What is the annual CO2 reduction from this electric barge solution?

The fully electric barge is expected to avoid approximately 778 tons of CO2 emissions annually compared to traditional diesel-powered inland transportation methods. This reduction is achieved through battery-powered propulsion recharged using certified renewable electricity supplied by a solar farm at the Gemalink terminal.

How much container capacity does the electric barge provide and how long does a charge last?

The barge is designed to transport over 50,000 TEUs annually. The CATL battery system requires approximately four hours for a full recharge using the renewable electricity infrastructure at Gemalink, enabling multiple daily transits on the 180-kilometer round trip.

Is this solution designed to be replicated in other regions?

Yes, the project was explicitly designed as a model that can be potentially replicated in other geographies and adapted to other customer supply chains. CMA CGM aims to build on this success to accelerate deployment across other markets and Southeast Asian supply chains.

Which companies are partnering on this initiative and what are their roles?

CMA CGM developed the electric barge technology through its New Build and R&D teams and operates the service. Nike serves as the anchor customer supporting decarbonization of its supply chain. Gemadept operates the deep-sea terminal and provides charging infrastructure and solar farm integration at Gemalink.

What makes this different from traditional inland barge operations?

Rather than relying on diesel propulsion, this solution integrates battery-electric propulsion, dedicated solar-powered charging infrastructure and certified renewable electricity into a single system. This end-to-end renewable approach represents an integrated sustainability model rather than a simple technology swap.

Sustainability & ESG

High Impact

CMA CGM Launches Electric Barge in Vietnam, Cuts 778 Tons CO2 Yearly

Oct 30, 2026

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The signal

CMA CGM, Nike and Gemadept have unveiled a fully electric barge operating on a 180-kilometer route between Ho Chi Minh City and the Gemalink deep-sea terminal in Cai Mep, Vietnam. Powered by CATL battery technology and recharged using solar energy, the vessel is designed to transport over 50,000 TEUs annually while avoiding approximately 778 tons of CO2 emissions per year.

This initiative represents a structural shift in how leading brands approach inland cargo consolidation and represents a blueprint for carbon-neutral supply chain operations across Southeast Asia. The integrated solution combines low-emission transport infrastructure with on-site renewable energy production, demonstrating that sustainability can be operationally and commercially viable.

For supply chain professionals managing apparel, footwear and other containerized goods through Vietnam, this development signals a growing market availability of decarbonized logistics options that can support corporate sustainability commitments.

Companies affected by this story:

Leading FMCG Distributors in GCC

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Nike

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Target

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#sustainable-shipping

#cma-cgm-innovation

#teu-capacity

#green-logistics

Frequently Asked Questions

What This Means for Your Supply Chain

Simulation Suggestion

this month

What if demand for electric barge services expands faster than available charging infrastructure?

Simulate increased demand for the Cai Mep inland waterway service with fixed charging capacity at Gemalink terminal, assuming 20 percent annual growth in TEU volume over the next three years while charging infrastructure remains at current levels.

Run this scenario

Simulation Suggestion

strategic

What if other shippers adopt this model and divert from traditional road haulage routes?

Simulate a 15 percent shift of containerized cargo from road transportation to the electric waterway route over 18 months as competing logistics providers launch similar offerings, measuring impacts on total supply chain cost and carbon footprint for Nike and peers.

Run this scenario

Simulation Suggestion

this month

What if solar power generation at Gemalink declines due to seasonal weather patterns?

Model reduced charging availability during monsoon season (May to October) in Vietnam, assuming 30 percent reduction in daily solar generation and corresponding impact on barge turnaround times and service reliability during peak shipping periods.

Run this scenario

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CMA CGM Launches First Electric Barge in Vietnam with Nike

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