Description

BMT Solar Farm is a greenfield grid-connected photovoltaic solar power plant project will be constructed in a 36-hectare property in EA Phe Commune and Krong Puk Commune, Krong Pak District, Dak Lak Province, Vietnam.

The project is owned by BMT Renewable Energy Joint Stock Company. The project has a total installed capacity of 30MW, with a predicted power supply to the grid of 43,224 MWh per annum. The entire electricity generated by the solar farm will be fed into the Vietnam national grid (hereafter referred as “the grid”) without any Greenhouse Gas (GHG) emissions. The operational lifetime of the solar farm is 25 years. Currently the electricity supplied by the grid is relatively carbon intensive, with a combined margin emission factor of 0.8492 tCO2/MWh. The electricity generation will result 36,706 tCO2e/year and total emission reduction will be 183,530 tCO2e for the first crediting period of 5 years.

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    Project kind

    Carbon offsetting

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    Standard type

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    Registry

    GSF Registry

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    Mechanism

    Avoidance

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    Characteristics

    Plastic

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    Impact

Sustainable Development Goals

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    7. Affordable and clean energy

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    8. Decent work and economic growth

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    13. Climate action

Project info

  • Country

    Mexico

  • Company

    Ultimate Carbon

  • Company Address

    Danzigerkade 15 A, 1013 AP Amsterdam, Noord-Holland, Netherlands

  • web

    https://registry.goldstandard.org/projects/details/1955

  • Type

    Solar

Gallery

Video

No Data Found

Certification

  • Registry Name

    GSF Registry

  • Validator

    BV Cert

  • Type

    Solar

  • Registry Url

    https://registry.gol

  • Status

    Registered

  • First verifier

    Remain

  • Credit start

    November 30, 2025

  • Credit end

    November 30, 2025

  • Standards

Attachments

Validation documentation - 1

Understanding the project

This project is an avoidance project. This means contributing to climate action by implementing activities that prevent the release of harmful emissions into the atmosphere.


This project type is Solar. This means initiatives that use sunlight as the primary source of energy. To generate carbon credits, the solar energy project calculates the amount of CO2 emissions that would have been emitted if the same amount of electricity were produced from fossil fuel sources, such as coal or natural gas. The difference between the actual emissions from fossil fuel sources and the emissions avoided by using solar energy represents the carbon credits generated by the project. This type of project also needs to cover the additionality principle meaning that a solar energy project needs to show that without the project, the same amount of clean energy wouldn't have been produced, and fossil fuel sources would have been used instead. If a project lacks additionality or does not replace energy from fossil fuels, it may not generate carbon credits. However, it can still be marketed as Renewable Energy Certificates (RECs), which demonstrate the use of renewable energy sources and promote their adoption.


Carbon standard. This means a set of rules and criterias used to measure, report and verify the emissions reductions or removals from a specific project or activity. Carbon standards are essential in carbon markets, as they provide a transparent and consistent methodology for determining the number of carbon credits that can be issued to project developers.

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