High-pressure system use, large-scale energy storage, expansion of storage capacity.
Smart Matrix B is a large-scale, water-cooled, distributed container energy storage system that supports capacity configurations ranging from 1,672 kWh to a maximum of 8,360 kWh. It adopts a distributed configuration that combines energy storage systems, allowing for flexible system design according to business scale and required energy storage capacity. It caters to various applications that require large-capacity power storage, including grid energy storage facilities, power plants, remote locations, and island areas. The water-cooled temperature management system appropriately controls the temperature of the batteries. It uses lithium iron phosphate (LFP) batteries, which have a cycle life of 8,000 cycles (80% DoD), supporting long-term operation. Additionally, it features aerosol fire extinguishing or PFH fire suppression equipment and an IP54 protection design. It supports CAN, RS485, and Ethernet communication, enabling the construction of large-scale energy storage systems in combination with external PCS and transformers.
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basic information
- Energy storage capacity: 1,672 / 5,016 / 8,360 kWh - Battery type: Lithium Iron Phosphate (LFP) - Cell capacity: 314 Ah - Rated voltage: 1,331.2 V DC - Voltage range: 1,040 to 1,497.6 V DC - Depth of discharge (DoD): 90% - Cycle life: 8,000 cycles (80% DoD) - Cooling method: Water cooling - Cooling capacity: 10 kW - Protection rating: IP54 - Fire suppression system: Aerosol fire suppression or PFH - Communication method: CAN, RS485, Ethernet - Operating temperature: -20 to 55°C - Installation altitude: Below 4,000 m - Noise level: Below 75 dB (1 m) - Dimensions: Varies by capacity configuration - Weight: Approximately 15 to 75 t - Warranty: Basic 1 year (paid extension up to 20 years)
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Applications/Examples of results
1. Energy Storage System for High-Voltage Systems Utilizing large-capacity energy storage systems to support charge and discharge operations in the electricity market and to adjust the power supply and demand balance. It assists in various operations within the grid energy storage business. 2. Solar and Wind Power Plants (Combined with Renewable Energy) Combined with renewable energy generation facilities, it stores the generated electricity. It contributes to responding to fluctuations in power generation and to the effective use of electricity. 3. Large-Scale Factories and Industrial Facilities By enabling charge and discharge operations according to power demand through large-capacity energy storage, it supports peak cutting and optimization of electricity usage. 4. Remote Areas and Islands In remote areas and islands where there are constraints on power supply, it supports energy storage combined with renewable energy facilities. It aids in the stable use of energy in the region. *The above are examples of potential applications. The actual implementation effects and the feasibility of entering the electricity market may vary depending on system configurations such as PCS, transformers, EMS, installation conditions, operational methods, and related regulations.*
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Company information
RENON POWER Co., Ltd. has been involved in numerous projects in Japan as a storage battery manufacturer, focusing on storage batteries for demand facilities and those integrated with renewable energy. We have extensive experience in the DC link method and can provide consistent support from design and simulation to construction and operation. Currently, we are leveraging the technology and knowledge we have developed to build packages for grid-connected storage batteries and to organize projects.
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