ISO 18962:2026 PDF

Overview

ISO 18962:2026 is an international standard developed by the International Organization for Standardization (ISO) addressing the installation and operational requirements for swappable batteries aboard ships. As the shipping industry shifts towards cleaner energy and more efficient electrical systems, swappable shipboard batteries have become increasingly important for marine sustainability and vessel operations. This standard sets forth comprehensive guidelines to ensure the safe installation, secure handling, and effective operation of swappable battery systems on marine vessels.

Key Topics

This standard covers essential aspects related to the integration and operation of swappable batteries on ships, including:

• Installation Requirements: Guidance on storing, securing, and connecting swappable batteries on vessels, including requirements for containers (compliant with ISO 668) and proper lashing systems.
• Operational Protocols: Procedures to ensure batteries withstand vibration, mechanical shock, immersion in water, and exposure to fire. Safety features include emergency disconnect switches, emergency stop buttons, and monitoring systems for abnormal conditions.
• Safety and Protection: Measures designed to safeguard crew, passengers, and ship systems, including electrical isolation, thermal protection against overheating, fire suppression equipment, and secure connector systems.
• Testing Methodologies: Defined tests for vibration, shock, water ingress (IPX5 protection), fire exposure, and the effectiveness of lashing systems, following international and ISO referenced standards.
• Emergency Procedures: Protocols for handling emergency events such as fire, power outages, or hazardous battery conditions. Requirements include escape route availability and toxic fume management.
• Documentation: Obligations for manufacturers and suppliers to provide handling instructions, post-incident transport guidance, and safety procedures to ship operators and maintenance personnel.

Applications

ISO 18962:2026 is crucial for various stakeholders in the maritime sector, including:

• Shipbuilders and Marine Engineers: To integrate swappable batteries into vessel designs, supporting hybrid and electric propulsion solutions.
• Shipping Operators: To safely install, operate, and maintain battery systems while managing the logistics of battery swapping for operational flexibility and reduced downtime.
• Port Authorities: To ensure vessels using swappable batteries meet international safety and environmental regulations.
• Battery Manufacturers and Suppliers: To design marine battery systems compliant with recognized standards, supporting safe transportation and deployment in marine environments.

The adoption of ISO 18962:2026 enables improved energy management and faster vessel turnaround with reduced emissions, promoting environmentally responsible shipping practices.

Related Standards

ISO 18962:2026 references and aligns with multiple international standards to ensure robust shipboard battery safety and performance:

• ISO 668: Classification and requirements for freight containers
• ISO 10055: Vibration testing for shipboard equipment
• ISO 15371: Fire-extinguishing systems for marine galleys
• ISO 17631: Shipboard plans for fire control and life-saving appliances
• ISO 17905: Installation and maintenance of container securing devices for ships
• ISO 9367-2: Lashing arrangements on vehicles for sea transportation
• IEC 60092-201: Electrical installations in ships
• IEC 60529: Degree of protection (IP Code) provided by enclosures
• IEC 61851-1: Charging systems for electric vehicles
• IEC 62619: Safety requirements for industrial-use lithium batteries

By following this standard and its related references, marine industry professionals can ensure the safety, reliability, and operational efficiency of swappable battery systems, supporting the transition to greener marine technology.