INNOVATIVE CONCEPTION
TO SOLVE POWER CRISIS
SOLARISED
WINDMILL
ABSTRACT
Most of the rural
areas are lacking sufficient power supply. Even though Indian government has
taken necessary steps to supply them with power, there are still regions of
India where there is no power even for street and house lighting. As rural
areas are present in remote regions from the power stations, transmission of
power becomes costlier. The grid system construction and transmission losses
become the most important aspects that add on to the cost of supplying power to
rural areas. In order to deal with it, every rural area can be made self
sufficient to meet their energy needs, by introducing efficient and cheap
renewable energy plants within those areas. This paper would clearly reveal our
idea to combine wind and solar power generation methodologies with the
optimized vertical axis turbine blades which would provide an added advantage,
to facilitate self sufficient power supply system for the rural areas.
I.
INTRODUCTION
India is a land of all physical
features. It is most supportive to solar power generation in the northern
western parts and to wind power generation along the costal belt as well as Deccan
regions. There are also places where these resources are present either of them
or both in the time. But renewable energy resource mostly does not help in
generating continuous power. They remain idle when the nature does not provide
the required resources. So a technology which would supplement this drawback
should produce power from more than one source so that they can provide self
sufficient uninterrupted power supply. Which is to be possible by H2
based Energy Storage System. H2 will act as standby power source
whenever both wind and solar energy fail.
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CONCLUSION:
India is a land of four seasons.
However summer and spring season has dominant part all around the year. This
shows that either wind or solar power is available which can be effectively
utilized by implementing our modern windmill design. This concept of storing
the excess energy in the form of hydrogen which has been provided as supportive
backup for this system will enhance power throughout the year. The average
power supply for a village can be satisfied by this technology.