International Container Terminal Services, Inc. (ICTSI) has significantly enhanced the operational capabilities and sustainability profile of its flagship Manila International Container Terminal (MICT) with the addition of eight new hybrid rubber-tired gantries (RTGs). This investment expands the terminal’s capacity and reinforces ICTSI’s commitment to cutting-edge technology and environmental stewardship.
New Technology for a Greener Future
The newly acquired RTGs, manufactured by Japan’s Mitsui Engineering and Shipbuilding Co. Ltd., feature a state-of-the-art hybrid system. Each unit is equipped with a high-capacity 80kW lithium-ion battery pack, supported by a smaller 100kW engine-generator. This configuration drastically reduces fuel consumption and lowers emissions compared to conventional RTGs that rely on larger 220kW engines. An integrated regenerative braking system further boosts efficiency by converting braking energy into electricity to recharge the batteries. This technology not only saves energy but also minimizes the terminal’s carbon footprint.
Expanding Capacity to Meet Growing Demand
The addition of these units brings MICT’s total fleet to 18 quay cranes and 60 RTGs, making it the largest container-handling fleet in the Philippines. This upgrade is a crucial part of ICTSI’s ongoing expansion program, which includes the development of Berth 8 and other key infrastructure projects. These enhancements are designed to accommodate rising cargo volumes, allowing MICT to provide faster turnaround times and more reliable service for its clients.
Advancing Global Sustainability Goals
This strategic investment directly supports ICTSI’s ambitious sustainability targets. The company aims to reduce its Scope 1 and 2 emissions per container move by 26 percent by 2030 and achieve net-zero emissions by 2050. Along with the new hybrid RTGs, ICTSI continues to invest in a wide range of green initiatives, including renewable energy adoption, improved waste management, and the implementation of digital solutions to optimize operations and minimize its environmental impact.
