SOLÁRNÍ PANELY ZVYŠUJÍ TRÁVU PRO OVCE A KRÁVY 90%
Všechno je to o benjamíncích – a zdá se, že solární energie je každým dnem lepší a o něco více.
Výzkumníci z Oregon State’s College of Agricultural Sciences, in the recently published Remarkable agrivoltaic influence on soil moisture, micrometeorology and water-use efficiency (.pdf), measured the effects on growth of multiple plants located under solar modules. The analysis found that several key grazing grasses were able to significantly increase their output, and in total the researchers found that greater than 90% more biomass was grown in areas partially or fully covered by solar panels. The paper suggests it was mostly due to significantly increased water efficiency – 328%. This efficiency allows semi-arid regions, with a wet winter, to store more water in the ground, allowing for a longer growth during the growing season.
Significant research is being done on how to increase revenue strategically from solar power systems, and much like wind power, the ability to site solar power in ways that fossils simply cannot do is part of the magic. Onyx Solar is already replacement glass in buildings with solar modules, RGS Energy and Tesla are trying to replace shingles with solar modules, the Dutch are testing solar powered highway noise barriers, the Chinese, Dutch, French, and others are all testing solar roadways, and many are trying ways to integrate solar with food production – including in Massachusetts cranberry bogs, Chinese fish farms and vineyards, Japanese mushroom farms, Minnesota honey production and more.
MP successfully installed 2mw ground-mounted solar power station in Middle East. It made up of 6,061pcs solar panels. This installation has an estimated daily production of 9,273kwh.
