Tattalin Zafi na Iyali da Turawa ta PV da Adaka

1. Tattalin Karamin Kirki da Karamin Turbinuwa na Zafi

Tattalin karamin kirki da karamin turbinuwa na zafi (PV) yana da muhimmanci ga tushen sistema mai kudancin. Tattalin bayanai masu shekarar karamin kirki da tsarin zafi a wurare ne yana nuna cewa karamin kirki suna da inganci a lokacin gida da ranar zuwa, kuma suna da karfin karamin kirki a lokacin ranar dajiya da harmattan. Karamin turbinuwa na kirki yana da muhimmanci ga tasiri na karamin kirki, wanda yake ya ba da karshe karamin kirki.

Amma, karamin zafi suna da alamar nasara a lokacin ranar da kuma shekara—sana'ar ranar da kuma hankali a lokacin ranar dajiya, kuma kadan a lokacin ranar harmattan. Fasahar PV yana da haske a lokacin da harshen jiki yana da shirya. Daga tattalin karamin kirki da karamin zafi, ana iya tabbatar da cewa suka da nasara a lokacin ranar da kuma shekara. Wannan nasara yana ba da tushen kudancin da ke da fasahar PV da karamin kirki don koyar da karamin kudanci.

2. Modelin Sistema Mai Kudancin Kirki da Zafi

2.1 Modelin Subsystem Mai Karamin Kirki

Modelin subsystem mai karamin kirki an taka da bayanai karamin kirki da siffofin turbinuwa. An amfani da karamin Weibull don fitar da karamin kirki, wanda yake ya nuna halayensu da statistikinsu. Ingancin aiki na turbinuwa da karamin kirki an nuna ta da funksi mai kudancin wanda take da parametere masu muhimmanci kamar karamin kirki mai kudancin, karamin kirki mai musamman, da karamin kirki mai kudancin.

An amfani da metodi mai kudancin kwadrafi don fitar da kurba aiki na turbinuwa, wanda yake ya ba da takarda matematiki aiki na karamin kirki. Don koyar da hasken karamin kirki, an amfani da metodi mai kudancin Monte Carlo don bincike aiki na farmar kirki. Modelin yana nuna halayensu da aiki na karamin kirki, kuma yana ba da tushen tattalin kudancin. Yana amfani da faktori mai kudancin tsaye don koyar da fasahar aiki, wanda yake yana ba da tushen zama da haske.

2.2 Modelin Subsystem Mai Karamin Zafi

Modelin subsystem mai karamin zafi an taka da tsarin zafi, harshen jiki, da kuma siffofin modulun PV. An samun modelin statistiki tsarin zafi don nuna halayensu a lokacin ranar. Siffofin aiki na modulun PV an nuna ta da kurba I-V. Amsa na harshen jiki a fasahar PV an nuna ta da circuit mai kudancin, wanda ake amfani da kungiyar takardun mai kudancin.

Modelin yana amfani da faktori masu nasara kamar karamin zafi da kuma kafin zafi, wanda yake yana ba da tushen zama da haske. Yana amfani da daraja mai kudancin a shekarar don bincike karamin kudanci a lokacin shekaru. Wannan modelin yana nuna halayensu da aiki na sistema PV a lokacin alamar jiki.

2.3 Modelin Sistema Mai Kudancin Enerji

Modelin sistema mai kudancin enerji an taka da siffofin batarya mai lithium-ion. An samun modelin dinamiki State of Charge (SOC) don nuna prosesi kudancin da kudancin. An amfani da hasken kudancin da kudancin da kudancin, kuma an amfani da faktori mai kudancin harshen jiki don nuna tattalin jiki. An samun tushen kudancin batarya da karamin kudancin da kudancin (DOD) don bincike kudancin kudancin.

Wannan modelin yana nuna halayensu da aiki na batarya a lokacin alamar aiki, wanda yake yana ba da tushen tattalin kudancin da kudancin. Yana amfani da takarda mai kudancin batarya, karamin kudancin, da kuma harshen jiki, wanda yake yana ba da tushen zama da haske. Takarda mai kudancin, kudancin da kudancin, kudancin da kudancin, da kudancin da kudancin, suna ba da tushen tattalin kudancin da kudancin.

2.4 Modelin Integrasu Sistema

Modelin integrasu sistema an taka da subsystems mai karamin kirki, PV, da kudancin da kudancin a framework mai kudancin. An amfani da metodi mai kudancin kudancin don koyar da kudancin kudancin, kuma an samun takarda kudancin da kudancin. An amfani da indices mai kudancin kudancin kamar Loss of Load Probability (LOLP) da Expected Energy Not Supplied (EENS) don tattalar aiki na sistema. An amfani da sequential time-series simulation don koyar da halayensu a lokacin shekaru.

Wannan modelin yana amfani da interactions bayan subsystems, kamar kudancin kirki a PV panels. Yana amfani da grid interface, wanda yake yana ba da tushen tattalar aiki na grid-connected operation strategies, kamar economic dispatch under time-of-use tariffs da kudancin da kudancin. Takarda mai kudancin, kudancin da kudancin, da kudancin da kudancin, suna ba da tushen tattalar aiki na tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tushen tush......