Last updated on July 15th, 2019
Let’s evaluate our grid defection definition and a few use case examples.
What is Grid Defection?
Grid defection is a concept where consumers have independent sources of power, and thus they reduce their reliance or desert the use of power from the main grid. When consumers store sufficient energy or use alternative sources of energy such as solar and wind, they abandon the power utilities.
Battery storage and use of alternative sources of energy make people independent and self-sufficient even if they still retain their grid connection.
Mass-scale grid defection allows consumers to generate electricity using off-grid systems such as solar photovoltaic technologies, lithium-Ion batteries, and cogeneration. Off-grid systems will help people operate with stand-alone power systems or mini-grids.
Grid Defection Definition and Examples
Grid defection is simply the process whereby grid-connected customers progressively shift their sources of electricity from the public utilities to autonomous generation systems primarily solar PV. Prosumers could adopt load defection or complete grid defection.
It has major implications for the public utilities and distributed solar industry but is beneficial to the consumers.
While consumers can benefit from lower energy costs if they adopt full or partial grid defection, the incumbent utilities are facing new challenges since grid defection will have a negative impact on the long-standing business model of power distribution.
It will cause power utilities to meet lost kWh sales from the power generation which will potentially undermine the revenues they need for ongoing grid investment and maintenance.
Benefits of Grid Defection
Here are a number of the various benefits for grid defection.
- With grid defection, customers can be self-sufficient since they have more options and don’t have to depend on power grids only.
- People in areas with little access to electricity due to the scattered population can benefit from the grid defection and opt for off-grid electrification approach.
- It lowers electricity costs for the customers because renewable sources are cheaper than electricity utility bills charged the by public utilities.
- Grid defection allows the customers to determine the pace of decarburization because they rely mostly on renewable sources of energy.
What do you think of our grid defection definition? Please let us know if you found our definition helpful.
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