مقالات رزومه دکتر مجید زارع زاده

Renewable energy production using solar panels as cover on reservoirs and dams has increased in arid and semi-arid countries. By using this method, in addition to producing clean energy, drinking water evaporation amount would be reduced in the tanks. Hormozgan province located in the south of Iran is considered to be arid. Jagin and Esteghlal Minab dams are the major water suppliers in this province. Throughout the past few years, the decrease in rainfall has caused an increase in the evaporation of reservoir water. According to the appropriate amount of radiation in mentioned areas, installing floating solar panels on the tanks is possible. The simulation using PVSOL in three installation modes: south direction, east-west, and flat. The estimation of the volume and water level to cover these panels has shown that by using the existing apron zone cover with a flat layout in the dams, a solar power plant with a power of 9Gw will be built with an energy production of 9000 Gwh/year. Also placing the FPV panel on the canal has prevented water evaporation by 100,000 cubic meters. It is required to mention that proper climate and radiation angle can lead to power plants with 80%+ performance.

The Forozan area of Bandar Abbas is one of the growing areas. Due to the increase in the population in this part, the amount of electricity consumed in the Forozan region has also increased. Considering the style of the structures in this area, the suitable skyline, and the gentle slope towards the south, the buildings have a good potential for installing solar panels, and the possibility of using their produced energy is an effective method of compensating part of the energy. It is required by the region. After the field monitoring of the area, calculating the digital height of the area relative to the base, using ArcGIS software, the topology of the area, the slope, and the skyline have been calculated and interpolated. Modeling has been done for these areas using PVSol software version 2021 with how to install panels in south-direction and east-west directions. By using these panels on the roofs of the buildings in this area, which were technically possible to install, they will produce about 9800-kilowatt hours of energy annually, and after 5 years, the capital of this project will be returned. In the case of covering all the buildings that can be installed in the Forozan area of Bandar Abbas, more than 7.9 MWh of energy will be produced annually and the production of more than 450 tons of CO2 gas will be prevented. The installation of the panel will provide 20% of the electricity consumed in the area.

In this research, along with the operational investigation of Makran region for energy production, PVSOL2021 software has been used to model a 200 MW solar power plant. After checking the location of the area and its location based on the required technical and administrative requirements, the appropriate location has been selected using ArcGIS software. Suitable location in the range of longitude 57.3696 degrees and latitude 27.8438 degrees with an area of about 100 hectares, selection and modeling of solar panels, converters, transmission lines, etc. have been done. Adequate conditions of radiation during the year with 10 hours of effective radiation during the day during the 9 months of the year have been to the potential for renewable energy production. The modeling results have shown that with the suitable climate and topology of the region, and the amount of effective solar radiation above it, it is possible to produce 236814100 kWh/year. As a result of the production of this amount of renewable energy, the production of 111299200 kg of CO2-polluting gas per year will be reduced. Also, the coefficient of performance ratio of this designed power plant shows the high efficiency and appropriateness of building a solar power plant in this area and operating it according to the obtained value.

Pakistan, with its large size and large population, is a target market for the export of goods and services. The existence of many borders between this country and Sistan and Baluchistan province in Iran is a suitable competitive advantage for the country. Also, the lack of proper relations with another neighboring country, India, as well as the unstable situation of Afghanistan, another neighbor of this country, can be an advantage for our country in exchanging goods and services with Pakistan. The suitable climate of Sistan and Baluchistan province is a suitable process for the construction of solar power plants and exporting the country's electrical energy from this unlimited and renewable source. In this research, using the capabilities of ArcGIS software, the most suitable places to install solar panels in the cities of Mirjaveh, Pishin and Rimdan have been determined, and the amount of energy produced in these pieces of land has been estimated using PVSOL software. The output results of the simulation have shown that the installation of panels in the east-west direction in these positions can lead to the establishment of 2 MW solar power plants per hectare of land and the annual export of electricity from this production is more than 400 billion Rials per year. Every hectare of installed solar panels generates income. In addition to sustainable development and employment in Sistan and Baluchistan provinces, this will lead to a reduction of social problems and an increase in security.

In coastal hydrodynamics, shore structures play an important role in changes in coastal morphology and natural current conditions in the region. Generally, the construction of structures such as piers leads to a change in the pattern of coastal currents as well as other related parameters such as sedimentation rate, turbidity, and salinity. In the present study, using field measurements and model simulation of coastal currents, the effect of Nakhle Nakhoda pier construction on the coastal flow pattern is investigated. Field velocity measurements are carried out by ADCP over a 30-day period in two depth layers. Turbidity and salinity are also collected using CTD. All the data are statistically analyzed. The results show that different parameters are affected by the change of coastal current, and the greatest effect is on turbidity. The ROMS model is used to simulate the area in two modes, with and without the pier. According to the results, the construction of this structure has caused a change in the coastline and an increase of more than 40×104 square meters to the coastal area.