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— This paper presents solar and wind hybrid energy system with battery storage along with AC mains supply. This, configuration allows the three sources to the battery as well as supply the load separately or simultaneously depending on the availability of the energy sources. In many rural area of India, electricity has not reached their home yet as well as many people face load shedding problem. A hybrid design of battery charging system and its implementation has been explained in this paper. Besides AC mains supply charging, solar PV, wind energy also charges the battery whenever it is available through a charge controller. This system ensures continuous power supply and faster charging of battery. The system has been designed to suit a typical Indian scenario where there is power shortage which result in scheduled and unscheduled power shedding. Today, the world is progressing at quite fast rate with the use of the conventional source of energy. The two majors disadvantage of using them are the environmental pollution caused by its use and its limited quantity. On the other hand, the non-conventional source of energy is available in plenty, free of cost and pollution free. So, it's better to switch on to the non-conventional source of energy, these includes solar energy, wind energy, wave energy, biomass etc. This paper deals with the energy conservation technique which is a combination of two non-conventional source of energy i.e., Solar and Wind energy.
IAEME PUBLICATION, 2021
Energy is the need of the day. The generation of energy from conventional sources are under exploitation. The conventional energy pollutes environment severely and its least availability. So, India turned to produce electricity on the usage of nonconventional energy resources like solar, wind, hydro etc. According to the development of India, Electricity generation on non-conventional energy sources also plays a major role. On behalf of this, the application based solar-wind hybrid system projects is more powerful than other combined sources. Hybrid energy system is the combination of any two energy sources in a power system to fulfil the requirement of consumers. This system can be designed for both off grid and on grid and also providing the uninterrupted supply in various climatic conditions. Some of the hybrid generation systems are solarwind, solar-diesel, wind-hydro and wind-diesel. This Project mainly on non-grid connected solar and wind hybrid power system.
International Journal of Engineering, 2018
International Journal for Research in Engineering Application & Management (IJREAM), 2019
The main purpose of energy production is to fulfill the power requirements of the society along with necessary safety and reliability. The prime objective of energy generation is to satisfy customer needs economically with emphasis on safety, reliability and quality. Many conventional methods energy generation depend upon renewable and exhaustive resources like coal, oil, nuclear fuels etc. With growing environmental awareness to preserve conventional resources for future generations, escalating fuel prices, safety as in case of nuclear plants; conventional power sector has felt a setback. Ever increasing requirement of energy has led to power generation techniques stressing on reduced emissions, efficient energy uses of exhaustive sources along with safety. In the same context, technology to harness power from newer renewable energy resources has paved the way for a greener tomorrow. Worldwide interest extracting energy from Renewable Sources increasing day by day mainly because Global population has concerns over vision air quality global warming cetera electrification of rural areas developing country like India is a factor favors because these sources have minimal impact on Environment ecology and human health. Most of the people in India reside in villages and many villages are so remotely located they are not connected to any electrical power grid. Lack of power affects quality of living of such population; for example, shortage of cold storage facilities for perishable items or medicines, lack of entertainment like TV, industrial and agricultural growth etc Now renewable resources are changing this scenario. At present renewal resources have more cost of production in terms of per unit of power generation but they possess added advantage having zero and desirable impact on our environment.
Proceedings of the 7th International Conference on Advances in Energy Research, 2020
2018
This study was developed to understand the nature of power storage capacity and characteristics of a hybrid wind-solar generation unit. Using Catia, Ansys and excel tools the results obtained were used to solve the impact of such dynamic phenomena on the operation, stability and power storage capacity of the overall system. Finally, remedial measures were developed to establish the Load-Power profile. This research was done on a hybrid wind-solar and battery system installed in a university campus UIT Bhopal. The system has one wind turbines 1.3kW and a PV system .3 kW connected to a 12V battery system through charge controllers. Index Terms Solar energy, Wind energy, Renewable energy, PV cell, Battery Storage improvement.
2020
The aim of this paper is to solve the problem of energy crisis which is considerably serious issue in today’s period. Although solar and wind energy are two of the most viable renewable energy sources, little research has been done on operating both energy sources alongside one another in order to take advantage of their complementary characters. This Project deals with the detailed of a hybrid model of a solar and wind which is using battery as its storage system. The purpose of the project is to generate electricity without using non-renewable resources and pollution. Since, renewable standalone energy generation system have disadvantages, which need to be overcame by hybrid systems. Wind and solar energy have being popular ones owing to abundant, ease of availability and convertibility to the electric energy. This work covers realization of hybrid energy system for multiple applications, which runs under a designed circuitry to utilize the solar and wind power. And a designed cir...
In this manuscript, a hybrid wind/solar/battery energy system is proposed for a stand-alone applications. Wind-solar energy sources are used as power generation source in the proposed hybrid energy system (HES), whereas battery is used as energy storing system in order to manage the power flow among various power generation sources and energy storing system. Power management control strategy is also presented for a suggested hybrid system. Through the real load demand and practical weather data (proposed area is Jamshoro, Sindh Pakistan), the system performance is verified under different situations. It is observed that the hybrid system produces maximum power in summer season as compared to other seasons throughout the year. Moreover, the power generated from wind and solar energy contributes 77.88% and 22.12%, respectively. However, it is clearly observed that the HES is cost effective and can be used in remotely rural areas which are isolated from power grid. In future work, the HES can be integrated with the power grid in order to meet the load demand during shortage of power.
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