In applications of solar power, electrochemical storage is always considered to cushion the intermittent nature of solar radiations. When large power is required by a project then the space to be taken by the batteries become a thing of concern. The research question aims at addressing space constraint of battery storage systems when large power requirement is to be met .
In order to assess the carbon footprint, it is advisable to take into consideration the footprint during the manufacturing of the battery, during its use and its subsequent treatment for its elimination/valuation, on the other hand, it is to consider the accumulation through the use of reservoirs. of water at elevated points pumped with electrical energy during the day and turbined on demand according to need.
https://www.mdpi.com/2073-4395/10/9/1365
The advancements in Lithium-sulfur batteries are promising, They have a charging cycle count of around 1050 (2 years back) and twice the energy density of Li-ion batteries. Also, the use of hydrogen in automobiles as it is (hydrogen combustion engine that is developed by TOYOTA) will make hydrogen more available for fuel cells.
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