Volume No. 2 Issue No.: 1 Page No.: 70-75 July-September 2007

 

POWER PRODUCTIVITY ENHANCEMENT AND RELIABILITY ANALYSIS USING HYBRID SYSTEM OF SOLAR, WIND AND BIOMASS

 

Prashant Baredar*1, V.K. Sethi and Mukesh Pandey2

1. Laxmi Narain College of Technology, Bhopal (INDIA) 2. University Institute of Technology, RGPV, Bhopal (India)

 

Received on : February 7, 2007

 

ABSTRACT

 

Every country has her dreams to become self-dependent in the power sector. Solar, wind and biomass energy can be encashed to fulfill the desired requirement of power supply. The whole world is trying for searching new means of power generation. In India the efforts are being done in this direction. Various sources of energies are utilized for producing electrical power being such as solar, wind and biomass. They are being used either independently or collectively .Day after new innovative ideas are being added to this field. For reliable supply of power in remote locations or inaccessible rural areas it will be possible and sometimes necessary to design and setup Hybrid system, which combines the advantages of two or more different technologies, to take care of base load requirements. An integrated Hybrid System Solar, Wind and Biomass would ensure that power supply could be maintained at an optimum level during adverse condition like cloudy days (for PV system), low wind conditions (for wind electric generators) and non-availability of Biomass in rainy season. An effort is made in this direction to obtain reliability analysis of proposed hybrid system.

 

Keywords : Solar, Productivity, Biomass, Hybrid system, Reliability.

 

 

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