A program simulating the long term behaviour of PV system is validated by means measurements done for about two years on a stand alone system of 760 W(p) with a storage battery of 280 Ah. The simulation is carried on with measured solar radiation as well as with data generated by stochastic technique. The simulated and measured solar total covered load are compared. For both radiation kinds the simulation fits the experimental data in a satisfying way. The effect on the storage of the autocorrelated nature of daily radiation sequences is accounted for using a generation technique which reproduces well the short term fluctuations.
Validation of A Simulation Program For Photovoltaic Systems / Ambrosone, Giuseppina; Catalanotti, Sergio; Coscia, Ubaldo; Troise, Gioacchino. - In: JOURNAL DE PHYSIQUE III. - ISSN 1155-4320. - STAMPA. - 1:(1991), pp. 2017-2026. [10.1051/jp3:1991248]
Validation of A Simulation Program For Photovoltaic Systems
AMBROSONE, GIUSEPPINA;CATALANOTTI, SERGIO;COSCIA, UBALDO;TROISE, GIOACCHINO
1991
Abstract
A program simulating the long term behaviour of PV system is validated by means measurements done for about two years on a stand alone system of 760 W(p) with a storage battery of 280 Ah. The simulation is carried on with measured solar radiation as well as with data generated by stochastic technique. The simulated and measured solar total covered load are compared. For both radiation kinds the simulation fits the experimental data in a satisfying way. The effect on the storage of the autocorrelated nature of daily radiation sequences is accounted for using a generation technique which reproduces well the short term fluctuations.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
