You can occupy Gobi, desert, grassland and other unused land and agricultural landRegistration and filing should be carried out according to the relevant circumstances:
1. For unoccupied land and unused land that does not change the surface shape, it can be identified according to the original land category, and the land use should be reported to the Land and Resources Department from the local county for filing. If photovoltaic, wind and other projects use unused land such as Gobi, desert, grassland, etc., the part of the land that does not occupy the land or change the shape of the surface can be recognized as the category of land of origin.
Land use will not be changed and will be reported in the annual land change survey. Land can be acquired by rental, etc. Both parties will signa compensation agreement and the land. use will be reported to the local county-level Department of Land and Resources for filing.
2. For the part of the unused land that is permanently occupied by the project building, the formalities must be processed according to the occupation of the building land in accordance with the law. For the permanent part of the project relating to building land, the procedures must be treated as building land in accordance with the law.
The part of the land used for the construction of permanent buildings in the photovoltaic power generation project must be distinguished from the part of the land that does not compress the land or change the shape of the surface . land used for the construction of permanent buildings must be recognized as building land. Manage relevant building land approval procedures such as conversion of unused land cin accordance with legal provisions.
3. For constructions that occupy agricultural land, all land use procedures must be treated as occupied building land.
As a clean energy, photovoltaic energy has great advantages over other energy sources:
1 Photovoltaic energy is environmentally friendly and the photovoltaic energy production process. It will not cause any environmental pollution, it is pure green energy and very environmentally friendly.
2. Sunlight is an inexhaustible source of energy. As long as there is sunshine, electricity can be produced.
3. It is not subject to geographical restrictions and can use roofs and carports to build photovoltaic power plants, which is beautiful and will not affect people's lives.
4. The construction period is short. A rooftop power plant can be installed within a few days, which is very convenient and quick.
5. There is no need to consume fuel or install transmission cables. Rooftop power plants can generate electricity for their own use and are self-sufficient.
Can solar photovoltaic power generation be built on agricultural land?
The regulations of Shandong Province on photovoltaic land mainly include the points following:
1. Stop the process of registering agricultural land use for PV projects and try to use existing buildings and structures. It mainly involves building power stations on ready-made agricultural greenhouses, and it is stipulated that the lowest edge of the modules must be installed. be at least 2.5 meters from the ground.
2. The stupidConstruction of photovoltaic power generation projects should make full use of existing buildings and structures and occupy little or no land. If it is really necessary to occupy land, with the aim of protecting cultivated land and rational use of land, priority should be given to the use of existing construction land such as abandoned industrial and mining land , using idle land as reserve resources of non-arable land, and disaster-damaged land that is difficult to re-cultivate, and try not to occupy or occupy less cultivated land.
3. For complementary agricultural and photovoltaic projects, photovoltaic power plants can be built on the assumption that they do not affect agricultural production.
Shandong Province's subsidy policies for photovoltaic power generation include pmainly the following elements:
1. For photovoltaic power generation projects implemented on industrial and commercial rooftops, subsidies for electricity generation will be implemented, and subsidies will be provided annually based on actual electricity generation. An electricity price subsidy of 0.1 yuan/kWh for three consecutive years.
2. The project unit will provide a subsidy of RMB 10,000 per kilowatt hour based on electricity production once the project is completed and connected to the grid, for five years (continuous subsidy for five years).
3. Residential household (individual) rooftop photovoltaic power generation projects will receive a subsidy of RMB 10,000 per kilowatt hour from the date of acceptance of qualified grid-connected power generation projects for five years (five consecutive years). years of grant).
The subsidy policies of Shandong Province for photovoltaic power generation mainly include the following:
1. For photovoltaic power generation projects implemented on industrial and commercial rooftops, subsidies for electricity generation will be implemented, and subsidies will be provided annually based on actual electricity generation. An electricity price subsidy of 0.1 yuan/kWh for three consecutive years.
2. The project unit will provide a subsidy of RMB 10,000 per kilowatt hour based on electricity production once the project is completed and connected to the grid, for five years (continuous subsidy for five years).
3. Residential household (individual) rooftop photovoltaic power generation projects will receive a subsidy of RMB 10,000 per kilowatt hour from the date of acceptance of the production projects.ction of electricity connected to the qualified network for five years (five consecutive years). years of grant).
In summary: Shandong is an important base for the photovoltaic industry. The photovoltaic industry has made remarkable progress in recent years and has become one of the pillars of the local industry, creating enormous value for economic growth and employment.
Legal basis:
"Notice of the National Energy Administration on Supporting Photovoltaic Poverty Alleviation and Regulating Land Use for photovoltaic energy production industry"
Article 3< /p>
Standardize the management of land used for photovoltaic composite projects: For the construction of photovoltaic composite projects using agricultural land other than permanent basic agricultural land, provincial energy and land and resources authorities will consult withdepartments concerned at the same level. and, with the aim of ensuring the sustainable use of agricultural land, study and propose construction requirements (including erection height of photovoltaic panels) and identification standards for photovoltaic composite projects in the region , and clarify regulatory measures to avoid any impact on agricultural production. Among them, strict requirements should be put forward when using cultivated land other than permanent basic agricultural land to arrange photovoltaic panels, except for land on pile foundations, hardening is strictly prohibited the soil, damage the cultivated layer and abandon or abandon fallow land. For projects that meet local construction requirements and certification standards for composite photovoltaic projects, land used for substations, management centersoperations and collection line pole foundations are managed as building land, and the approval procedures for building land are handled in accordance with the law; - the site's road lands can be managed as rural road lands; Photovoltaic installations installed on agricultural land do not modify the nature of the original land; the land for the electricity collection lines laid by directly buried cables will be managed in the same way as the road land on the site. photovoltaic network field project.
If you wish to build on the land, all you need to do is obtain a land and resources certificate.
Solar energy comes from celestial bodies outside the earth (mainly solar energy). This is the enormous energy released by the fusion of the sun's hydrogen nuclei at ultra-high temperatures. Most of the energy requiredsary comes directly or indirectly from the sun. Fossil fuels such as coal, oil and natural gas that we need to live are all formed by various plants which convert solar energy into chemical energy through photosynthesis and store it in plants, then by plants and animals buried underground for a long time. period of geological time. In addition, water energy, wind energy, wave energy, ocean current energy, etc. are also converted from solar energy.