Located in Maharashtra, this solar park has a capacity of 340 MW and covers an area of 1080 square kilometers. It is a significant renewable energy project aiming to harness solar power on a large scale. The park likely consists of multiple solar installations, including solar panels and related infrastructure, contributing to Maharashtra's clean energy goals.

The solar park in Karnataka has a capacity of 190 MW and occupies an area of 760 square kilometers. It serves as a platform for promoting solar energy generation and attracting investments in renewable energy infrastructure. The park may consist of various solar power projects, enabling Karnataka to increase its share of clean energy in the state's electricity mix.

Chhattisgarh's solar park has a capacity of 50 MW, covering an area of 200 square kilometers. This park demonstrates the state's commitment to renewable energy and reducing carbon emissions. It likely comprises solar installations, including solar panels, to harness sunlight and generate clean electricity for the region.

Located in Gujarat, this solar park has a capacity of 50 MW and occupies an area of 200 square kilometers. Gujarat is known for its renewable energy initiatives, and this park plays a significant role in harnessing solar power. The park may comprise multiple solar farms, contributing to Gujarat's renewable energy targets and promoting sustainable development.

Madhya Pradesh's solar park has a capacity of 50 MW, covering an area of 200 square kilometers. The park highlights the state's efforts to expand its renewable energy capacity and reduce dependence on fossil fuels. It likely includes solar power installations, such as solar panels, facilitating the generation of clean and sustainable electricity.

Tamil Nadu's solar park has a capacity of 30 MW and occupies an area of 120 square kilometers. The state has been actively promoting solar energy, and this park showcases its commitment to clean power generation. It may consist of solar farms with arrays of solar panels, helping Tamil Nadu achieve its renewable energy goals.

The solar park in Uttar Pradesh has a capacity of 20 MW and covers an area of 80 square kilometers. Uttar Pradesh aims to increase its renewable energy capacity through this park. It likely comprises solar power installations, such as solar panels, contributing to the state's clean energy transition and sustainable development.

2017

The KEC International project is a ground-mounted solar power installation with a capacity of 35 MW. Located in Hyderabad, Telangana, it utilizes polycrystalline solar modules and Ingeteam inverters. The project was commissioned in 2017, contributing to Telangana's renewable energy infrastructure.

2022

The AIG project is situated in Challekere, Karnataka, and has a capacity of 24.3 MW. It utilizes thin-film solar modules and Sungrow inverters. The project was commissioned in 2022, adding to Karnataka's growing solar energy capacity.

2022

The Infosys Ltd project spans across two states. In Telangana, it has a capacity of 17 MW and is located in Hyderabad. In Maharashtra, it has a capacity of 17 MW and is situated in Jalna. The project utilizes thin-film solar modules. The commission dates are 2022 for Telangana and 2015 for Maharashtra.

2015

The Infosys Ltd project spans across two states. In Telangana, it has a capacity of 17 MW and is located in Hyderabad. In Maharashtra, it has a capacity of 17 MW and is situated in Jalna. The project utilizes thin-film solar modules. The commission dates are 2022 for Telangana and 2015 for Maharashtra.

2022

The Mining Industry project is located in Challekere, Karnataka, with a capacity of 17 MW. It utilizes thin-film solar modules and Sungrow inverters. The project was commissioned in 2022, contributing to Karnataka's renewable energy portfolio.

2023

The Juniper project is situated in Challekere, Karnataka, with a capacity of 14.375 MW. It features bi-facial solar modules and Sineng inverters. The project is scheduled to be commissioned in 2023, furthering Karnataka's clean energy objectives.

2021

The Apollo project, located in Challekere, Karnataka, has a capacity of 10 MW. It utilizes thin-film solar modules and Sungrow inverters. The project was commissioned in 2021, contributing to Karnataka's renewable energy capacity.

2019

The Adani project is located in Akola, Maharashtra, with a capacity of 7.8 MW. It features polycrystalline solar modules. The commissioning of this project took place in 2019, bolstering Maharashtra's solar energy generation.

2018

The SSNNL Narmada Canal project is situated in Baroda, Gujarat, with a capacity of 15 MW. It utilizes polycrystalline solar modules and Schneider inverters. The project was commissioned in 2018, showcasing Gujarat's innovative approach to solar power generation by utilizing canal-based installations.

2017

The KEC International project, located in Hyderabad, Telangana, has a capacity of 35 MW. It utilizes poly crystalline solar modules and Ingeteam inverters. The project was commissioned in 2017 and features single-axis tracker technology. It contributes significantly to Telangana's renewable energy goals.

2017

Situated in Hyderabad, Telangana, the Shalaka Infra Tech project has a capacity of 18 MW. It utilizes poly crystalline solar modules and Ingeteam inverters. The project was commissioned in 2017 and features single-axis tracker technology, helping to enhance Telangana's solar power infrastructure.

2023

The Juniper project, located in Challekere, Karnataka, has a capacity of 14.38 MW. It utilizes poly crystalline solar modules and Sineng inverters. The project is scheduled to be commissioned in 2023 and features single-axis tracker technology. It will contribute to Karnataka's clean energy objectives.

2017

The Farmers scheme project is situated in Mysore, Karnataka, with a capacity of 5.5 MW. It features poly crystalline solar modules and utilizes single-axis tracker technology. The project was commissioned in 2017, supporting Karnataka's efforts to promote solar energy adoption among farmers.

2011

Situated in Kutch, Gujarat, the Backbone project has a capacity of 5 MW. It utilizes thin film solar modules and Siemens inverters. The project was commissioned in 2011 and features single-axis tracker technology. It has been a significant contributor to Gujarat's early adoption of solar power technology.

2017

The Adani project is located in Madurai, Tamil Nadu, with a capacity of 1.5 MW. It utilizes poly crystalline solar modules and ABB inverters. The project was commissioned in 2017 and features single-axis tracker technology. It supports Tamil Nadu's renewable energy initiatives.

2018

The SSNNL Narmada Canal project is situated in Baroda, Gujarat, with a capacity of 2.5 MW. It utilizes poly crystalline solar modules and Schneider inverters. The project was commissioned in 2018 and features single-axis tracker technology. It showcases Gujarat's innovative approach to solar power generation by utilizing canal-based installations.

2017

The Infosys Ltd carport project has a capacity of 1363 kW and is spread across two states: Rajasthan and Karnataka. The carports are located in Jaipur and Mangalore. The project utilizes a combination of thin-film and monocrystalline solar modules. The specific inverter information is not mentioned. The carports were commissioned in 2017 and 2018, contributing to renewable energy generation for Infosys Ltd.

2018

The Infosys Ltd carport project has a capacity of 1363 kW and is spread across two states: Rajasthan and Karnataka. The carports are located in Jaipur and Mangalore. The project utilizes a combination of thin-film and monocrystalline solar modules. The specific inverter information is not mentioned. The carports were commissioned in 2017 and 2018, contributing to renewable energy generation for Infosys Ltd.

2018

The carport project at Manipal University in Mangalore, Karnataka, has a capacity of 534 kW. It utilizes polycrystalline solar modules and K Star inverters. The project was commissioned in 2018, enabling Manipal University to generate clean and sustainable energy through the carport structure.

2018

The Oracle carport project in Pune, Maharashtra, has a capacity of 144 kW. It utilizes polycrystalline solar modules and Solar Edge inverters. The carport project was commissioned in 2018, supporting Oracle's commitment to renewable energy generation at their Pune facility.

2013

The carport project at International Automotive Components in Pune, Maharashtra, has a capacity of 56 kW. It utilizes polycrystalline solar modules and Solar Edge inverters. The project was commissioned in 2013, showcasing an early adoption of solar carports by International Automotive Components in their Pune facility.

2023

The Indospace rooftop project has a capacity of 6174 kW and is spread across two states: Haryana and Maharashtra. The rooftop installations are located in Luhari and Pune. The project utilizes both monocrystalline and bifacial solar modules. Sungrow inverters are employed for efficient energy conversion. The project was commissioned in 2022 and 2023, contributing to Indospace's renewable energy generation efforts.

2023

The Indospace rooftop project has a capacity of 6174 kW and is spread across two states: Haryana and Maharashtra. The rooftop installations are located in Luhari and Pune. The project utilizes both monocrystalline and bifacial solar modules. Sungrow inverters are employed for efficient energy conversion. The project was commissioned in 2022 and 2023, contributing to Indospace's renewable energy generation efforts.

2018

The CRPF rooftop project spans multiple cities in Uttar Pradesh and has a capacity of 3888 kW. The project utilizes polycrystalline solar modules and Delta inverters. It was commissioned in 2018, showcasing the commitment of CRPF to solar energy adoption across their facilities in Uttar Pradesh.

2020

The rooftop projects by Infosys Ltd are located in Karnataka and Odisha, with a capacity of 2372 kW. The installations are primarily in Bhubaneswar. The projects utilize a combination of monocrystalline, thin-film, and polycrystalline solar modules. The specific inverter information is not mentioned. The projects were commissioned between 2015 and 2018, contributing to Infosys Ltd's renewable energy initiatives.

2016

The rooftop projects by Infosys Ltd are located in Karnataka and Odisha, with a capacity of 2372 kW. The installations are primarily in Bhubaneswar. The projects utilize a combination of monocrystalline, thin-film, and polycrystalline solar modules. The specific inverter information is not mentioned. The projects were commissioned between 2015 and 2018, contributing to Infosys Ltd's renewable energy initiatives.

2019

The rooftop projects by ITC Ltd are spread across multiple states, including Madhya Pradesh, Uttar Pradesh, and West Bengal, with a capacity of 2335 kW. The projects are implemented in various cities. They utilize polycrystalline solar modules. The specific inverter information is not mentioned. The projects were commissioned between 2014 and 2019, contributing to ITC Ltd's renewable energy objectives.

2015

The rooftop projects by ITC Ltd are spread across multiple states, including Madhya Pradesh, Uttar Pradesh, and West Bengal, with a capacity of 2335 kW. The projects are implemented in various cities. They utilize polycrystalline solar modules. The specific inverter information is not mentioned. The projects were commissioned between 2014 and 2019, contributing to ITC Ltd's renewable energy objectives.

2016

The rooftop projects by ITC Ltd are spread across multiple states, including Madhya Pradesh, Uttar Pradesh, and West Bengal, with a capacity of 2335 kW. The projects are implemented in various cities. They utilize polycrystalline solar modules. The specific inverter information is not mentioned. The projects were commissioned between 2014 and 2019, contributing to ITC Ltd's renewable energy objectives.

2019

The CSIR Laboratories rooftop project spans multiple states, including Gujarat, Himachal Pradesh, Madhya Pradesh, and others, with a capacity of 2212 kW. The installations are implemented in various cities. They utilize polycrystalline solar modules. The specific inverter information is not mentioned. The project was commissioned in 2019, contributing to the renewable energy initiatives of CSIR Laboratories.

2019

The CSIR Laboratories rooftop project spans multiple states, including Gujarat, Himachal Pradesh, Madhya Pradesh, and others, with a capacity of 2212 kW. The installations are implemented in various cities. They utilize polycrystalline solar modules. The specific inverter information is not mentioned. The project was commissioned in 2019, contributing to the renewable energy initiatives of CSIR Laboratories.

2019

The CSIR Laboratories rooftop project spans multiple states, including Gujarat, Himachal Pradesh, Madhya Pradesh, and others, with a capacity of 2212 kW. The installations are implemented in various cities. They utilize polycrystalline solar modules. The specific inverter information is not mentioned. The project was commissioned in 2019, contributing to the renewable energy initiatives of CSIR Laboratories.

2019

The CSIR Laboratories rooftop project spans multiple states, including Gujarat, Himachal Pradesh, Madhya Pradesh, and others, with a capacity of 2212 kW. The installations are implemented in various cities. They utilize polycrystalline solar modules. The specific inverter information is not mentioned. The project was commissioned in 2019, contributing to the renewable energy initiatives of CSIR Laboratories.

2019

The CSIR Laboratories rooftop project spans multiple states, including Gujarat, Himachal Pradesh, Madhya Pradesh, and others, with a capacity of 2212 kW. The installations are implemented in various cities. They utilize polycrystalline solar modules. The specific inverter information is not mentioned. The project was commissioned in 2019, contributing to the renewable energy initiatives of CSIR Laboratories.

2021

The TC Terrytex Ltd rooftop project is located in Mohali, Punjab, with a capacity of 2200 kW. The project utilizes JA Solar modules and Delta inverters. It was commissioned in 2021, demonstrating TC Terrytex Ltd's commitment to clean energy generation through solar installations.

2021

The rooftop projects by Oracle are located in Karnataka and Maharashtra. The installations are in Bangalore and Mumbai, with a total capacity of 663 kW. The projects utilize both polycrystalline and monocrystalline solar modules. The specific inverter information is not mentioned. The projects were commissioned between 2018 and 2021, contributing to Oracle's renewable energy endeavors.

The rooftop projects by Oracle are located in Karnataka and Maharashtra. The installations are in Bangalore and Mumbai, with a total capacity of 663 kW. The projects utilize both polycrystalline and monocrystalline solar modules. The specific inverter information is not mentioned. The projects were commissioned between 2018 and 2021, contributing to Oracle's renewable energy endeavors.

The rooftop projects by Cisco are located in Karnataka and Maharashtra. The installations are in Bangalore and Pune, with a total capacity of 1085 kW. The projects utilize polycrystalline solar modules. The specific inverter information is not mentioned. The projects were commissioned in 2017, showcasing Cisco's commitment to solar energy adoption in their Bangalore and Pune facilities.

2017

The rooftop projects by Cisco are located in Karnataka and Maharashtra. The installations are in Bangalore and Pune, with a total capacity of 1085 kW. The projects utilize polycrystalline solar modules. The specific inverter information is not mentioned. The projects were commissioned in 2017, showcasing Cisco's commitment to solar energy adoption in their Bangalore and Pune facilities.

2018

The microgrid project by Infosys Ltd in Jodhpur, Rajasthan, has a capacity of 200 kW. It utilizes monocrystalline solar modules and Sun Bird inverters. The microgrid project was commissioned in 2018, showcasing Infosys Ltd's commitment to clean and reliable energy solutions in the region.

2022

The microgrid project by L&T in Nagpur, Maharashtra, has a capacity of 120 kW. It utilizes monocrystalline solar modules and Growatt inverters. The microgrid project was commissioned in 2022, highlighting L&T's efforts to promote sustainable and decentralized energy solutions through microgrid technology.