Hybrid Power (Solar & Wind) Generation System for High-Rise Residential Buildings in Mumbai (original) (raw)
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The present power crisis and global scenario trend is favouring renewable energy sources like solar and wind power. Renewable energy technologies are clean sources of energy that have a much lower environmental impact than conventional energy technologies. The accurate assessment of solar and wind potential for an area requires both the knowledge of probability density function and the power density of both solar and wind. For this purpose, for the area of interest are required databases that to contain direct measurements of solar and wind parameters recorded during at least one year. But, Site measurement of these information requires time and money that often are not available for small micro-generation projects. In this Paper a methodology has been developed to how to assist an existing Solar system with Wind power. This study will demonstrate the importance of Hybrid system applicable to a green building. A simulation analysis will identify the rating of the wind generator and ...
A Review of Renewable Energy Resource like Wind Energy and Solar Energy
The demand for electricity is increasing day by day, which cannot be fulfilled by non-renewable energy sources alone. Renewable energy sources such as solar and wind are present every were and environmental friendly. The renewable energy sources are emerging options to fulfil the energy demand, but unreliable due to the stochastic nature of their occurrence. Hybrid renewable energy system (HRES) combines two or more renewable energy sources like wind turbine and solar system. The objective of this paper is to present a comprehensive review of various aspects of Hybrid renewable energy system. There are some particular limitations that ruin the development of solar and wind energy system in India. India has satisfactory daylight and balanced wind speed. Hence there is greater opportunity for extension of solar and wind energy system in the Indian scenario along with enough future scope for these renewable sources through " Grid Parity ". The aim of this paper is to present in a coherent and integrated way the major constraints hampering the development of renewable energy in India.
A hybrid energy system for a household in northern part of India
2012 IEEE Third International Conference on Sustainable Energy Technologies (ICSET), 2012
This paper studies the feasibility of a hybrid energy system for a residential area in the city of Kanpur situated in the northern part of India. Various sources of energy, such as solar photovoltaic, wind energy, fuel cells, and diesel engines are considered for the study. The paper suggests the most costeffective combination of components for a grid-connected hybrid energy system for the chosen location of study.
In today’s world ever increasing demand of energy is mostly fulfilled by non-renewable sources, which is going to be depleted very soon. Also these sources are being more responsible for pollution leading to climate change. Still developing country like India has not been able to transmit power up to its remote and rural areas effectively. As a result, nowadays a lot of research is going on in the field of renewable energy which is clean and sustainable. In this paper a feasibility study on renewable energy system (RES) has been carried out particularly for rural and remote areas like Silchar, Assam. In this study Photovoltaic (PV) is the primary source of electricity, battery and fuel cell (FC)–electrolyzer combination is used as a backup storage system. The system performance has been carried out by simulation study using a single residential load demand profile and real weather data of Silchar. This simulation is performed with the help of new energy lab (NEL) experimental setup....
Energy Conversion and Management, Elsevier Ltd, 2024
This research article analyses the optimal feasible synergy options of renewable energy sources combined into a hybrid PV panel and wind energy power producing system to deliver green energy for the Renewable Energy Department building at Rajasthan Technical University Kota, India. The configuration of the modeled system is optimized to be estimated with improved hybrid optimization by genetic algorithm (iHOGA). This study generates operational conditions for this hybrid solar-wind energy system which simulates the energy usage process over one year. The optimal synergy configured between solar and wind hybrid systems provides peak-demand energy to the green office building with little surplus energy. The whole year's production of energy was 6988 kWh and the energy used by the building was 6759 kWh. The energy loss estimated is 276 kWh/year. The CO 2 mitigated by using the integrated renewable energy option is evaluated and observed at 5273.14 kg/year. The other pollutants like SO 2 and NO x are also being mitigated by 9601.512 kg/year and NO x 32424.32 kg/year respectively.
Design of solar-wind hybrid system for providing electrical energy for a building in Kermanshah
2019
With consideration of the increasing energy demand and deficit of fossil fuel resources, the best way for the conquest of renewable resources alternation is the use of hybrid system. In this research, the performance of wind-photovoltaic hybrid system for providing the required electrical energy for a big ministerial building in Kermanshah city is investigated. The required electrical load for the month of a year was calculated 178000 kWh/year by using average electrical energy consumption. With consideration of wind average velocity for hours of a year, Weibull and Rayleigh distribution functions for this location was determined. Also, the power and annual energy of each turbine using wind speed data was calculated. The amount of average solar radiation by use of solar energy relations was calculated, and then, with consideration of annual total energy, the required annual wind energy versus solar cell surfaces selection was determined. Finally, the type and number of turbines by using of their technical specification for each surface selection of solar cells was determined and the performance of hybrid system including 300 m 2 photovoltaic solar cells and a
A Study on Hybrid Renewable Energy System in India
2020
Student,Mechanical Department, Presidency University, Itgalpur Rajanakunte, Yelahanka, Bengaluru, Karnataka, pin.no560064, India. ---------------------------------------------------------------------***---------------------------------------------------------------------Abstract The study presents HYBRID RENEWABLE ENERGY SYSTEMS (HRES), a technology which is under a heavy research phase. As world's power consumption is increasing regularly and consequently, demand for more power generation is inevitable. So this power demand can be produced by Renewable energy resources up to some significant percentage of total demand. Different Hybrid Systems can play an effective role to overcome our future energy consumptions with a cost-effective energy conversion system. Integration of these resources is highly appreciated for providing a reliable power source to the world. In this paper HRES, Different Hybrid Systems and Completely Renewable Hybrid Power Plant (solar, wind, biomass, and h...
Meeting the Electrical Energy Needs of a Residential Building with a Wind-Photovoltaic Hybrid System
Proceedings of The 4th World Sustainability Forum, 2014
A complete hybrid system including a photovoltaic cell, a wind turbine, and battery is modeled to determine the best approach for sizing the system to meet the electrical energy needs of a residential building. In evaluating system performance, the city of Tehran is used as a case study. Matlab software is used for analyzing the data and optimizing the system for the given application. Further, the cost of the system design is investigated, and shows that the electrical cost of the hybrid system in Tehran is 0.62 US$/kWh, which is 78% less expensive than a wind turbine system and 34% less expensive than a photovoltaic system.