Utilization of industrial storage batteries for BCP measures [Ensuring emergency power supply and maintaining functionality]

basic information

Industrial Storage System <BLP> that enables full-scale business continuity during disasters 【Examples of Benefits】 <As a measure to maintain functionality in apartments and offices> With a three-phase three-wire output of 30kW, it can be used for power equipment such as water supply pumps, and by incorporating a transformer, it is also possible to utilize single-phase devices like lighting, televisions, and air conditioning. Additionally, with a large capacity of 73.7kWh, it can reliably supply power even during prolonged power outages. <As an environmental measure and energy-saving application for factories, warehouses, and large commercial facilities> It allows for peak cut power settings, so by forcibly discharging during peak usage times, it helps control "maximum demand" and contributes to reducing electricity costs. Furthermore, with scheduled settings, peak shift effects can be achieved by charging and discharging generated power according to different time slots. ▼ Securing power is the first step in BCP measures One of the major issues during disasters is the cessation of power supply. To promptly implement business continuity plans during disasters, it is essential to secure a minimum level of infrastructure. Among these, ensuring a power supply that can handle long-term outages is considered crucial. *For more details, please refer to the materials. Feel free to contact us with any inquiries.

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Applications/Examples of results

**Purpose** ■Reduction of electricity costs and securing emergency power supply Since the Great East Japan Earthquake, there has been an increase in companies, organizations, and facilities introducing industrial storage batteries as a preparation for large-scale natural disasters. This industrial storage battery is useful for securing emergency power supply and maintaining functionality. **Benefits of Reducing Electricity Costs** The industrial storage system 'BLP', which allows for peak cut power settings, controls "maximum demand" by forced discharge during peak usage times, contributing to reduced electricity costs. Additionally, by scheduling charge and discharge according to time zones, peak shift effects can also be achieved. **Initiatives for Business Continuity During Disasters** To promptly execute business continuity plans during disasters, it is necessary to secure a minimum level of infrastructure. Among these, securing emergency power that can respond to long-term power outages is emphasized. The combination of renewable energy facilities and industrial storage batteries is considered essential for formulating business continuity plans and is very effective as a "disaster response" measure. Even if a power outage lasts for an extended period, it is possible to respond with self-generated power and storage batteries until recovery. *For more details, please refer to the PDF materials or feel free to contact us.*

Detailed information

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  As part of measures to strengthen regional disaster prevention capabilities (National Resilience), DCP refers to establishing a system that can provide infrastructure such as power, which has been prepared in advance by the company, to fulfill the roles of mutual assistance and cooperation in collaboration with the entire community during a disaster. For companies closely related to the region, this leads to active engagement in CSR (Corporate Social Responsibility) activities, such as "contributing to the local community," and contributes to enhancing the "strengths and value of the company."

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  ●Securing Power is the First Step in BCP Measures In times of emergency, companies are required to prepare to continue essential operations. To swiftly implement a Business Continuity Plan (BCP) during a disaster, it is necessary to secure at least the minimum infrastructure. Among these, ensuring emergency power that can handle long-term power outages is emphasized. In the case of large-scale disasters like the Great East Japan Earthquake, it is anticipated that power outages could last more than a week, and immediately after a disaster, there is a possibility of isolation due to road disruptions and shortages of supplies caused by disruptions in distribution. Using small batteries or gasoline-powered generators as emergency power sources requires storing large quantities of batteries and fuel, which can be difficult if procuring fuel becomes challenging. However, if self-consumption solar power generation and industrial storage batteries can be implemented, it becomes possible to use the generated electricity and storage batteries together during large-scale power outages, enabling long-term outage measures.

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  ● Important BCP Measures for Companies BCP (Business Continuity Planning) is required to prevent activities from coming to a standstill during a disaster. Securing power supply during emergencies is extremely important. It leads to "peace of mind and safety" in case of unexpected power outages, as well as external "credibility and trust." In recent years, there have been increasing instances of natural disasters where basic functions cannot be maintained. This not only results in economic losses but also negatively impacts the brand image of companies. The introduction of energy storage systems can ensure power supply during outages and contribute to the rapid recovery of business operations.

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  ●BCP (Business Continuity Plan) Measures To promptly execute the BCP during a disaster, it is essential to secure a minimum infrastructure. The industrial storage system 'BLP' has a three-phase, three-wire output of 30kW, which can also be used for power equipment such as water supply pumps. Additionally, by incorporating a transformer (*), it is possible to utilize single-phase devices such as lighting, televisions, and air conditioning. Furthermore, with a large capacity of 73.7kWh, it can reliably supply power even during prolonged outages. (*Limited to customers with high-voltage power supply contracts.)

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  ●Utilization of Clean Energy Reduction of CO2 emissions through integration with solar power generation. Enhancing corporate value while considering the environment. The introduction of storage batteries is highly effective as an energy-saving measure for companies. By combining with solar power generation, it significantly reduces energy consumption through energy creation. It becomes possible to consume the "generated electricity" from renewable energy for self-consumption.

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  ●Promotion of SDGs Contributing to the achievement of the SDGs (Sustainable Development Goals) and enhancing corporate value. As companies are strongly urged to reduce CO2 emissions, the introduction of storage batteries leads to active engagement in CSR (Corporate Social Responsibility) activities such as "efforts to improve environmental issues" and "contributions to local communities." Corporate activities that consider the environment will enhance "corporate strengths and values."

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  ●You can save on electricity costs. Industrial storage batteries significantly enhance energy-saving effects when linked with renewable energy devices such as solar power generation. Charge the storage battery during low-rate hours (mainly at night). By using electricity from the charged storage battery during high-rate hours, you can save on electricity costs.

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  One of the backup power supply systems that can be used safely is a storage battery. More and more companies are introducing storage batteries as emergency power sources to protect data server information and secure communication means in case of a power outage. By storing electricity in a battery, you can ensure a power supply during emergencies. As part of BCP measures, why not consider introducing storage batteries for further cost reduction in your daily operations?

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  ●Batteries Contribute to Strengthening Disaster Preparedness In recent times, there is a growing demand for preparations to continue essential operations even during emergencies such as natural disasters. Many companies are advancing their disaster response plans by combining batteries with solar power generation to reduce energy consumption through renewable energy. Furthermore, the increasing demand for battery and solar power systems from public facilities, which serve as hubs during disasters, indicates that this trend is expanding. Why not prepare for power outages caused by unpredictable natural disasters with batteries?

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