Solar Photovoltaic Electricity Generation .
Without chemistry-climate interaction the AMOC is intensified in the course of the solar radiation reduction (SRR), which is attributed to the thermal effect of the solar forcing: reduced sea surface temperatures and enhanced sea ice formation increase the density of the upper ocean in the North Atlantic and intensify the deepwater formation.
It is shown, to be linked to energetic solar eruptions.
This dynamical mechanism is driven by the stratospheric cooling in response to the reduced solar forcing, which is strongest in the tropics and leads to a weakening of the Northern polar vortex.
The proxy-based reconstruction demonstrates a generally strong link between changes in sea-ice cover and solar variability during the last millennium.
A solar-thermal water pump. - University of Canterbury
At solar maximum, the monthly-mean, zonal-mean temperature in the SH from July to October is cooler (~1 – 3 K) in the stratosphere and warmer (~1 – 4 K) in the mesosphere and the lower thermosphere (MLT). In solar maximum years, the SH polar vortex is more stable and its eastward speed is about 5 – 8 m s-1 greater than during solar minimum.
Solar-thermal conversion and thermal energy storage …
Highlights: Periodicities in drift ice potentially associated with volcanic and solar forcing … Abstract: The early mid Holocene (ca 8–6.2 cal ka BP) was characterized by relatively low or absent drift ice, low primary productivity and relatively high SSTs.
Thesis on Solar Power Project | Photovoltaics | Renewable ..
Simulations under both time-varying and fixed-solar inputs show statistically significant responses in temperatures and winds in the Southern Hemisphere (SH) during austral winter and spring.
Research Papers On Solar Thermal Energy
Observations of solar wind related climate effects in the Northern Hemisphere winter … Recent results, both observational and from chemistry climate models, have indicated significant effects in the Earth’s middle atmosphere due to the energetic electrons precipitating from the magnetosphere.
Developing Solar Thermal Power - UQ eSpace
The last interglacial, the Eemian, was characterized by higher than present temperatures in the Arctic region driven by increased summertime insolation [surface solar radiation] at high northern latitudes (CAPE-Last Interglacial Project Members, 2006; MassonDelmotte et al., 2013).
Thesis On Solar Thermal Power Plant
[A]tmospheric circulation over South America and monsoon intensity have been tightly correlated throughout most of the Holocene, both directly responding to solar precession. … We also detect periods where rainfall amount in northeastern and southeastern Brazil are markedly anti-phased, suggesting a north-south migration of SACZ, which it appears to be mediated by solar irradiance.