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Amid the ongoing rise in electricity costs, 'eCHARGE' is an industrial storage battery system that effectively utilizes surplus electricity generated from solar power to contribute to reducing electricity expenses. It can be connected to a maximum of 384kWh (10 units in parallel) and charges the battery with electricity generated beyond the output of the power conditioner (power con), discharging according to consumption. By prioritizing the use of electricity generated from solar power and purchasing only the shortfall from the power company, it also contributes to reducing electricity costs. ■ Features of eCHARGE - Reduces electricity costs and business risks - Eliminates generation loss, achieving waste-free consumption - Ensures safety and durability - Achieves further reductions in electricity costs by combining with solar power generation - Improves the utilization rate of renewable energy, contributing to carbon neutrality - Can be used as an emergency power source in case of emergencies - Output control is possible with a 10-year warranty ■ Solutions to these issues - Want to secure an emergency power source during power outages - Want to strengthen BCP measures for care facilities - Want to introduce a storage battery using subsidies *For more details, please download the catalog or feel free to contact us. *Case study materials (electricity cost reduction results) are also available.

• Fuel Cells

In the retail and distribution industry, stable supply of products is key to business continuity. In particular, the instability of power supply can affect inventory management and store operations. Additionally, fluctuations in electricity prices directly impact operating costs. In such situations, securing emergency power and reducing electricity costs are important challenges. The industrial storage battery 'eCHARGE' contributes to addressing these challenges by providing stable power supply and cost reduction. 【Usage Scenarios】 - Emergency power supply for stores and warehouses - Reduction of electricity costs through peak power cut - Promotion of renewable energy utilization 【Effects of Implementation】 - Maintenance of product management and sales opportunities during power outages - Improvement in profits through reduction of electricity costs - Contribution to reducing environmental impact

• Fuel Cells

In financial institutions, ensuring business continuity is extremely important. Even in the event of unexpected disasters or power outages, a system must be maintained to continue providing services to customers. In particular, securing a stable emergency power supply is essential for operating critical financial transactions and information systems. Our industrial storage battery, 'eCHARGE', strongly supports the business continuity plans (BCP) of such financial institutions. 【Usage Scenarios】 - Maintaining system operation during disasters - Data center backup during power outages - Securing power for critical infrastructure 【Benefits of Implementation】 - Improved business continuity - Maintaining customer trust - Reduced risk of system downtime

• Fuel Cells

In the data center industry, the continuity of system operations is extremely important. Unexpected power outages and instability in power supply can lead to serious risks such as business interruptions and data loss. Therefore, the introduction of emergency power supplies to ensure stable power supply is essential. Our industrial storage battery "eCHARGE" provides a reliable solution that meets the needs of such data centers. 【Usage Scenarios】 - Measures against power outages during system operations - Backup during unstable power system conditions - Reduction of power costs through peak cutting 【Benefits of Implementation】 - Reduced risk of system downtime - Strengthened data protection - Optimization of power costs

• Fuel Cells

In public facilities, securing emergency power is emphasized for the stable provision of services to residents and ensuring safety during emergencies. Particularly during disasters or power outages, a wide range of responses is required, including maintaining facility functions, accommodating evacuees, and providing information. There is a risk that the interruption of power supply could hinder the provision of these services. Our industrial storage battery, 'eCHARGE,' contributes as a reliable emergency power source to address these challenges. 【Usage Scenarios】 - Maintaining facility functions during disasters - Power supply for evacuation centers - Backup for information and communication devices - Continuation of medical and welfare services 【Effects of Implementation】 - Continuation of service provision during emergencies - Ensuring the safety of residents - Reducing operational risks for facilities

• Fuel Cells

In the transportation and logistics industry, ensuring business continuity and stable power supply is essential. In particular, maintaining transportation routes and securing power at bases are critical elements that support the core of business activities. Unstable power supply poses risks of delays in logistics and the cessation of base functions. The industrial storage battery 'eCHARGE' addresses these challenges by serving as an emergency power source and reducing electricity costs, thereby contributing to improved business continuity and reduced management risks. 【Usage Scenarios】 - Securing base power during outages - Charging infrastructure for transport equipment - Peak shaving of electricity demand 【Effects of Implementation】 - Strengthening business continuity plans (BCP) - Reducing electricity costs - Promoting the use of renewable energy

• Fuel Cells

In the agricultural sector, securing a stable power supply is emphasized to ensure the stable operation of production equipment and to prevent losses caused by unexpected power outages. Particularly, interruptions in power supply can directly lead to delays in production planning and a decline in quality when conducting precise production management. Our industrial storage battery, 'eCHARGE,' contributes to addressing these challenges by serving as a stable emergency power source and as a means of reducing electricity costs. 【Usage Scenarios】 - Backup during charging and operation of agricultural machinery - Emergency power source for irrigation systems and temperature control systems - Reduction of electricity costs through peak demand cutting 【Benefits of Implementation】 - Reduction of production losses due to stable operation of production equipment - Minimization of damage through emergency response during power outages - Improvement of management costs through reduction in electricity bills

• Fuel Cells

In educational institutions, it is important to maintain a learning environment during disasters or power outages and to protect students' learning opportunities. In particular, a stable power supply for PCs, tablets, lighting, and air conditioning is essential for the continuation of educational activities. An unexpected interruption in power supply can lead to delays in learning and loss of educational opportunities. Our industrial storage battery, 'eCHARGE,' enables stable power supply even in emergencies, supporting the continuation of learning in educational institutions. 【Usage Scenarios】 - Emergency power supply during disasters - Continuation of learning during power outages - Power supply for PCs and tablets - Maintenance of lighting and air conditioning 【Benefits of Implementation】 - Prevention of loss of learning opportunities - Assurance of continuity in educational activities - Ensuring the safety of students and staff

• Fuel Cells

In hotels and accommodation facilities, a stable power supply is essential for providing comfortable services to customers and ensuring safety. Especially during disasters or unexpected power outages, there may be disruptions in customer service, leading to issues related to reliability. To protect customer safety and security and ensure business continuity, securing a reliable emergency power source is crucial. Our industrial storage battery, 'eCHARGE,' addresses these challenges and achieves stable power supply. 【Usage Scenarios】 - Backup for indoor lighting, air conditioning, and communication devices during power outages - Securing the power necessary for customer service during emergencies - Maintaining means of information dissemination during disasters 【Benefits of Implementation】 - Enables the provision of normal services even during power outages, maintaining customer satisfaction - Risk reduction through strengthening of business continuity plans (BCP) - Ensures safety during emergencies and enables prompt customer response

• Fuel Cells

In the food processing industry, temperature management is emphasized to maintain consistent product quality. In particular, the preservation of freshness for fresh and processed foods, as well as the stable operation of freezing and refrigeration equipment, directly impacts product safety and customer satisfaction. Unstable power supply and power outages can lead to quality deterioration, waste loss, and even hygiene management issues. The industrial storage battery 'eCHARGE' addresses these challenges by providing stable power supply and BCP measures, supporting the preservation of food quality. 【Usage Scenarios】 - Backup for freezing and refrigeration equipment during power outages - Stable operation through peak power demand reduction - Maintenance of constant temperatures necessary for quality management 【Benefits of Implementation】 - Preservation of food freshness and prevention of quality deterioration - Reduction of waste loss - Thorough hygiene management - Reduction of electricity costs

• Fuel Cells

In the telecommunications industry, stable information transmission 24 hours a day, 365 days a year is required. Especially during disasters or power outages, maintaining the communication network is essential for the functionality of social infrastructure. A disruption in power supply can lead to the suspension of communication services, potentially affecting a wide area. Therefore, securing power during emergencies is an urgent issue. The industrial storage battery 'eCHARGE' supports stable power supply as a BCP measure for such communication infrastructure. 【Usage Scenarios】 - Backup power for base stations - Emergency power for data centers - Uninterrupted power supply for communication equipment 【Benefits of Implementation】 - Reduced risk of communication interruptions - Maintenance of information transmission networks during disasters - Improved business continuity

• Fuel Cells

In the medical and welfare industry, uninterrupted power supply is extremely important, as it is directly linked to the preservation of patients' lives, even in emergencies. Power outages can lead to the shutdown of medical devices and the malfunction of life support systems, potentially resulting in serious situations. Therefore, ensuring a reliable backup power source is the top priority in facility safety management. Our industrial storage battery, 'eCHARGE,' can be utilized as an emergency power source to meet the stringent demands of medical and welfare settings. 【Usage Scenarios】 - Power supply to medical devices and life support systems during power outages - Power backup during nighttime and holidays - Continuation of facility operations during disasters 【Benefits of Implementation】 - Ensuring patient safety and life support - Improving the continuity of medical services - Reducing operational risks for facilities

• Fuel Cells

In the manufacturing industry, it is essential to maintain production lines and minimize opportunity losses even in the event of unexpected power outages. Particularly in factories that manufacture precision equipment or engage in continuous production, even a brief interruption in power supply can directly lead to a decline in product quality or delays in production schedules. Therefore, the introduction of emergency power sources that can ensure stable power supply is important from the perspective of business continuity planning (BCP). Our industrial storage battery, 'eCHARGE,' meets the needs of the manufacturing industry and strongly supports continuous production. 【Usage Scenarios】 - Operation of production lines in factories - Backup for critical equipment - Data preservation during power outages 【Benefits of Implementation】 - Reduction of losses due to production stoppages - Improvement of business continuity - Reduction of electricity costs

• Fuel Cells

We would like to introduce a case where the industrial storage battery "eCHARGE" was implemented at a seafood processing factory. The customer had a refrigeration and freezing facility with high power consumption of 24 hours, and the recent surge in electricity prices was a challenge. Therefore, they requested the installation of a storage battery to reduce electricity costs during the night. After the installation, it is expected that the annual electricity costs will be reduced by approximately 2.75 million yen. 【Installed Equipment】 ■ Panel Capacity: 84.48kW ■ PCS: Yaskawa Electric three-phase 9.9kW × 4 units = 39.6kW ■ Storage Battery Capacity: eCHARGE 38.4kWh × 4 units = 153.6kWh *For more details, please download the PDF or feel free to contact us.

• Cells and batteries

We would like to introduce a case study of the introduction of the industrial storage battery "eCHARGE" at a nursing care facility. The customer expressed a desire to utilize the storage battery for self-consumption during non-daytime hours due to the use of air conditioning for 24 hours. Additionally, the introduction was considered with the perspective of using it as an emergency power source, as the formulation of business continuity plans (BCP) has become mandatory. After the introduction, it is expected to reduce annual electricity costs by approximately 5 million yen and reduce CO2 emissions by about 122.6 tons per year. 【Installed Equipment】 ■Panel Capacity: JINKO 480W × 465 units = 223.20 kW ■PCS: Yaskawa Electric 9.9 kW three-phase × 13 units = 128.7 kW ■Storage Battery Capacity: eCHARGE 38.4 kWh × 3 units = 115.2 kWh *For more details, please download the PDF or feel free to contact us. *Support for the introduction of storage batteries and emergency power supply equipment for nursing care facilities (subsidies and grants) is also available.

• Cells and batteries

The "eCHARGE" is a direct current lithium-ion battery system that uses an on-board storage battery with very high safety and durability. It can be connected in parallel up to a maximum of 384kWh (10 units), allowing power generated beyond the output of the power conditioner (power control) to be charged into the storage battery and discharged according to consumption. It prioritizes the use of electricity generated from solar power and contributes to reducing electricity costs by purchasing only the shortfall from the power company. ■ Features of eCHARGE - Reduces electricity costs and business risks - Eliminates generation loss and achieves efficient consumption - Ensures safety and durability - Achieves further reductions in electricity costs by combining with solar power generation - Improves the utilization rate of renewable energy and contributes to carbon neutrality - Can be used as an emergency power source in times of crisis - Offers a 10-year warranty with output control available * For more details, please download the catalog or feel free to contact us. * Case study materials (electricity cost reduction achievements) are also available.

• Fuel Cells