Exact(3)
Traditionally, cold gas nitrogen systems have been used for this type of application, however they have high storage volume requirements.
High storage volume per pixel (20 × 20 m) as well as total over the entire shallow aquifer suggests the potential role of shallow aquifer for meeting the valley's water demand if it could be used as a major source for groundwater extraction and could be refilled by means of artificial or managed aquifer recharge.
Results show that shallow aquifer has high storage volume per pixel (as high as ~6,800 m3/pixel compared to less than 1,000 m3/pixel in major parts of deep aquifer) as wells as total over the entire shallow aquifer (total = 1,452.25 MCM) and has huge potential to store water in the empty space in between current and assumed upper limit of the groundwater level.
Similar(57)
Higher penetration of intermittent renewables in the next decade would presumably require yet higher storage volumes.
Metal hydrides have a high-efficiency storage volume, and can be used as a hydrogen storage material.
In 2050, the highest carbon storage volume occurs under the Int & Agg scenario, at a value of 125 MtC and equivalent to 262%% of the 2013 level.
The wide diffusion of fuel cell (FC) powered Zero-Emissions Vehicles (ZEVs) is stopped by hydrogen storage technological drawbacks, as high cost and low storage volume density.
According to the results of Pristouri et al. (2010), the exposure of olive oil samples to light, high storage temperatures and large headspace volumes caused the substantial deterioration in product.
Latent heat materials are known to have higher energy density resulting in lower storage volume.
Due to the high energy density of liquefied gases, the storage volume is small, especially compared to similar storage technologies as pumped hydro or compressed air energy storage.
Latent heat thermal energy storage (LHTES) is more useful than sensible energy storage due to the high storage capacity per unit volume/mass at nearly constant temperatures.
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