Container-type mega battery | Large-scale energy storage solution

basic information

●AC link, DC link, large-capacity energy storage system that can be customized according to needs CONNEXX SYSTEMS' large-scale energy storage systems are ideal for megawatt-scale projects. A wide range of customization is possible from small to large scale (430kWh to 8600kWh). By customizing battery capacity and other specifications based on power consumption and equipment configuration, we achieve system designs tailored to your needs. We will design the optimal system through simulations based on your requirements. We cater to a wide range of needs, including autonomous power supply from renewable energy, stable power supply, and measures against power outages. ●Features of CONNEXX SYSTEMS' container-type large-scale energy storage system - The battery unit and control devices such as EMS are housed together in a container - A wide range of customization is possible according to the scale of the power storage system - Optimal design of AC link and DC link according to the project - Product design compliant with Japan's fire safety laws (Compliance with ordinance cubicles / Capacity and low weight that do not constitute hazardous materials) - Clear certifications such as the international standard "IEC62619" - A highly safe system designed with ease of installation in mind

Price information

● Responding to a wide range of needs such as the independence of renewable energy power sources, stable power supply, and measures against power outages, the introduction of large-capacity energy storage systems equipped with lithium-ion batteries is an effective means for smoothing renewable energy generation, frequency adjustment in power grid systems, addressing surplus renewable energy, and peak power measures through peak shifting. ▼ Installation on the consumer side - Peak cutting, self-consumption of solar power (load-following operation), BCP measures ▼ Installation on the grid side - Battery storage (regulation capacity, capacity, and various market transactions), off-site PPA, VPP (aggregation, arbitrage, etc.)

Delivery Time

Applications/Examples of results

●Wide range of customization available from small to large scale (430kWh~8600kWh) The battery units and control devices are installed in containers of sizes such as 10 feet and 20 feet, tailored to the scale of the power storage system. ●Benefits of Implementation The introduction of large-scale storage systems achieves various effects such as decarbonization, reduction of electricity costs, and BCP measures. ▼Reduction of Electricity Costs By introducing storage batteries, self-consumption of generated electricity becomes possible. During normal times, it helps to flatten the load of electricity consumption through peak cutting and peak shifting, enabling measures to reduce electricity costs. ▼RE100 Solution As global warming accelerates, measures to reduce CO2 emissions are becoming increasingly common. By effectively utilizing renewable energy through the introduction of storage batteries, we contribute to the reduction of CO2 emissions for customers aiming to strengthen their efforts towards RE100. ▼BCP Measures in Case of Disasters Even if there is a power outage and electricity supply stops, if there is electricity stored in the storage batteries, it is possible to continue using electricity, allowing for preparedness as a BCP measure in emergencies. The collaboration between storage batteries and solar power generation enables a response to prolonged power outages.

Detailed information

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  ▼Reduction of Electricity Costs By introducing storage batteries, it becomes possible to consume the electricity generated in-house. During normal times, it is possible to flatten the load of electricity consumption through peak cutting and peak shifting, allowing for measures to reduce electricity costs.

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  ▼RE100 Solution As global warming accelerates, measures to reduce CO2 emissions are becoming increasingly common. By effectively utilizing renewable energy through the introduction of storage batteries, we aim to contribute to our customers' efforts to reduce CO2 emissions towards achieving RE100.

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  BCP measures during disasters Even if there is a power outage and the electricity supply stops, if there is electricity stored in a battery, it is possible to continue using electricity, allowing for preparedness in emergencies as part of BCP measures. The combination of batteries and solar power enables a response to prolonged power outages.

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  ● A wide range of customization options available from small to large scale (430kWh to 8600kWh) The battery unit and control device are housed in containers of sizes such as 10 feet and 20 feet, tailored to the scale of the power storage system. ● Smart energy saving - Store surplus power with the storage system to improve self-consumption rates of solar power generation - Bidirectional energy storage design allows charging from both solar power generation and grid power to the battery - Integrated design of charging control and discharging control

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  ● A wide range of customization options available from small to large scale (430kWh to 8600kWh) The battery unit and control devices are housed in containers of sizes such as 10 feet and 20 feet, tailored to the scale of the power storage system. ● Smart energy-saving - Store surplus power with the storage system to improve self-consumption rates of solar power generation - Bidirectional energy storage design allows charging from both solar power generation and grid power to the battery - Integrated design of charging control and discharging control

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  ●Optimal design for each project through simulation proposals The introduction of large-capacity energy storage systems equipped with lithium-ion batteries is an effective means for smoothing renewable energy generation, frequency regulation in power grids, addressing surplus renewable energy, and managing power peaks through peak shifting. Additionally, it contributes to corporate CSR activities, leading to CO2 reduction and efforts towards carbon neutrality.

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  We respond to a wide range of needs, including the independence of renewable energy power sources, stable power supply, and measures against power outages. The introduction of large-capacity energy storage systems equipped with lithium-ion batteries is an effective means for smoothing renewable energy generation, frequency adjustment in power grid systems, addressing surplus renewable energy, and managing power peaks through peak shifting. Additionally, it contributes to CO2 reduction and carbon neutrality as part of corporate CSR activities.

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  ●AC link, DC link, and large-capacity energy storage systems that can be customized according to needs. Achieving large-scale energy storage solutions for decarbonization, reducing electricity costs, and BCP measures. By customizing battery capacity, we enable system designs tailored to specific needs. We address a wide range of requirements, including the self-sufficiency of renewable energy, stable power supply, and measures against power outages. The introduction of large-capacity energy storage systems is an effective means for smoothing renewable energy generation, frequency regulation in power grids, addressing surplus renewable energy, and managing peak power through peak shifting. This contributes to CO2 reduction and carbon neutrality as part of corporate CSR activities.

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  ●Optimal design for each project through simulation proposals CONNEXX SYSTEMS' container-type large-scale energy storage system is ideal for MWh-scale projects. For off-site storage facilities, we offer AC links, and for on-site installations on the consumer side, we provide highly compatible DC links with solar power, allowing for customization of the optimal system to meet your needs. Our control EMS, which is required for consumer-side installations, includes load-following control, peak cutting, and BCP measures as standard features. We provide a one-stop solution. Our system is designed with high safety standards, taking into account fire safety regulations and ease of installation.

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