Teknoloġija tal-ġenerazzjoni tal-enerġija fotovoltajka:
Hija teknoloġija ta 'enerġija rinnovabbli u nadifa li tikkonverti l-enerġija tad-dawl f'enerġija elettrika billi tuża l-effett fotovoltajku f'komponenti semikondutturi.
Fototermali tirreferi għat-teknoloġija li tiġbor id-dawl tax-xemx għall-apparat tal-ġbir tal-enerġija solari permezz tal-mera, tuża l-enerġija solari biex issaħħan il-mezz tat-trasferiment tas-sħana (ġeneralment likwidu jew gass) ġewwa l-apparat tal-ġbir, u mbagħad issaħħan l-ilma biex jiffurmaw fwar biex issuq jew issuq direttament il-ġeneratur biex jiġġenera l-elettriku.
Il-ġenerazzjoni tal-enerġija fotovoltajka hija li tassorbi d-dawl viżibbli fil-pannell solari, tifforma fotoelettroni u tiġġenera kurrent; Il-ġenerazzjoni tal-enerġija fototermali hija li tuża l-mezz biex tassorbi l-enerġija tas-sħana fid-dawl tax-xemx u tuża t-turbina tal-fwar biex issuqha f'enerġija elettrika.
Compared with traditional energy, photovoltaic has advantages in cleanliness, economy and convenience. But stability is the "Achilles heel" of photovoltaic. Some people will make complaints about the instability of power generation such as wind and photovoltaic, which is garbage electricity. The future power grid will become the decisive factor affecting the scale of PV installed, and it is comparable to the stable power quality of thermal power and nuclear power. It is the ultimate goal of photovoltaic. With the continuous reduction of photovoltaic and energy storage battery costs, the problems of discontinuous and unstable power generation can be perfectly solved. In the future, the part of photovoltaic cost lower than the on grid price will be used to configure energy storage, improve power quality and output stable load, which will solve the biggest pain point of photovoltaic and completely eliminate the ceiling of photovoltaic scale, Thus, photovoltaic power generation will become a very important supplementary power source in China's power structure in the future.
