Solar photovoltaic application of solar energy and wind power advantages plus a helps to maintain the underground water level

Solar photovoltaic net news: we all know that solar and wind power generation has the benefit of power generation is not carbon and non-pollution etc, upside down and double pipe system in recent Princeton university team found new advantages, solar energy, wind power can alleviate the phreatic water surface drops problem, further reduce the supply pressure to the food crisis. The article content is for reference only. Research also pointed out that if the underground water level continues to decline, and reduces the additional value of solar and wind power. Specifically, CGNPC in development of 410 mw, 603 mw, guangzhou energy saving 220 mw, 345 mw, jin can group the people vote for 200 mw, 190 mw hubei energy group, huaneng 180 mw team in California as a case study, California is the agricultural hub, is also a pioneer of solar and wind power development. Research mainly through the analysis tools weigh the front border ( 贸易- 从边境框架) Main quantitative analysis, underground water conservation benefits of solar energy and wind power, providing the government how to maximize economic benefits such as multiple results, and without affecting hydropower and agricultural conditions to avoid groundwater depletion, etc. Flat uniaxial photovoltaic (pv) and California solar and wind power has been beyond hydroelectric power in 2012, in the future as scenery costs more and more low, the government also through renewable portfolio standard ( RPS) Requirements in the energy industry needs to have a certain proportion of green electricity, would like to see the future of wind power and solar power equipment quantity will be out of a promotion, next to the upside for double pipe system and the state's green energy goals. Currently about 54% of the global hydropower plant is in competition with the agricultural water use, water and electricity to be enough water to maintain power, and agriculture also need water to irrigate their fields, so - in 2012 2017, the difference between the epitaxial wafer and wafer California was suffering from a severe drought, in order to avoid and has good water and electricity for water, local water table drying up, farmers started pumping of groundwater. Analysis, the researchers point out, if improve the amount of solar energy and wind power equipment and power generation, management of water resources at the same time, may be able to reduce the demand of groundwater, water for power generation and distribution of irrigation water more healthy and sustainable, finally also can increase the total revenue. As to whether the study can be applied to other regions or countries? Although each place the WFE all have the same thread, but for easily affected by climate change, or face the problems of as food, water and electricity place, may be a good solution, the present study has been published in Nature. This paper statistics the September to today issued a total of 2. 85 gw pv power plant EPC and 1. 9 gw component bid opening information. Among them, the EPC project owner units is given priority to with soe/state, this also reflected from the side, in the project bidding and parity, the difference between the epitaxial wafer and wafer state-owned enterprises has become the absolute main force. Domestic research of transparent solar panels so how would such results? Phenomenon of Princeton university team believes that the past research and let people see only renewable energy in reducing air pollution and the potential of carbon emissions, but team want from water, food and energy links ( 水- - - - - - 食物, 能源关系,WFE联系) Angle. Solar photovoltaic (pv) network statement: this information is reproduced from the media or other Internet web site, network cooperation photovoltaic network published the article for the purpose of the information, generating glass to join does not mean that agree with his point of view or confirm its description. At the time of drought and the hydropower generation of California from 2004 to 2013, each year an average of 20% during the first half of California electricity from hydropower, but in the first half of 2014, hydroelectric power was only 10%.