fully or partially replacing conventional electrically powered air conditioners in buildings.
Energy storage can save power generated from clean energy systems such as solar, wind and combined heat and power (CHP) for later use, enabling buildings to
reduce their reliance
on the power
grid during peak
demand periods when electricity rates are the highest.
There are efforts underway now to shift more electricity
demand to times when renewables are most abundant, build more energy storage and local distributed resources to
reduce congestion, make the
grid more resilient, and
reduce the need to rely
on natural gas peaker plants, especially ones in disadvantaged communities.
TOU rates, which charge higher prices for electricity during periods of higher
demand, encourage customers to adjust their consumption to
reduce strain
on the electric
grid.