To enhance societal sustainability and safety, the field of social infrastructure is advancing the adoption of electrification, renewable energy, and strengthening emergency response capabilities. In this context, batteries play a crucial role in ensuring "stable power supply," "efficient energy utilization," and "backup during emergencies.

【Application Examples】
Railways: For railway vehicles, it is essential to install highly reliable backup power sources to ensure safety during emergencies, maintain continuous operation, and support communication systems. These applications require batteries that are compact, lightweight, and equipped with high safety standards. Panasonic Energy’s batteries provide safety and peace of mind as backup power sources for railway infrastructure, supporting stable operation.

Wind Power Generation: Wind turbines require backup power for operation control systems, and batteries used must resist degradation even with repeated unstable charge and discharge cycles. Panasonic Energy’s batteries offer long-term reliability as backup power for wind turbine blade pitch control systems.

Energy Storage Systems (ESS): With the increase in renewable energy facilities, the adoption of energy storage systems is expanding. These systems are used for various purposes, including self-consumption at business sites, backup power, and load management through output control. Panasonic Energy provides high-reliability, safe, and long-life backup power systems based on lithium-ion batteries as core components.

We recommend the suitable batteries for your product. By clicking the ✔ mark in the table, you can view the product information about the corresponding battery.

The applications listed above are representative examples. For detailed information or specific inquiries, please contact us.