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This document is a proposal for those considering entering the low-voltage battery storage business. In addition to trends in electricity demand and background information such as VPP and DR, it includes an overview of the business, including battery capacity, output, estimated investment amount, and estimated payback period. It also includes simulations for immediately after the start of the business and over a 20-year period, which can be used as a reference for investment decisions. [Contents] ■ Background of the proposal (electricity demand, VPP, DR) ■ Overview (battery capacity, investment amount, estimated returns, etc.) ■ Simulation immediately after the start of the business ■ 20-year cumulative simulation *For more details, please download the PDF or feel free to contact us.

In the manufacturing industry, maintaining stable production activities is key to business continuity. Fluctuations in power supply and unexpected outages can directly lead to production line stoppages and declines in product quality. Therefore, solutions that can achieve both stable power supply and cost reduction are in demand. This document is a proposal aimed at manufacturers seeking to address these challenges and secure new revenue sources through entry into the low-voltage battery business. 【Usage Scenarios】 - Factories with significant fluctuations in power demand - As a measure for BCP (Business Continuity Planning) - In conjunction with the introduction of renewable energy 【Benefits of Implementation】 - Reduction in power costs - Maintenance of productivity through stabilization of power supply - Creation of revenue opportunities by participating in VPP (Virtual Power Plant) and DR (Demand Response)

To all retailers, I believe that measures against power outages for business continuity are an urgent issue. The stability of power supply is extremely important for store operations and maintaining product quality. Unexpected power outages can lead to direct damages such as loss of sales opportunities and deterioration of refrigerated and frozen goods. To mitigate these risks and support stable business operations, please consider entering the low-voltage battery system market. 【Usage Scenarios】 - Continuation of store operations (lighting, cash registers, air conditioning, etc.) - Maintenance of quality for refrigerated and frozen products - Stabilization of back-office operations 【Benefits of Implementation】 - Improved business continuity during power outages - Reduced risk of product loss - Maintenance of customer satisfaction

In medical institutions, the continuity of power supply is extremely important for the stable operation of life-supporting equipment. Power outages or instability in power supply can directly impact patient safety. Therefore, securing emergency power and optimizing electricity costs are essential. This document presents a proposal to contribute to solving these challenges through entry into the low-voltage battery business. 【Usage Scenarios】 - Power supply for life-support devices - Backup power for medical equipment - Reduction of electricity costs 【Effects of Implementation】 - Stabilization of power supply during emergencies - Contribution to ensuring patient safety - Improvement of business continuity

In the stable operation of data centers, the continuity of power supply is extremely important. Unexpected power outages or shortages can have serious consequences, such as business interruptions due to system downtime or data loss. Therefore, measures to ensure a stable power supply are required. This document provides an overview of the business and simulation information that can serve as a reference for investment decisions for data center operators who wish to stabilize power supply through entry into the low-voltage battery business. 【Usage Scenarios】 - Backup for power supply - Participation in VPP (Virtual Power Plant) and DR (Demand Response) - Strengthening of business continuity plans (BCP) 【Benefits of Implementation】 - Reduction of system downtime risk through stabilization of power supply - Improvement of business continuity - Potential creation of new revenue opportunities

In commercial facilities, stable power supply and the associated maintenance of customer attraction are important challenges. In today's world, where fluctuations in power demand and the utilization of renewable energy are required, the introduction of battery storage systems is expected to contribute to reducing electricity costs and serving as a backup power source during disasters. This document is a proposal aimed at those considering entering the low-voltage battery storage business, providing information that will be useful in evaluating the profitability and stability of the business. 【Usage Scenarios】 - Reduction of electricity costs - Business continuity planning (BCP) measures during disasters - Effective utilization of renewable energy 【Effects of Implementation】 - Maintenance of customer attraction opportunities through stable power supply - Reduction of running costs - Enhancement of corporate value

In office buildings, a system that allows for business continuity even during unexpected power outages is required. In particular, the stable operation of essential equipment for business continuity, such as servers and communication devices, is directly linked to maintaining customer trust. Business interruptions due to unforeseen circumstances can lead to lost opportunities and a decline in credibility. This document is a proposal for those considering entering the low-voltage battery business and can be utilized as part of a business continuity plan. 【Usage Scenarios】 - As a backup power source during outages - Cost reduction through peak shaving of electricity demand - Participation in VPP (Virtual Power Plant) and DR (Demand Response) 【Benefits of Implementation】 - Improved business continuity - Control of electricity costs - Creation of new revenue opportunities

In educational institutions, stable power supply and optimization of future energy costs are required. In particular, due to the spread of ICT devices and the growing awareness of energy conservation, the establishment of a sustainable learning environment is being emphasized. This document is a proposal aimed at educational institutions considering entry into the low-voltage battery business. In addition to trends in power demand and background information such as VPP and DR, it includes an overview of the business, including battery capacity, output, estimated investment amount, and estimated payback period. Simulations for both immediately after the start of the business and over a 20-year period are also included, which can be used as a reference for investment decisions. 【Use Cases】 - Power peak cutting in school facilities - Collaboration with the introduction of renewable energy - Use as an emergency power source during disasters 【Effects of Implementation】 - Reduction of energy costs - Stabilization of power supply - Reduction of environmental impact

In the hotel and accommodation industry, stable power supply and the provision of a comfortable stay environment for customers are essential. In particular, the stable operation of facilities directly related to customer satisfaction, such as air conditioning and lighting, is important. Amid fluctuations in power demand and the movement towards the introduction of renewable energy, optimizing energy costs and stabilizing supply have become significant challenges in business operations. This document is a proposal aimed at addressing these challenges and enhancing business value through entry into the low-voltage battery system business. 【Usage Scenarios】 - Cost reduction through peak cutting of power demand - Improvement of energy self-sufficiency through collaboration with renewable energy - Utilization as an emergency power source during disasters 【Effects of Implementation】 - Increased profitability through reduction of energy costs - Maintenance and enhancement of customer satisfaction through stable power supply - Strengthening of business continuity planning (BCP)

In the transportation industry, ensuring business continuity is crucial. Stabilizing power supply serves as the foundation for smooth daily operations. This document is a proposal aimed at those considering entering the low-voltage battery storage business. It includes information on trends in power demand, as well as background information on VPP (Virtual Power Plant) and DR (Demand Response), along with an overview of the business, including battery capacity, output, estimated investment amount, and projected payback period. Simulations for both immediately after the start of the business and over a 20-year period are also included, which can be used as a reference for investment decisions. 【Usage Scenarios】 - Power backup for business continuity - Optimization of electricity costs - Utilization of renewable energy 【Effects of Implementation】 - Continuation of operations due to stabilized power supply - Reduction of unexpected power outage risks - Potential for energy cost reduction

In the agricultural sector, the stable operation of agricultural machinery and facilities is directly linked to productivity. Unexpected power outages and unstable power supply can damage important equipment and lead to losses due to work interruptions. To mitigate these risks and enhance business continuity, it is crucial to establish a reliable power supply system. This document presents a proposal to contribute to solving these issues through entry into the low-voltage battery business. 【Usage Scenarios】 - Stabilization of power supply for agricultural machinery - Power supply for facilities such as greenhouses - Backup power supply in emergencies 【Benefits of Implementation】 - Reduced risk of equipment failure through protection - Maintenance of productivity through stabilized power supply - Improved business continuity

In public facilities, especially disaster prevention bases, stabilizing power supply during emergencies is an urgent issue. To ensure continuous power supply during disasters and support the safety of residents, information transmission, and medical activities, securing a reliable power source is essential. This document is a proposal summarizing the business overview and financial simulations for public facility stakeholders considering entering the low-voltage battery business. 【Usage Scenarios】 - Utilization as an emergency power source during disasters - Cost reduction through power demand leveling - Participation in VPP (Virtual Power Plant) and DR (Demand Response) 【Effects of Implementation】 - Reduction of the risk of power supply interruption during disasters - Expected real yield of over 10% during the business period - Contribution to the stabilization of the power system

In the telecommunications infrastructure industry, the continuity of power supply is essential for stable service provision. Particularly, maintaining communication networks during disasters and power outages is a crucial responsibility as part of social infrastructure. Amidst the focus on fluctuations in power demand and the utilization of new power systems such as VPP (Virtual Power Plants) and DR (Demand Response), the introduction of storage batteries for low-voltage systems contributes to strengthening business continuity plans (BCP) and creating new revenue opportunities. This document is a proposal aimed at customers considering entry into the low-voltage storage battery business, taking these backgrounds into account. 【Usage Scenarios】 - Backup for communication networks during disasters - Power supply assistance during power demand and supply constraints - Effective utilization of renewable energy 【Benefits of Implementation】 - Stable supply of communication services - Improved business continuity - Securing new sources of revenue

"TRENE" is an AC coupling type energy storage system that can efficiently utilize solar power generation. It supports two battery circuit connections, allowing for independent control of each. With a modular design, installation and maintenance can be easily performed. 【Features】 ■ Equipped with AI control ■ Reverse current prevention possible ■ Up to 10 units can be installed together ■ Can be connected to other companies' solar power inverters ■ Can operate continuously at 1.1 times overload (110kW) *For more details, please download the PDF or feel free to contact us.