A 15 MW solar project in Erdene, Mongolia, aims to build a sustainable future.

This initiative combines a 15 MW solar power plant with an 80 MWh battery storage system, aiming to move away from dependence on fossil fuels while contributing to the global fight against climate change. Here’s a closer look at how this project is influencing Mongolia’s energy strategy and local communities.

1. Reliable Power for Homes and Industries

Erdene is a quiet area where livestock herding is the main livelihood. But the introduction of the 15 MW solar facility paired with an 80 MWh battery is set to transform the local energy landscape. The large battery stores surplus solar power generated on sunny days and releases it when needed, ensuring a stable supply to the grid. This clean electricity is fed into Mongolia’s central power network, marking a major step in reducing reliance on coal-fired power generation.

2. Protecting the Environment and Building a Sustainable Future

The project’s environmental impact is significant. It aims to cut over 16,000 tons of CO₂ emissions annually—roughly equivalent to the yearly emissions of about 2,500 average households in Japan. It will also help improve air quality and make a strong contribution toward international climate targets. This effort sends a clear message to the world that environmental responsibility is at the heart of Mongolia’s energy policy.

3. Creating Jobs and Developing New Skills Locally

The Erdene Solar Power Project’s benefits extend beyond the environment. It is creating jobs and giving local residents the chance to gain expertise in renewable energy. Stable electricity supply is also boosting regional industries, helping address Mongolia’s challenge of diversifying its energy sources. This is more than just building a power plant—it’s a model for Mongolia’s sustainable energy transition and a beacon of hope for the future.

Challenges Ahead, Opportunities in Sight

Of course, challenges remain. Mongolia’s harsh winters, frequent sandstorms, and the need to adapt to policy changes present real obstacles. Yet the project represents a key step in line with national strategy, proving the vast potential of renewable energy. Its success could accelerate clean energy development not only in Mongolia but across the world.

By Tomonori Kimura • September 30, 2026
Asian Gateway Launches FS Toward JCM Implementation of Rice-Husk Biochar in Cambodia Selected for METI’s Global South Future-Oriented Co-Creation Program; Grant Approval Received — In collaboration with Nippon Koei, Kansai Sangyo and ALCEDO, exploring an integrated AWD, biochar and dMRV model — In Battambang Province, the project will assess rice-husk biochar production and field application, together with JCM MRV. In coordination with a MAFF-selected AWD/dMRV FS, Asian Gateway will explore an integrated “AWD × Biochar × dMRV” model in the same paddy fields, aiming to improve agricultural productivity, reduce GHG emissions, enhance carbon storage, and generate carbon credits under applicable schemes and methodologies. Asian Gateway Corporation (Head Office: Chiyoda-ku, Tokyo; Representative Director and President: Tomonori Kimura; “Asian Gateway”) announces that its proposed project, “Kingdom of Cambodia / Feasibility Study for the Production and Application of Rice-Husk Pyrolysis Biochar and Implementation of a JCM Biochar MRV Methodology,” was selected under the Ministry of Economy, Trade and Industry (METI) FY2025 Supplementary Budget Global South Future-Oriented Co-Creation Project Subsidy (Small-Scale Demonstration / Feasibility Study Program). The project was selected on June 30, 2026 and received grant approval on September 18, 2026. The project is a feasibility study (FS) in Battambang Province, Kingdom of Cambodia, to assess the commercial implementation potential of an integrated value chain that converts rice husks generated by rice milling into biochar through pyrolysis, applies the biochar to farmland, implements MRV (measurement, reporting and verification), and prepares for potential JCM crediting. The FS will examine feedstock supply, pyrolysis technology, biochar quality, agronomic effects, MRV methodology applicability, alignment with international standards, regulatory requirements and business viability, thereby identifying the technical, economic and institutional requirements for the next demonstration and commercialization phase. Four Implementation Themes
By Tomonori Kimura • September 30, 2026
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