Solar Rooftop scheme gujarat state Subsidy info 2020
- The ‘Solar Energy Rooftop-Solar Energy Rooftop’ scheme implemented by the state government for the household power consumers-residential category power consumers of the state.
- Gujarat has launched the Solar Energy Rooftop Scheme, a leading initiative for environmental protection and renewable energy production from green energy-clean energy.
- The state government has allocated Rs. Allocated a budget of Rs.1000 crore
- Ordinary human beings will now be able to become power producers along with power consumers
- 2 lakh families in the state will be covered under the solar rooftop scheme this year
- Generate solar energy and sell extra electricity ...
Under this solar rooftop scheme, the household electricity user will be able to generate solar energy in the attic of his house or in the open space owned by him.
By using or using enough electricity from this solar energy, the state government will get additional electricity at a cost of Rs. It will also be able to get relief in electricity bill and additional income by selling at a rate of Rs 2.25 per unit with a 25-year contract.
Residential power consumers will get 40 per cent subsidy on the price fixed for the first 3 kW capacity for solar rooftops, followed by 20 per cent subsidy on solar rooftops up to a capacity of 3 kW and up to 10 kW.
Gujarat ranks first in solar rooftop in the country!
Gujarat ranks first in the country in solar rooftop with installed capacity of 326.67 MW as on March 31, 2019.
The Gujarat Solar Rooftop Scheme will be at the forefront in the Prime Minister's determination of such power generation capacity of 1 lakh 75 thousand MW by 2022.
How to avail the scheme?
To avail this scheme, the power consumer will be able to install a solar system of any capacity and will not be subject to the agreed power load limit.
To take advantage of this solar energy rooftop scheme, electricity consumers will have to choose from one of the approved agencies. Then all the action has to be done by the agency.
To register the application, the electricity customer is required to provide the last electricity bill, photo of the applicant, Aadhaar number and mobile phone number of the customer.
The customer will have to pay the amount as per the price fixed by the tender. Apart from this the customer does not have to pay any other amount.
The ‘Solar Energy Rooftop-Solar Energy Rooftop’ scheme implemented by the state government for the household power consumers-residential category power consumers of the state.
Gujarat has launched the Solar Energy Rooftop Scheme, a leading initiative for environmental protection and renewable energy production from green energy-clean energy.
The state government has allocated Rs. Allocated a budget of Rs.1000 crore
Ordinary human beings will now be able to become power producers along with power consumers
2 lakh families in the state will be covered under the solar rooftop scheme this year
Generate solar energy and sell extra electricity ...
Under this solar rooftop scheme, the household electricity user will be able to generate solar energy in the attic of his house or in the open space owned by him.
By using or using enough electricity from this solar energy, the state government will get additional electricity at a cost of Rs. It will also be able to get relief in electricity bill and additional income by selling at a rate of Rs 2.25 per unit with a 25-year contract.
Residential power consumers will get 40 per cent subsidy on the price fixed for the first 3 kW capacity for solar rooftops, followed by 20 per cent subsidy on solar rooftops up to a capacity of 3 kW and up to 10 kW.
Gujarat ranks first in solar rooftop in the country!
Gujarat ranks first in the country in solar rooftop with installed capacity of 326.67 MW as on March 31, 2019.
The Gujarat Solar Rooftop Scheme will be at the forefront in the Prime Minister's determination of such power generation capacity of 1 lakh 75 thousand MW by 2022.
અહીંથી વાંચો ગુજરાતી રિપોર્ટ
How to avail the scheme?
To avail this scheme, the power consumer will be able to install a solar system of any capacity and will not be subject to the agreed power load limit.
To take advantage of this solar energy rooftop scheme, electricity consumers will have to choose from one of the approved agencies. Then all the action has to be done by the agency.
To register the application, the electricity customer is required to provide the last electricity bill, photo of the applicant, Aadhaar number and mobile phone number of the customer.
The customer will have to pay the amount as per the price fixed by the tender. Apart from this the customer does not have to pay any other amount.
Monocrystalline Silicon Solar PV: Most Efficient
Generally, monocrystalline silicon solar PV is the best technology to deliver efficiency, as measured by wattage output related to the panel’s size. But this efficiency can come with costs. The best value is solar PV technology is polycrystalline silicon, offering efficiency levels close to monocrystalline panels, but at half the costs in some cases.
Monocrystalline solar is made by growing a single crystal. Because these crystals are usually an oval shape, monocrystalline panels are cut into the distinctive patterns that give them their recognizable appearance: the sliced silicon cells expose the missing corners in the grid-like structure. The crystal framework in a monocrystalline is even, producing a steady blue color and no grain marks, giving it the best purity and highest efficiency levels.
Polycrystalline Silicon Solar PV: Best Value
Polycrystalline solar is made by pouring molten silicon into a cast. However, because of this construction method, the crystal structure will form imperfectly, creating boundaries where the crystal formation breaks. This gives the polycrystalline silicon its distinctive, grainy appearance, as the gemstone type pattern highlights the boundaries of the crystal.
Because of these impurities in the crystal, polycrystalline silicon is less efficient when compared with monocrystalline. However, this manufacturing process uses less energy and materials, giving it a significant cost advantage over monocrystalline silicon. (Polycrystalline and multicrystalline are often synonyms, but multicrystalline is often meant to refer to silicon with crystallites larger than 1 mm.)
