http://localhost:8080/xmlui/handle/123456789/760 Research Scholar Thesis 2026-07-10T04:24:42Z http://localhost:8080/xmlui/handle/123456789/856 Title: References_Manisha Sheoran_Thesis Authors: Sheoran, Manisha; Kumar, Pancham; Sharma, Susheela Abstract: The increasing waste produced by the photovoltaic industry is of major concern as the field of renewable energy grows. With solar energy resources having a prominent role, over 500 GW of installed solar capacity exists worldwide and is anticipated to increase to 5000 GW by 2050. Given the predicted life lifetime of 25 years, this extraordinary development is estimated to produce enormous solar waste. While current solar research trends focus on increasing efficiency, the disposal of broken-down solar power panels is given significance. Recycling is an alternative, but only a small number of businesses can manage it effectively. The technologies used in the field to look after this issue with the maintenance of environmental preservation, resource availability, and resource recycling are covered in this research. If solar waste is not adequately recycled, it will be there in 60 million tons by 2050. The view offers a thorough analysis of the different technical elements of waste management, environmental protection, and recycling and recovery of solar panel waste. The economics of recycling solar energy includes its effects upon health, environment. Further the policies are examined to insist that toxic-free technologies may be developed in the future Description: Part of Thesis 2023-01-01T00:00:00Z http://localhost:8080/xmlui/handle/123456789/855 Title: Content-Manisha Sheoran_Thesis Authors: Sheoran, Manisha; Kumar, Pancham; Sharma, Susheela Abstract: The increasing waste produced by the photovoltaic industry is of major concern as the field of renewable energy grows. With solar energy resources having a prominent role, over 500 GW of installed solar capacity exists worldwide and is anticipated to increase to 5000 GW by 2050. Given the predicted life lifetime of 25 years, this extraordinary development is estimated to produce enormous solar waste. While current solar research trends focus on increasing efficiency, the disposal of broken-down solar power panels is given significance. Recycling is an alternative, but only a small number of businesses can manage it effectively. The technologies used in the field to look after this issue with the maintenance of environmental preservation, resource availability, and resource recycling are covered in this research. If solar waste is not adequately recycled, it will be there in 60 million tons by 2050. The view offers a thorough analysis of the different technical elements of waste management, environmental protection, and recycling and recovery of solar panel waste. The economics of recycling solar energy includes its effects upon health, environment. Further the policies are examined to insist that toxic-free technologies may be developed in the future Description: Part of Thesis 2023-01-01T00:00:00Z http://localhost:8080/xmlui/handle/123456789/854 Title: Declaration_Manisha Sheoran_Thesis Authors: Sheoran, Manisha; Kumar, Pancham; Sharma, Susheela Abstract: The increasing waste produced by the photovoltaic industry is of major concern as the The field of renewable energy grows. With solar energy resources having a prominent role, over 500 GW of installed solar capacity exists worldwide and is anticipated to increase to 5000 GW by 2050. Given the predicted life lifetime of 25 years, this extraordinary development is estimated to produce enormous solar waste. While current solar research trends focus on increasing efficiency, the disposal of broken-down solar power panels is given significance. Recycling is an alternative, but only a small number of businesses can manage it effectively. The technologies used in the field to look after this issue with the maintenance of environmental preservation, resource availability, and resource recycling are covered in this research. If solar waste is not adequately recycled, it will be there in 60 million tons by 2050. The view offers a thorough analysis of the different technical elements of waste management, environmental protection, and recycling and recovery of solar panel waste. The economics of recycling solar energy includes its effects upon health, environment. Further, the policies are examined to insist that toxic-free technologies may be developed in the future. 2023-01-01T00:00:00Z http://localhost:8080/xmlui/handle/123456789/853 Title: Chapters_ Manisha Sheoran _Thesis Authors: Sheoran, Manisha; Kumar, Pancham; Sharma, Susheela Abstract: The increasing waste produced by the photovoltaic industry is of major concern as the field of renewable energy grows. With solar energy resources having a prominent role, over 500 GW of installed solar capacity exists worldwide and is anticipated to increase to 5000 GW by 2050. Given the predicted life lifetime of 25 years, this extraordinary development is estimated to produce enormous solar waste. While current solar research trends focus on increasing efficiency, the disposal of broken-down solar power panels is given significance. Recycling is an alternative, but only a small number of businesses can manage it effectively. The technologies used in the field to look after this issue with the maintenance of environmental preservation, resource availability, and resource recycling are covered in this research. If solar waste is not adequately recycled, it will be there in 60 million tons by 2050. The view offers a thorough analysis of the different technical elements of waste management, environmental protection, and recycling and recovery of solar panel waste. The economics of recycling solar energy includes its effects upon health, environment. Further the policies are examined to insist that toxic-free technologies may be developed in the future. Description: Part of Thesis 2023-01-01T00:00:00Z