IMPORTANT UPDATE: We are migrating to GCC 2.0. We have restricted new projects registration and further updates to migrated project. Please visit to GCC 2.0.

PROJECT DETAILS

Project Submission No. S00210
Project Title Hangjinqi Balagong 20MW Solar Power Project
Project Owner(s) (as per PSF & LOA) Prestige Investment Management (Shanghai) Co., Ltd.
Submission Date 2022-04-27
Global Stakeholder Consultation Period 2022-05-11 to
2022-05-25
Sector 1.Energy industries (renewable-/non-renewable sources)
Project Type Solar Power
GCC/CDM Methodology & Version ACM0002,”Grid-connected electricity generation from renewable sources”, V21.0
Forecasted GHG Emission Reduction (tCO2e/Year) 25,478
Forecasted E+ Label Yes
Forecasted S+ Label Yes
Forecasted SDG+ Goals
Forecasted SDG+ Label Silver
Forecasted Market Eligibility C+ - Pilot Phase
Country
 China
Focal Point of Project Owners
Prestige Investment Management (Shanghai) Co. Ltd
Email of Contact Person of FP (Primary) gwtz688@126.com
Email of Contact Person of FP (Secondary) 1206611544@qq.com
Documents for Global Stakeholder Consultation Project Submision
Calculation Sheet

Other Documents
Project Brief

Hangjinqi Balagong 20MW Solar Power Project is a solar photovoltaic power generation project with installed capacity of 20MWp, located in the Bayin Enge’er Gacha, Balagong County, Hangjinqi, E’erduosi, Inner Mongolia Autonomous Region, China. The project is invested and developed by Hangjinqi Zhongyue Solar Power Co., Ltd.

The purpose of the project is to generate clean energy by harnessing the solar power and providing the energy to the Northern China Power Grid (NCPG). The project activity will generate greenhouse gas (GHG) emission reductions by avoiding CO2 emissions from electricity generation by fossil fuel power plants connected to NCPG. The average annual generated energy is expected to be 30,812 MWh during the fixed 10 years' crediting period and the project will be able to deliver an annual average GHG emission reduction of 25,478 tCO2e during the fixed crediting period.

© 2025 Global Carbon Council