As Rajasthan is well know for deserts..thus has high sunlight which can be use for generating electricity through solour plant

Abundance of Sunlight:
Rajasthan is known for its abundant sunlight throughout the year. This makes it an ideal location for harnessing solar energy as a non-conventional source of energy. The state receives an average of 300 days of sunshine annually, providing a consistent and reliable source of solar radiation.

High Solar Irradiance:
Rajasthan has one of the highest solar irradiance levels in India, with an average solar insolation of around 5-6 kWh/m². This high solar irradiance levels make it a prime location for setting up solar power plants and harnessing solar energy efficiently.

Vast Land Resources:
Rajasthan has vast stretches of barren land which can be utilized for setting up large-scale solar power projects. These lands are not suitable for agriculture or other purposes, making them ideal for solar energy generation. The availability of land resources in Rajasthan further enhances its potential as a non-conventional source of energy.

Government Support:
The government of Rajasthan has been proactive in promoting solar energy in the state. Various policies, incentives, and subsidies have been introduced to attract investments in the solar energy sector. This government support has created a favorable environment for the growth of solar energy in Rajasthan.

Strategic Location:
Rajasthan's strategic location in the western part of India makes it well-connected to major cities and industrial hubs. This facilitates the transmission and distribution of solar power generated in the state to other regions, increasing its potential as a non-conventional source of energy.

In conclusion, the abundance of sunlight, high solar irradiance, vast land resources, government support, and strategic location make Rajasthan a promising destination for harnessing solar energy as a non-conventional source of energy. With the right investments and policies in place, Rajasthan can emerge as a leading state in solar energy generation.