Zainab M. Kubba

• Ph.D. In physics
• Professor (Assistant) at Nahrain University

Abstract This search discusses the simulated and design of the battery model. The simulated is carried out using Personal Simulation Program for Integrated Circuits Emphasis PSPICE software for the complete model in order to get the results for the proposed battery model. The PSPICE lead acid battery model is consists of the charge efficiency and B...

Abstract: This research presents a theoretical method to calculate the mismatch factor for the PV module. Within this study the effect of mismatch on I-V and P-V of the module is observed. In practice, the PV panel module consists of 36 cells connected in series part that is built into PSPICE (from previous work) is used for this study. The PV modu...

This research intends to build and simulate a small renewable energy system consists of PV panel, lead-acid battery, and bidirectional DC-DC converter. Bidirectional Buck-Boost converter was used to regulating the voltage and current coming from the solar panels going to the battery and vice versa. It operates a Buck converter which charges the bat...

This research intends to design and simulation a model of "Lead-acid battery" using OrCAD PSPICE. It can be used for most renewable energy systems applications. The circuit simulator PSPICE is used to compose battery model at Voc 12V, Isc 4.8A, and six cells at 25 C. This model has treated the battery parameters as the SOC, battery voltage and tem...

Abstract. In this research, a pv panel built from previous work will be used as a DC source for voltage cancellation inverter with help of PSPICE program. PV panel model defined as a hierarchical block in PSPICE library so, it called directly from PSPICE library as a special source and used it for most PV systems applications. A designed voltage ca...

photovoltaic

This paper studies the effect of PV surface Temperature on PV panel output characteristics. Circuit simulator PSPICE is used to compose PV panel model at 75W, 4.8A and 21V. The behavior of PV model under varying conditions (solar insolation, temperature and PV panel surface temperature) is studied. The ABM feature of PSPICE is used to include the a...

Circuit simulator Pspice is used to completion photovoltaic panel model and then study the behavior of it undervarying conditions (solar insolation, environmental temperature and PV panel surface temperature).

The present work is a study of effects of partial shading on the performance of a PV module spatially on the maximum power point position. This paper clarifies the mechanism of partial PV shading on a number of PV module connected in series parallel and total cross tide. In series parallel connection the shading effects will be studied for deferent...

This paper deals with the design and simulation of two input converter. The first input is a photovoltaic module and the other is a battery. The photovoltaic module was represented as the equivalent circuits implemented in ORCAD PSPICE program; the use of equivalent circuit makes it possible to investigate the characteristics of a PV module. The wa...

This paper provides theoretical studies of photovoltaic and modeling techniques using equivalent electric circuits. The use of equivalent circuits makes it possible to investigate the characteristics of a PV cell. The method used here is implemented in orcad pspice program. The same modeling technique is also applicable for modeling a PV module. De...

This research intents to design and laboratory implementation of a power electronic converter, which is useful for home applications, industrial, communications, street light and water pumping using solar cell source. The design is based on a step up boost DC/DC converter followed by a full wave SPWM inverter. The nominal power rating is 1.25kW and...