Nitto L Materials Product Lineup

The Resilience Charge is a disaster prevention system for homes that automatically supplies power from an external source during a power outage. - It utilizes power sources such as EVs, PHVs, HV vehicles, solar power generation, portable power supplies, and generators to supply electricity to pre-set emergency circuits. - It automatically detects power outages from the electric company and switches to an external power source, ensuring that essential electricity for lighting, refrigerators, communication devices, and other necessities is secured even during disasters. - It enables power outage measures without the need for expensive storage batteries or V2H equipment and can be retrofitted to existing homes. It is ideal for natural disaster measures such as earthquakes, typhoons, and heavy rain, as well as BCP measures and the establishment of home evacuation environments.

In medical institutions, a stable power supply is extremely important for the operation of life-sustaining medical equipment and for maintaining a comfortable environment for patients. In the event of a power outage, the cessation of medical devices and deterioration of the environment can lead to serious situations that may endanger patients' lives. Therefore, it is essential to establish a power supply system that remains uninterrupted even during disasters. Resilience Charge automatically detects power outages from the electric company and switches to external power sources such as EVs, PHVs, HV vehicles, solar power generation, portable power sources, and generators, continuously supplying power to emergency circuits. This ensures the necessary power for life support and patient care, including medical devices, lighting, and communication equipment, thereby supporting the safe and secure operation of medical institutions. 【Usage Scenarios】 - Areas using life support devices, such as operating rooms and intensive care units (ICUs) - Medical information systems like electronic medical record systems and imaging diagnostic equipment - In-hospital lighting and air conditioning systems - Temperature management of pharmaceutical storage 【Benefits of Implementation】 - Ensuring patient safety through continuous operation of medical devices - Providing consistent medical services even during power outages - Strengthening business continuity planning (BCP) - Cost-effective power outage measures as an alternative to expensive battery storage systems

In the data center industry, the stable operation of servers and communication equipment is fundamental to information protection. Power outages pose a significant threat, increasing the risk of data loss, system downtime, and even information leakage. In environments where 24/7 operation is required, even a momentary interruption in power supply is unacceptable. Our Resilience Charge maintains power supply to critical infrastructure in data centers through automatic power supply from external sources under such circumstances, thereby strengthening the information protection system. 【Usage Scenarios】 - Power supply to server rooms and communication equipment rooms - Power supply to monitoring systems and security systems - Minimizing system downtime during power outages 【Benefits of Implementation】 - Reduced risk of data loss - Shortened system downtime - Strengthened information protection system

In financial institutions, from the perspective of business continuity planning (BCP), it is essential to ensure a stable supply of power necessary for operations even during power outages. In particular, the management of customer information and transaction records, as well as the maintenance of communication systems, are vital lifelines for business continuity. Unexpected power outages can lead to opportunity losses due to business interruptions and a loss of trust from customers. The resilience charge automatically detects power outages from the utility company and supplies power to emergency circuits using EVs, PHVs, HV vehicles, solar power, portable power sources, and generators, ensuring that necessary power for business continuity, such as lighting, refrigerators, and communication devices, is secured even during disasters. [Usage Scenarios] - Backup power during outages at branches or data centers - Power supply to home offices in remote work environments - Maintenance of information and communication networks during disasters [Benefits of Implementation] - Strengthening of business continuity planning (BCP) - Reduction of risks associated with business interruptions due to power outages - Maintenance of customer trust

In the manufacturing industry, unexpected power outages can have serious consequences, such as halting production lines, product loss, and increased recovery costs. Particularly in factories that require the manufacturing of precision equipment or operate 24 hours a day, the stability of power supply is key to business continuity. Our Resilience Charge supports business continuity planning (BCP) by providing automatic power supply from external sources in such situations, contributing to the maintenance of production activities. 【Usage Scenarios】 - Power supply to critical equipment within factories - Reduction of production line downtime - Securing power as part of BCP measures 【Benefits of Implementation】 - Mitigation of the risk of production line stoppage during power outages - Improvement of business continuity - Reduction of recovery time and costs

In the telecommunications industry, the stable operation of communication infrastructure during disasters is extremely important. When a power outage occurs, communication networks can be disrupted, significantly impacting social life and economic activities. Particularly in critical facilities such as base stations and data centers, interruptions in power supply are unacceptable. Our Resilience Charge automatically detects power outages from utility companies and instantly switches to external power sources such as EVs, PHVs, HVs, solar power, portable power supplies, and generators, maintaining power supply to communication equipment. This enables the continuation of communication services even during disasters, protecting social infrastructure. 【Usage Scenarios】 - Backup power for communication base stations - Emergency power for data centers - Protection of communication equipment in offices and business locations - Ensuring emergency communication networks during disasters 【Benefits of Implementation】 - Reduced risk of communication service interruptions due to power outages - Strengthening of BCP (Business Continuity Planning) - Improved reliability as social infrastructure - Reduced dependence on expensive battery storage systems

In the transportation industry, securing the necessary power for maintaining operations is crucial, even in the event of an unexpected power outage. In particular, supplying power to infrastructure that supports safe and smooth operations, such as traffic signals, communication equipment, and operation management systems, is essential. The failure of these functions due to a power outage can lead to delays, confusion, and increased safety risks. Resilience charging automatically supplies power to emergency circuits using EVs, PHVs, HVs, solar power, portable power sources, and generators in such situations, ensuring the continued power supply to critical infrastructure and supporting the maintenance of operations. 【Usage Scenarios】 - Backup power for operation management centers - Emergency power for traffic signals and traffic control systems - Power supply for communication devices in emergencies - Securing emergency power at vehicle depots 【Benefits of Implementation】 - Maintains power supply to operation management systems and communication devices even during outages, enhancing operational continuity - Supports safe operations by maintaining the functionality of traffic signals and traffic control systems - Effectively utilizes EVs, PHVs, and HVs to implement power outage measures while minimizing new capital investments - Can be retrofitted to existing equipment, lowering the barriers to implementation

In the retail industry, it is essential to continue store operations and maintain service to customers even in the event of sudden power outages. Particularly, securing power for lighting, cash register systems, and refrigeration and freezing equipment is crucial for business continuity. To prevent opportunity loss and a decline in customer satisfaction due to power outages, establishing a rapid and reliable power supply system is indispensable. Resilience Charge supports the continuation of store operations by automatically supplying power to emergency circuits using existing power sources in response to such challenges. 【Usage Scenarios】 - Power supply for store lighting, cash registers, and POS systems - Power supply for refrigeration and freezing cases - Maintaining operation of communication devices and back-office equipment - Establishing a home evacuation environment during disasters 【Benefits of Implementation】 - Improved business continuity during power outages - Maintenance and enhancement of customer satisfaction - Reduction of opportunity loss - Strengthening of BCP (Business Continuity Planning) measures

In the hotel industry, stable power supply during power outages is essential for providing comfortable services and ensuring safety for guests. Particularly, the power supply to critical facilities such as lighting, air conditioning, communication devices, and elevators directly impacts guest satisfaction and safety. If an unexpected power outage occurs and these facilities stop functioning, it can cause inconvenience and anxiety for guests and potentially affect the hotel's reliability. Resilience Charge addresses these challenges by utilizing existing EVs, PHVs, HVs, solar power, portable power sources, and generators to automatically supply power to emergency circuits, ensuring that necessary power is secured even during outages and supporting the continuation of services for guests. 【Usage Scenarios】 - Maintaining indoor lighting during power outages - Power supply to refrigerators and kitchen equipment - Keeping communication devices (Wi-Fi, phones) operational - Continuing elevator operation - Utilization as an emergency power source 【Benefits of Implementation】 - Providing a comfortable environment for guests even during power outages - Maintaining customer satisfaction through continued service provision - Enhancing the hotel's reliability and brand image - Strengthening BCP (Business Continuity Planning) measures

In public facilities, ensuring emergency power supply is crucial for evacuation guidance during disasters and for the safety of facility users. If a power outage occurs, the inability to use lighting and communication devices can lead to confusion and make evacuation guidance difficult. Additionally, the cessation of heating, cooling, and information provision systems may compromise user comfort and safety. Resilience Charge automatically supplies power to pre-set emergency circuits even under such circumstances, supporting the provision of power to necessary equipment. 【Usage Scenarios】 - Ensuring lighting during evacuation guidance in emergencies - Maintaining operation of emergency broadcasting equipment and communication devices - Preserving information provision functions at reception and information desks - Utilization as an emergency power source 【Effects of Implementation】 - Ensures lighting within the facility during power outages, supporting safe evacuation guidance. - Enables rapid and accurate information transmission through power supply to communication devices and emergency broadcasting equipment. - Reduces user anxiety and enhances the continuity of facility operations.

In the agricultural sector, a stable power supply is essential for growth management. Particularly, for temperature control, irrigation systems, and the operation of sensors, it is necessary to have a system in place that can quickly and reliably secure power even in the event of unexpected power outages. Power outages can have serious impacts on crop growth, potentially leading to reduced yields and lower quality. Our Resilience Charge addresses these challenges by automatically switching power supply during outages, utilizing existing equipment to protect the growing environment of valuable crops. 【Usage Scenarios】 - Temperature and humidity management in greenhouses - Operation of irrigation systems - Data collection from sensors (soil sensors, weather sensors, etc.) - Ensuring power supply for sorting facilities and refrigerators 【Benefits of Implementation】 - Minimizing the impact of power outages on growth - Maintaining crop quality and stabilizing yields - Reducing the need for human intervention through automatic switching - Utilizing existing EVs and portable power sources

In educational institutions, ensuring the safety of students and staff and the continuation of learning opportunities is essential even during disasters. Particularly in the event of a power outage, the inability to use lighting, PCs, and network equipment may hinder the implementation of classes and information sharing. Maintaining the learning environment and ensuring learning continuity in such situations is a significant challenge for educational institutions. Resilience Charge is a disaster prevention system for homes that automatically supplies power from an external source during power outages, and its functions can also be applied as part of the BCP measures for educational institutions. 【Usage Scenarios】 - Continuation of classes during disasters - Ensuring power supply for PC classrooms and libraries - Backup for information systems and communication devices - Learning support in case of home evacuation 【Benefits of Implementation】 - Ability to supply power to essential learning equipment even during power outages - Minimizing the loss of learning opportunities - Enhancing the sense of security for students and staff - Strengthening BCP measures for educational institutions

In research institutions, a stable power supply is essential to ensure the continuity of experiments and the reliability of data. In the event of a power outage, not only are experiments interrupted and valuable data lost, but there is also the potential for time and economic losses due to the need to redo experiments. This is particularly a serious issue in research that requires precise experiments or long-duration processes, where unexpected power outages can have significant consequences. Resilience Charge automatically detects power outages from utility companies and switches to external power sources such as EVs, PHVs, HV vehicles, solar power, portable power sources, and generators, providing uninterrupted power necessary for experiments. This helps prevent interruptions in experiments and supports the continuity of research activities. 【Usage Scenarios】 - Power supply for lighting, PCs, and measuring instruments in laboratories - Backup power for servers and data loggers - Ensuring power supply for long-duration experiments and cultivation processes - BCP measures for research facilities 【Benefits of Implementation】 - Reduced risk of data loss due to experiment interruptions - Secured and streamlined research time - Mitigation of investment in expensive battery storage systems - Quick implementation through retrofitting existing equipment