Project Details

Project Submission No.	S01268
Project Title	15 MW Bundled Solar Power Project by SJLT Group
Project Owner(s) (as per PSF & LOA)	SJLT Spinning Mills Pvt. Ltd.
Submission Date	2023-12-13
Global Stakeholder Consultation Period	2024-07-14 to 2024-07-28
Sector	1.Energy industries (renewable-/non-renewable sources)
Project Type	Solar Power
GCC/CDM Methodology & Version	AMS-I.D.: Grid Connected Renewable Electricity Generation Version - 18.0
Forecasted GHG Emission Reduction (tCO₂e/Year)	24,014
Forecasted E⁺ Label	Yes
Forecasted S⁺ Label	Yes
Forecasted SDG⁺ Goals
Forecasted SDG⁺ Label	Silver
Forecasted Market Eligibility	C+ - Pilot Phase

Location Details Open Full Map
Country	India
Focal Point of Project Owners	First Climate (India) Pvt. Ltd.
Email of Contact Person of FP (Primary)	partha.chaudhuri@firstclimate.co.in
Email of Contact Person of FP (Secondary)	ajay.chakraborty@firstclimate.co.in
Name of Authorized External Representative Organization	First Climate (India) Pvt. Ltd.
Name of Focal Point of External Representative	Partha P Chaudhuri
Email-id of External representative	partha.chaudhuri@firstclimate.co.in
Documents for Global Stakeholder Consultation	Project Submision Calculation Sheet Other Documents

Project Brief	Project activity involves installation of two solar power units in the Kargudi Village at Tamil Nadu in India with installed capacity of 10 MW and 5 MW, thus the total project capacity comes to 15 MW. The project is implemented by SJLT Spinning Mills Private Limited and SJLT Textiles Private Limited. The main objective of this project activity is to generate clean power and use it for captive consumption. The project is having wheeling agreement with the Tamil Nadu Generation & Distribution Corporation Limited (TANGEDCO) for transmission to their own facilities for captive consumption. In absence of the project activity, SJLT would have drawn power from Indian grid mix which is a more carbon intensive source of energy that is electricity from fossil fuel power plant. The project boundary includes the project power plant and all power plants connected physically to the Indian Grid. The project is a greenfield project activity. The project activity will contribute to sustainable development in the host country in Social, Economic and Environmental aspects. This project positively contributes to the Sustainable Development Goals 7, 8 and 13.
Additional Information	The annual net electricity generation from this project activity is estimated to be 25.683 GWh. The implementation of the project is estimated to achieve 24,014 tCO₂e emission reductions per year and total GHG emission reductions of 240,139 tCO₂e over the entire crediting period, by generating electricity through renewable source which otherwise would have been generated through fossil fuels.

Project Brief

Project activity involves installation of two solar power units in the Kargudi Village at Tamil Nadu in India with installed capacity of 10 MW and 5 MW, thus the total project capacity comes to 15 MW. The project is implemented by SJLT Spinning Mills Private Limited and SJLT Textiles Private Limited. The main objective of this project activity is to generate clean power and use it for captive consumption. The project is having wheeling agreement with the Tamil Nadu Generation & Distribution Corporation Limited (TANGEDCO) for transmission to their own facilities for captive consumption. In absence of the project activity, SJLT would have drawn power from Indian grid mix which is a more carbon intensive source of energy that is electricity from fossil fuel power plant.

The project boundary includes the project power plant and all power plants connected physically to the Indian Grid. The project is a greenfield project activity.

The project activity will contribute to sustainable development in the host country in Social, Economic and Environmental aspects. This project positively contributes to the Sustainable Development Goals 7, 8 and 13.

Additional Information

The annual net electricity generation from this project activity is estimated to be 25.683 GWh. The implementation of the project is estimated to achieve 24,014 tCO₂e emission reductions per year and total GHG emission reductions of 240,139 tCO₂e over the entire crediting period, by generating electricity through renewable source which otherwise would have been generated through fossil fuels.

PROJECT DETAILS