'surplus generation' is a correct and usable phrase in written English.
It usually refers to people who are born during economic prosperity, usually with access to more resources than previous generations. For example: "The surplus generation has had easy access to quality care and education, making them more successful than their parents."
Surplus generation of steam beyond heating requirements in the water treatment system leads to energy inefficiencies.
As part of the New Thames Valley Vision project, surplus generation and solar radiation data was recorded at 12 households that had PVs installed.
Surplus generation and the entailed costs can be reduced significantly by combining wind and solar power, and/or absorbing excess generation, for example with storage or transmission, or by coupling the electricity system to other energy sectors.
The modeling and archaeological data suggest selection occurred differentially among social units, with certain segments of society having enhanced fitness in terms of agricultural resources at the expense of others, while maximizing the potential for surplus generation and possible redistribution.
Meanwhile, the inputs/outputs of SEHs can vary in a wide range so as to adapt to different operating conditions, and this means that they are not only able to produce energy but also absorb and store the surplus generation from renewable energy sources.
Advanced control technologies that can combine together several generation systems and energy storage systems in microgrid entity are emerging to offer customers the opportunity to access reliable and secured electricity locally, sell power during surplus generation or peak grid price time periods, and buy power in case of generation scarcity or cheap electricity prices time instants.
Increasing the threshold of installed capacity for small hydroelectric power plants from 12 to 30 MW; Allowing the trade of surplus green generation to ONEE, though the project owner cannot sell "more than 20% as an excess of the annual generation"; and.
P2H is used during periods of surplus wind generation.
For net FIT, in order to maximize the economic benefit, surplus electricity generation at each hour is desirable.
Compared to the dual values from the power system optimization problem for base load, this pricing formula can differentiate between different levels of surplus wind generation where the dual would always be zero.
You can see how it might eventually do the same for solar power using solar tile roofs combined with Powerwalls installed in series, giving homeowners surplus power generation and storage with a few different potential options for monetizing the excess (including, say, acting as a supercharger station for other Teslas, or selling back to the grid).
