Utilization of industrial energy storage batteries for achieving corporate RE100 goals.

basic information

▼Stable Energy Supply Renewable energy generation is unstable due to weather and time of day, so surplus power can be stored using batteries and supplied during shortages. This enables a balance between energy supply and demand. ▼Reduction of Energy Costs By utilizing batteries, it is possible to store electricity during cheaper rate periods and use it during peak times or high-cost periods, allowing for peak shifting and peak cutting. This can reduce electricity costs and alleviate the financial burden on businesses. ▼Improvement of Renewable Energy Utilization Efficiency Sometimes, generated renewable energy cannot be fully utilized on-site, leading to surplus. Batteries can store this surplus energy without waste, maximizing the efficiency of renewable energy use. As a result, businesses can reduce energy waste and achieve more efficient operations. ▼Backup Power Source During Outages Batteries also function as backup power sources during outages or emergencies. This is crucial for businesses where power supply must not be interrupted. It allows for the use of renewable energy while minimizing risks.

Price information

▼Strategic Utilization of Energy Storage Systems for Achieving Corporate RE100 For companies, RE100 is not just about contributing to the environment; it is positioned as an important strategic choice for building long-term competitiveness and a sustainable business model. For companies aiming for RE100, the introduction of energy storage systems enables the maximum utilization of renewable energy, providing significant benefits in terms of stable energy supply, cost reduction, and risk management. Furthermore, by promoting the reduction of carbon dioxide emissions, it enhances corporate sustainability and fulfills social responsibility.

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Applications/Examples of results

▼Reduction of Carbon Dioxide Emissions By increasing the usage rate of renewable energy, the reduction of carbon dioxide emissions from companies is promoted. Utilizing storage batteries can maximize the use of renewable energy and contribute to decarbonization goals. ▼Improvement of Self-Sufficiency Rate of Renewable Energy Power It is important for companies to efficiently consume the renewable energy they generate within their own facilities in the context of RE100. By using storage batteries, generated energy can be stored and used when needed, thereby increasing the self-consumption rate of electricity. This serves as a means to reduce purchases of external electricity and strengthen the self-sufficiency rate of renewable energy. ▼The Important Role of Industrial Storage Batteries in Achieving Corporate RE100 To achieve the RE100 goal, companies need to cover all their electricity usage with renewable energy. By introducing storage batteries, surplus renewable energy can be stored, further increasing the proportion of renewable energy used. This initiative significantly reduces carbon dioxide emissions from companies and accelerates the achievement of RE100.

Detailed information

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  ●Stable Supply of Energy The generation of renewable energy is greatly influenced by weather and time of day, but by utilizing batteries, surplus electricity can be stored and supplied during times of low generation. This compensates for the instability of renewable energy supply and enables the stable use of 100% renewable energy.

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  ●Reduction of Energy Costs By utilizing storage batteries, it is possible to store electricity during times when rates are low and use it during peak times or high-cost periods. This enables "peak shifting" and "peak cutting." As a result, electricity costs can be reduced, alleviating the financial burden on businesses.

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  Improving the utilization efficiency of renewable energy There are times when generated renewable energy cannot be used on-site, resulting in surplus energy. Batteries can store this surplus energy without wasting it, maximizing the utilization efficiency of renewable energy. As a result, companies can reduce energy waste and enable more efficient operations.

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  ●Backup Power During Power Outages Batteries also function as backup power sources during power outages and emergencies. This is particularly important for businesses such as factories and data centers, where power supply must never be interrupted. It allows for the use of renewable energy while minimizing risks.

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  ●Reduction of Carbon Dioxide Emissions To achieve the RE100 goal, companies need to cover all of their electricity usage with renewable energy. By introducing energy storage systems, they can store surplus renewable energy and further increase the proportion of renewable energy used. This initiative significantly reduces a company's carbon dioxide emissions and accelerates the achievement of RE100.

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  Improving the self-sufficiency rate of renewable energy power It is important for companies to efficiently consume the renewable energy they generate within their own facilities, as outlined in RE100. By using storage batteries, they can store the generated energy and use it when needed, thereby increasing the self-consumption rate of electricity. This serves as a means to reduce the purchase of electricity from external sources and strengthen the self-sufficiency rate of renewable energy.

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  ●Adjustment of Energy Supply and Demand and Grid Load Reduction By using batteries, it is possible to store energy during periods of excessive supply from renewable energy and discharge it during times of high energy demand. This helps to reduce the load on the power grid and plays a role in balancing supply and demand. Reducing dependence on the grid also contributes to mitigating future energy supply risks.

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  ●Stabilization of long-term energy costs While batteries require an initial investment, they contribute to the stabilization of long-term energy costs by maximizing the use of renewable energy and adjusting supply and demand for electricity. In particular, they can reduce the risks associated with price fluctuations in the electricity market, providing significant advantages for corporate energy strategies.

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  ● The increasing social demands on corporate compliance, CSR, etc. ▷ The demand for securing trust from stakeholders such as local communities, employees, shareholders, and business partners. ▷ Contribution to the local community during disasters There is a growing expectation from local communities for companies to open their facilities and provide support in terms of relief supplies during disasters. Alongside their own BCP (Business Continuity Plan) initiatives, more companies are considering contributions to the entire region and implementing DCP (District Continuity Plan) measures. For companies with strong ties to the community, active engagement in CSR (Corporate Social Responsibility) activities, such as "contribution to the local community," is connected to participation in and response to regional continuity plans, which is considered part of the company's BCP measures.

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