|Project Submission No.||S00553|
|Project Title||Daheishan Hydropower Station|
|Project Owner (as per PSF & LOA)||Sichuan RayGi Green Energy Technology Co., Ltd|
Focal Point of Project Owners*(FP)
|Email of Contact Person of FP (Primary)||email@example.com|
|Email of Contact Person of FP (Secondary)||firstname.lastname@example.org|
|Submission Date||15 Jun 2022|
|Global Stakeholder Consultation Period||27 Oct 2022 - 10 Nov 2022|
|Sector||1.Energy industries (renewable-/non-renewable sources)|
|GCC/CDM Methodology & Version||ACM0002 version 20.0|
|Forecasted GHG Emission Reduction(TCO2/Year)||553310|
|Forecasted E+ Label||Yes|
|Forecasted S+ Label||Yes|
|Forecasted SDG+ Goals||#7 #8 #9|
|Forecasted SDG+ Label||Gold|
|Forecasted Market Eligibility||CORSIA(C+)|
|Name of Authorized External Representative Organization|
|Name of Focal Point of External Representative|
|Email-id of Focal Point|
|Documents for Global Stakeholder Consultation||Project Submision, Calculation Sheet, Other Documents|
Daheishan Hydropower Station (hereafter referred to as the Project) is a hydro power project with total installed capacity of 24MW, locates in k501 km of national highway 214. The project is invested and operated by Lvchun Hongrui Power Development and Operation Limited.
The project installs 2 set(s) of hydroelectric generators with unit capacity of 12MW. The purpose of the project is to utilize the hydro resource at the project site to generate and supply electricity to Southern China Power Grid (SCPG).
The project boundary is considered as the SCPG according to applied tool.
Prior the implementation of the project, the electricity delivered to the grid by the project activity would be generated by the operation of grid-connected power plants and by the addition of new generation sources into the SCPG.
The project is a renewable energy project and is expected to supply 108,738 MWh of zero-emission electricity to SCPG, which will replace power generation of those fossil fuel-fired power plants delivered to the SCPG under the baseline scenario. The project is expected to achieve a greenhouse gas emission reduction of 55,331 tCO2e annually. The total emission reduction during the fixed 10-year crediting period will be 553,310 tCO2e.