Industrial storage batteries <BLP> that can be installed in salt damage areas *Compatible with heavy salt damage areas!

basic information

【Energy Storage System That Can Be Placed Directly in Salt-Damaged Areas】 ▼ What is Salt Damage? Salt damage refers to the corrosion and rust that occurs when salt-containing winds or rains adhere to or infiltrate the surfaces and internal precision components of electrical equipment. Deterioration due to salt damage is expected in outdoor installations along coastal areas. ▼ Excellent Maintenance Design ● Rust-resistant stainless steel casing ● Reliable dust and waterproof performance (Protection class IP66 / Salt damage protection C5-M) ● Adopts a sealed structure using a panel cooler, eliminating the need for filter replacements ▼ Significantly Expands Installation Scenarios for Industrial Energy Storage Batteries 【Salt Damage Resistant Energy Storage Batteries】 For energy storage batteries that are not salt damage resistant, it is necessary to store them in dedicated enclosures such as containers, leading to issues with size, installation location, and cost. In coastal areas and seaside regions, where energy storage batteries cannot be guaranteed due to salt damage, installation is now possible with salt damage countermeasure models in locations that were previously given up on, significantly expanding the installation scenarios for industrial energy storage batteries. *This product is under development, and specifications, schedules, etc. may change without notice. Thank you for your understanding in advance.

Price range

Delivery Time

Applications/Examples of results

【Salt Damage Countermeasure Batteries】 For batteries that are not designed to withstand salt damage, it is necessary to store them in dedicated enclosures such as containers, which raises issues related to size, installation location, and cost. In coastal areas and regions prone to salt damage, where battery warranties may not be available, the installation of salt damage countermeasure models makes it possible to set up batteries in locations that were previously deemed unsuitable, significantly expanding the installation scenarios for industrial batteries. *Salt damage countermeasure models can be installed in salt damage and heavy salt damage areas. *Installation is not permitted in areas marked with slashes on the salt damage/heavy salt damage area classification chart and in regions directly affected by seawater blown from the coast. 【Utilization of Industrial Batteries in Factories and Logistics Warehouses】 ▼ Cost reduction and reduction of environmental impact ▼ Control of maximum demand, contributing to electricity cost savings ▼ Reliable BCP and power outage measures with solar power generation systems and batteries As the demand for more efficient energy use and management increases, the introduction of batteries is highly effective as an energy-saving measure for warehouses and factories. When combined with solar power generation, it becomes an effective solution for reducing facility costs, addressing environmental impact issues, and disaster preparedness. Additionally, it serves as an effective means of ESG investment, contributing to the enhancement of corporate value.

Detailed information

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  ▼Salt Damage / Severe Salt Damage Area Classification Our company classifies salt damage levels as "Severe Salt Damage," "Salt Damage," and "Standard," as shown in the table. - The salt damage countermeasure model (LB0700HN-S) can be installed in salt damage areas. - *Installation is not possible in areas marked with slashes on the salt damage/severe salt damage area classification table and in areas directly affected by seawater blown from the coast. - This product is under development, so specifications, schedules, etc., may change without notice; we appreciate your understanding in advance.

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  ● You can save on electricity costs. Industrial storage batteries, in conjunction with renewable energy devices such as solar power generation, significantly enhance energy-saving effects. 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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  ●Cost reduction through self-consumption The feed-in tariff has been declining year by year, and by prioritizing the generated electricity for "self-consumption" rather than selling it, we can reduce the amount of electricity purchased from the utility company. By reducing electricity costs and operating at a lower expense, overall savings can be achieved.

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  ●Measures for Power Outages During Disasters Even if the power supply is interrupted due to a blackout, if there is electricity stored in a battery, it is possible to continue using electricity, allowing for preparedness as part of a BCP (Business Continuity Plan) strategy. By coordinating battery storage with solar power generation, it is possible to respond to prolonged power outages.

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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. When combined with solar power generation, it significantly reduces energy consumption through energy creation. Self-consumption of "generated electricity" from renewable energy becomes possible. As we aim to achieve a decarbonized society and ensure stable energy supply, the role of storage batteries in realizing GX (Green Transformation) is becoming increasingly important.

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  The electricity generated is shifting from "selling" to "using." There is a growing demand for environmentally conscious initiatives, such as the promotion of renewable energy adoption. Additionally, the selling price of solar power has been declining, leading to more cases where it is more beneficial to use the generated electricity efficiently to reduce electricity costs (self-consumption) rather than selling it. By introducing storage batteries, it becomes possible to consume the generated electricity for one's own use. During normal times, it is possible to flatten the load of electricity consumption through peak cutting and peak shifting, which can lead to reductions in electricity costs and environmental impact.

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  The introduction of storage batteries enables the optimal operation of renewable energy facilities, making it possible to pursue decarbonization efforts during normal times. Achieving a decarbonized society requires renewable energy. However, since power generation output is affected by weather conditions, it is necessary to store renewable electricity to ensure a stable supply from unstable power sources. In this context, large-capacity storage batteries are indispensable. The government's stance on supporting the combination of renewable energy and storage batteries has become clear, and as efforts to achieve carbon neutrality by 2050 accelerate, the introduction of storage batteries contributes to decarbonization initiatives.

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  ● For BCP measures, environmental measures, and energy-saving purposes in factories and warehouses This industrial storage battery is useful for power outage measures, securing emergency power supplies, and maintaining functionality. It contributes to cost reduction and environmental impact reduction by controlling "maximum demand" and reducing electricity costs. The industrial storage system 'BLP' can supply electricity to three-phase power sources with an output of 30kW, making it capable of powering large air conditioners, commercial refrigerators, elevators, machine tools, large motors, and pumps. ■ As BCP measures - Emergency power supply for office buildings - Emergency lighting in warehouses during power outages - Pump for the septic tank to use the restroom

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  ●As energy-saving measures for factories and warehouses As energy-saving and environmental measures for factories, warehouses, and commercial facilities, simultaneously improving the utilization of renewable energy and resilience. With the acceleration of global warming, there is a growing demand for enhanced energy-saving measures in factories and warehouses. To achieve both "environmentally friendly and disaster-resistant," the introduction of renewable energy and storage systems is essential. By combining solar power generation and storage batteries, we can effectively utilize natural energy sources. This contributes to CO2 reduction and significantly decreases energy consumption through energy creation. Furthermore, in the event of a power outage due to a disaster, surplus electricity can be used, enabling "self-sufficient energy security," allowing for preparedness as part of BCP (Business Continuity Planning) measures in emergencies.

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