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Wind Power Plant with Energy Storage System

Project ID:

2701202601

Project Name:

Wind Power Plant with Energy Storage System

Project Sector:

Renewable Energy

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Project Description

This project involves the construction of a 500 megawatt (MW) onshore wind power plant with an integrated 150 MW/300 MWh energy storage system in the Karaganda region of Kazakhstan, as part of the national strategy to expand renewable energy and reduce carbon emissions. It is being implemented by Samruk-Energy JSC in partnership with China Energy Overseas Investment Co., Ltd. under an intergovernmental agreement between Kazakhstan and China signed in November 2024 at COP29. The facility will include modern, energy-efficient wind turbines together with electrical infrastructure such as substations and transmission lines. The energy storage component is designed to enhance grid reliability and address intermittency of wind generation. Preliminary wind resource assessments and feasibility preparations have been carried out, including wind measurements and site analysis. The project is expected to create jobs during construction and operation and contribute to increasing the share of renewables in Kazakhstan’s energy mix. Construction has not yet started, and project documentation including key investment and power purchase agreements remains under development. Expected commissioning is planned for 2028. This initiative also supports regional economic development in the Saryozek area of the Osakarov (Sarybel) district due to the site’s strong wind resources.

Project Phase:

Engineering Design & Planning

Investment Value:

1 000 000 000 $

Location:

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Start Date:

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End Date:

12/31/2029

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Other important details

  • The plant will prevent the flaring of over 600,000 cubic meters of ferroalloy gas annually.

  • It is part of ERG’s broader push toward environmental modernization, including wind power development in Khromtau.

  • The EPD initiative will help enhance the international marketability and environmental credentials of Kazakh chrome.

  • The power plant will use Best Available Techniques (BAT) in line with environmental standards.

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