battery(800) - List of Manufacturers, Suppliers, Companies and Products | IPROS

Last Updated： Aggregation Period:Jun 24, 2026～Jul 21, 2026
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battery Product List

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[Rental Available] Lithium-ion Battery for Forklifts

[Rental Available] Lithium-ion Battery for Forklifts

For cost reduction on-site, rental contracts of 36 to 48 months are also available! You can cancel at any time with usage of 6 months or more.

At Three S Battery Co., Ltd., we offer a service to replace forklift batteries from lead to lithium-ion. While a "lead-acid battery" can be used continuously for 5.5 years with 200 charges per year, a "lithium-ion battery" can be used continuously for 14 years, with a charging time that is one-fourth that of lead, allowing for rapid charging. Additionally, since no watering is required, significant improvements in work efficiency can be expected. Rental contracts are also available, so even those who want to try it out first can use it easily. For details such as pricing, please check the link below. 【Features】 ■ Battery life 3 to 4 times longer than lead batteries ■ No need for watering ■ Rapid charging possible in one-fourth the time of lead (separate rapid charger required) ■ No thermal runaway with lithium iron phosphate ■ Zero environmental impact substances *If you would like a free trial, please apply using the "Contact" button below. *For more details, please refer to the PDF document or feel free to contact us.

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Lithium-ion batteries (12V-48V) for replacing lead-acid batteries in manufacturing plants.

Lithium-ion batteries (12V-48V) for replacing lead-acid batteries in manufacturing plants.

[Industrial Batteries] [Replacement from Lead] Maximize AGV operating rate with reduced charging time and extended lifespan.

Why not replace the lead-acid batteries currently in use with lithium-ion batteries? They have a lifespan that is approximately 3 to 5 times longer than lead batteries, significantly reducing the frequency of replacements. Additionally, they support fast charging and topping up, so there is no worry about running out of battery even in 24-hour operations. We also offer designs that fit within existing battery boxes. This is a solution that simultaneously achieves reduced environmental impact (carbon neutrality) and lower operating costs.

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Non-contact charging compatible lithium-ion battery for logistics

Non-contact charging compatible lithium-ion battery for logistics

Non-contact charging compatible lithium battery system for AGV and AMR.

Zero contact wear and maintenance-free Since there are no physical contacts, issues such as contact failure due to wear or electrical disturbances caused by dirt do not occur. This significantly reduces the hassle and cost of parts replacement. High compatibility that allows for "a few centimeters of misalignment" The BMS flexibly controls the voltage and current fluctuations unique to non-contact power supply. Even if the stopping position is slightly misaligned, it is designed to reliably start rapid charging. Optimized for short-duration, high-frequency "topping up" charging Leveraging the characteristics of lithium-ion batteries, it automatically charges every time the vehicle stops. There is no need to increase the battery capacity, achieving both vehicle miniaturization and longevity. Support for retrofitting existing vehicles to wireless charging With custom solutions starting from a single unit, we also offer design and inspection services to upgrade existing wired charging AGVs to non-contact charging specifications.

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【For AGV】IEC62619 / UN38.3 Certified Lithium Battery

【For AGV】IEC62619 / UN38.3 Certified Lithium Battery

From "transporting" to "using," world-class peace of mind and safety. Internationally certified batteries.

"We want to meet the need to clear safety standards." We comply with international standards that guarantee the safety of lithium batteries, such as "IEC 62619" and the United Nations transport test "UN38.3." We promise smooth logistics and safe operations both domestically and internationally. 【Challenges Addressed by This Product】 - Minimization of fire and thermal runaway risks The cell structure that suppresses thermal runaway and the multi-protection BMS prevent serious accidents even in the event of a failure. - Prevention of troubles during overseas transport Since it has passed UN38.3, it is suitable for air and sea transport. It is also ideal as a power source for export machinery. - Compliance with corporate regulations By adopting a power source that meets international standards, we enhance PL law measures and corporate safety evaluations. The adoption of lithium iron phosphate (LFP) achieves high safety and long lifespan.

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[CAN Communication Compatible] Industrial Lithium-Ion Battery Unit

[CAN Communication Compatible] Industrial Lithium-Ion Battery Unit

Optimize system control with the visualization of battery information. Lithium battery pack compatible with CAN communication standards.

【Overview】 This is an industrial lithium-ion battery system that supports external control and monitoring via CAN communication (CAN 2.0B). It is equipped with a proprietary BMS (Battery Management System) that can send precise data such as voltage, current, temperature, SOC (State of Charge), and SOH (State of Health) to the upper controller in real-time. 【Features】 - Advanced system integration: The CAN protocol allows for easy incorporation into existing systems such as AGVs (Automated Guided Vehicles). - Safety and long lifespan: Balance control for each cell reduces variations in charging and discharging, preventing issues such as overcharging and over-discharging. - Improved maintenance efficiency: The ability to monitor battery degradation through communication functions enables planned maintenance and replacement schedule management.

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IEC62619/UN38.3 certification compliance industrial lithium batteries

IEC62619/UN38.3 certification compliance industrial lithium batteries

From "transporting" to "using," world-class peace of mind and safety. Internationally certified batteries.

"We want to meet the need to clear safety standards." We comply with international standards that guarantee the safety of lithium batteries, such as "IEC 62619" and the United Nations transport test "UN38.3." We promise smooth logistics and safe operations both domestically and internationally. 【Challenges Addressed by This Product】 - Minimization of fire and thermal runaway risks The cell structure that suppresses thermal runaway, along with a multi-protection BMS, prevents serious accidents even in the event of a failure. - Prevention of overseas transport troubles Since it has passed UN38.3, it is suitable for air and sea transport. It is also optimal as a power source for export machinery. - Compliance with corporate regulations By adopting a power source that meets international standards, we enhance PL law measures and corporate safety evaluations. By adopting lithium iron phosphate (LFP), we have achieved high safety and long lifespan.

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IEC62619/UN38.3 Certified Lithium Battery for AMR

IEC62619/UN38.3 Certified Lithium Battery for AMR

From "transporting" to "using," world-class peace of mind and safety. Internationally certified batteries.

"We want to meet the need to clear safety standards." We comply with international standards that guarantee the safety of lithium batteries, such as "IEC 62619" and the UN transport test "UN38.3." We promise smooth logistics and safe operations both domestically and internationally. 【Issues Addressed by This Product】 - Minimization of fire and thermal runaway risks The cell structure that suppresses thermal runaway and the multi-protection BMS prevent serious accidents even in the event of a failure. - Prevention of overseas transport troubles Since it has passed UN38.3, it is suitable for air and sea transport. It is also optimal as a power source for export machinery. - Compliance with corporate regulations By adopting a power source that meets international standards, we enhance compliance with the Product Liability Law and improve corporate safety evaluations. By adopting lithium iron phosphate (LFP), we have achieved high safety and long lifespan.

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Lithium-ion battery for AGV (12.8V-51.2V)

Lithium-ion battery for AGV (12.8V-51.2V)

Switching from other brands: equivalent or better performance at a superior cost performance.

Is it already time to replace your lithium-ion battery? We solve concerns such as "genuine parts are too expensive" and "delivery times are long." We ensure compatibility with the battery you are currently using in terms of voltage, capacity, and communication protocols (such as CAN), and provide battery packs with equal or better output characteristics. Of course, we offer existing lineup products, and if there is nothing equivalent or better than what you are currently using, we can also create custom solutions. With prompt support and cost reduction proposals through optimized cell selection, we significantly reduce the maintenance costs of multiple AGVs you own.

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[For AGV] CAN communication compatible industrial lithium-ion battery unit

[For AGV] CAN communication compatible industrial lithium-ion battery unit

Optimizing system control through the visualization of battery information. Lithium battery pack compatible with CAN communication standards.

【Overview】 This is an industrial lithium-ion battery system that supports external control and monitoring via CAN communication (CAN 2.0B). It is equipped with a proprietary BMS (Battery Management System) that can send precise data such as voltage, current, temperature, SOC (State of Charge), and SOH (State of Health) to the upper controller in real-time. 【Features】 - Advanced system integration: The CAN protocol allows for easy incorporation into existing systems such as AGVs (Automated Guided Vehicles). - Safety and long lifespan: Balance control for each cell reduces variations in charging and discharging, preventing issues such as overcharging and over-discharging. - Improved maintenance efficiency: The ability to monitor battery degradation through communication functions enables effective scheduling of planned maintenance and replacements.

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AMR-compatible industrial lithium-ion battery unit with CAN communication.

AMR-compatible industrial lithium-ion battery unit with CAN communication.

Optimize system control with 'visualization of battery information.' Lithium battery pack compatible with CAN communication standards.

【Overview】 This is an industrial lithium-ion battery system that supports external control and monitoring via CAN communication (CAN 2.0B). It is equipped with a proprietary BMS (Battery Management System) that can send precise data such as voltage, current, temperature, SOC (State of Charge), and SOH (State of Health) to the upper controller in real-time. 【Features】 - Advanced system integration: The CAN protocol allows for easy incorporation into existing systems such as AGVs (Automated Guided Vehicles). - Safety and longevity: Balance control for each cell reduces variations in charging and discharging, preventing issues such as overcharging and over-discharging. - Improved maintenance efficiency: The ability to monitor battery degradation through communication functions enables planned maintenance and replacement schedule management.

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Battery storage, backup power supply during power outages and disasters, indoor use, large-capacity battery.

Battery storage, backup power supply during power outages and disasters, indoor use, large-capacity battery.

What is troublesome during a power outage is the smartphone battery. ■ Since it has a constant charging method, there is no worry about running out of battery during a disaster. ■ Can charge about 100 iPhones.

High-capacity storage battery to save charging refugees during power outages. The case contains a storage battery, various cables, LED lights, and a solar panel. Constant power supply at AC100V, with automatic lighting during power outages for easy recognition. ■ Disaster support foundation certified product BPS (Back-up Power Station) ■ Always charging method, no worry about battery depletion when needed ■ Comes with lighting and a variety of charging cables (can charge both iPhone and Android devices) ■ Can charge up to 60 smartphones simultaneously with 5W power supply ■ Usable for smartphones, tablets, laptops, and LCD TVs ■ Can be used for information gathering during disasters ■ Can fully charge about 100 iPhone XS devices ■ 14 USB ports (6 USB QC, 8 Type-C) ■ Can be charged in one day with the included solar panel in sunny weather ■ Lightweight at about 10kg, easy to carry (portable) ■ No worry about battery depletion when contacting family or confirming safety ■ For BCP and CSR ■ Comes with 5 disaster prevention dedicated BCP lights (with mobile battery function) ■ Comes with 2 USB rechargeable LED lights (with mobile battery function)

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Non-contact charging compatible lithium-ion battery for manufacturing plants

Non-contact charging compatible lithium-ion battery for manufacturing plants

"Non-contact charging" compatible lithium battery system for AGV and AMR.

Zero contact wear and maintenance-free Since there are no physical contacts, there are no contact failures due to wear or power supply issues caused by dirt. This significantly reduces the hassle and cost of parts replacement. High compatibility that allows for "a few centimeters of misalignment" The BMS flexibly controls the voltage and current fluctuations unique to non-contact power supply. Even if the stopping position is slightly misaligned, it is designed to start rapid charging stably. Optimized for short-duration, high-frequency "topping-up charging" Leveraging the characteristics of lithium-ion batteries, it automatically charges every time it stops. There is no need to increase the battery capacity, achieving both vehicle miniaturization and longevity. Support for retrofitting existing vehicles to wireless charging With custom solutions starting from a single unit, we also offer design and inspection services to upgrade existing wired charging AGVs to non-contact charging specifications.

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Portable lightweight high-capacity storage battery (for stockpiling, evacuation centers, business continuity planning, outdoor use)

Portable lightweight high-capacity storage battery (for stockpiling, evacuation centers, business continuity planning, outdoor use)

Securing power supply for outdoor events, ensuring business continuity during power outages and disasters, power infrastructure for municipalities and companies (stockpiling and BCP measures).

"Tameru Lab." is a lightweight, high-capacity portable battery developed to secure power during emergencies such as large-scale disasters or prolonged power outages. It offers five models with battery capacities ranging from 1,036Wh to one of the industry's largest at 12,432Wh, allowing for selection based on scale and application. There are numerous implementation records in places where safety and continuity are required, such as municipalities, the Self-Defense Forces, businesses, hospitals, and schools, and it is utilized as a core component of BCP (Business Continuity Planning) measures (over 700 locations nationwide). Despite its large capacity, it features a compact and lightweight design, making it easy to store and transport. It supports AC, DC, and USB outputs, making it useful for power supply at construction sites, events, and outdoor activities during normal times. It has obtained international certification under IEC standards and can accommodate document submissions such as MSDS and UN38.3. It can also be used in conjunction with solar panels and UPS systems, automatically continuing power supply during outages. Even in unexpected situations, it can serve as a reliable power infrastructure that does not halt business or administrative services, allowing for secure implementation. It achieves industry-leading weight reduction, is portable with a carry design, and can be moved by anyone. It comes with a long-term manufacturer warranty (7 years). An optional dedicated case prevents moisture during transport and dust accumulation during storage.

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Reduction of charging time: Benefits of switching from lead batteries to lithium.

Reduction of charging time: Benefits of switching from lead batteries to lithium.

Eliminate waiting for charging: Switching from lead batteries to lithium significantly increases operating time! Change '8 hours of overnight charging' to 'charging during a 1-hour break'!

Overwhelming charging speed (supports fast charging) Compared to lead batteries, the ability to accept electricity (charging acceptance) is extremely high, allowing for full charging in a short time. You can secure the necessary power for the next operation during brief moments like lunch breaks or shift changes. Damage-free "topping up" charging It enables "frequent charging," which was a cause of reduced lifespan for lead batteries. There is no memory effect, allowing for operations that can charge during gaps without worrying about battery levels. High output maintained until the end of discharge While lead batteries experience power reduction as the charge depletes, lithium batteries maintain stable voltage until the very end. Strong performance for driving and lifting is possible right up until just before charging. Effective use of existing charging infrastructure With a unique BMS (Battery Management System), charging efficiency is improved while utilizing existing chargers for lead batteries. You can introduce "fast charging" without significantly changing your equipment. Support for complete automation of charging operations Because charging time is short, it is highly compatible with automatic charging systems and contactless power supply. It is ideal for building a "non-stop operation" that does not rely on human intervention.

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From Lead to Lithium: A Battery Replacement Solution with Reduced Initial Investment

From Lead to Lithium: A Battery Replacement Solution with Reduced Initial Investment

No need to replace the charger when switching from lead batteries! Minimize equipment investment while achieving the long lifespan and high efficiency of lithium.

Existing chargers can be reused as is. The costs for replacing with a lithium-specific charger and the electrical work for installation will be reduced to "zero." A smooth transition utilizing existing infrastructure is possible. No modifications needed on the vehicle side (plug-in replacement). By customizing to match the shape and voltage of existing lead batteries, operations can begin simply by swapping them out without changing the circuit design on the vehicle side. Extended lifespan reduces the "number of replacements." With a cycle life over three times that of lead batteries, future battery replacement costs can be significantly minimized. Support for small lots and shortest delivery times. Replacement can be done starting from just one unit. Instead of replacing all vehicles at once, it is possible to first test with one unit and gradually proceed with lithium conversion according to your budget. "Fail-proof" implementation support through domestic in-house inspections. Vehicle specifications are confirmed in advance, and shipments are made with optimal settings. Hidden costs due to post-implementation troubles are thoroughly eliminated.

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Weight reduction! Lithium batteries that achieve lightweighting for industrial vehicles.

Weight reduction! Lithium batteries that achieve lightweighting for industrial vehicles.

"About 1/3 lighter than lead batteries" Improved driving performance through weight reduction in industrial vehicles!

Overwhelming energy density (lightweight and compact) Achieving the same amount of electrical energy as lead batteries with overwhelming lightness. It is now possible to reduce the total weight of the vehicle by several hundred kilograms, minimizing damage to the floor and loss of driving energy. Improved loading efficiency (maximizing payload) With lighter batteries, it is possible to carry more cargo or more advanced optional equipment. This greatly contributes to improved work efficiency. Low center of gravity design and layout flexibility Not only lightweight, but also customizable in shape. This allows for optimal placement in the vehicle, supporting advanced vehicle balance design such as improved stability during turns. Easy weight reduction without charger replacement Our batteries can be designed to use existing lead battery chargers as is. This achieves upgrades in vehicle lightweighting and lithium conversion while keeping capital investment to a minimum. Reliability through domestic self-inspection While pursuing lightweighting, we maintain robustness and safety suitable for industrial applications. We deliver only products that have passed strict inspection standards.

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【For Manufacturing Sites】Reduced Charging Time: Benefits of Switching from Lead Batteries to Lithium

【For Manufacturing Sites】Reduced Charging Time: Benefits of Switching from Lead Batteries to Lithium

Eliminate waiting for charging: A significant increase in operating time by switching from lead batteries to lithium! Change '8 hours of overnight charging' to '1 hour of charging during breaks'!

Overwhelming charging speed (supports fast charging) Compared to lead batteries, it has an extremely high capacity for accepting electricity (charging acceptance), allowing for full charging in a short time. You can secure the power needed for the next operation during brief moments like lunch breaks or shift changes. Damage-free "topping up charging" It allows for "frequent charging," which was a cause of reduced lifespan in lead batteries. There is no memory effect, enabling a shift to operations where you can charge during gaps without worrying about battery levels. High output sustained until the end of discharge While lead batteries experience power reduction as the charge decreases, lithium maintains stable voltage until the very end. Strong performance in driving and lifting is possible right up until just before charging. Effective use of existing charging infrastructure Thanks to a unique BMS (Battery Management System), charging efficiency is improved while still utilizing existing lead battery chargers. You can introduce "fast charging" without making significant changes to the equipment. Supports complete automation of charging operations Because charging time is short, it pairs excellently with automatic charging systems and contactless power supply. It is ideal for building a "non-stop operation" that does not require human intervention.

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Lithium batteries that achieve weight reduction for industrial transport vehicles for AGVs.

Lithium batteries that achieve weight reduction for industrial transport vehicles for AGVs.

"About 1/3 lighter than lead batteries" Enhancing driving performance through weight reduction in industrial vehicles!

Overwhelming energy density (lightweight and compact) Achieving the same amount of electrical energy as lead batteries with overwhelming lightness. It is now possible to reduce the total weight of the vehicle by several hundred kilograms, minimizing damage to the floor and loss of driving energy. Improved loading efficiency (maximizing payload) With lighter batteries, it is possible to carry more cargo or more advanced optional equipment. This greatly contributes to improved work efficiency. Low center of gravity design and layout flexibility Not only lightweight, but also customizable in shape. This allows for optimal placement in the vehicle, supporting advanced vehicle balance design such as improved stability during turns. Easy weight reduction without charger replacement Our batteries can be designed to use existing lead battery chargers as is. This achieves upgrades in vehicle lightweighting and lithium conversion while minimizing capital investment. Reliability through domestic self-inspection While pursuing lightweight design, we maintain robustness and safety suitable for industrial applications. We only deliver products that have passed strict inspection standards.

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Lithium battery for AGV (replacement for 24V lead-acid battery)

Lithium battery for AGV (replacement for 24V lead-acid battery)

Your charger can be used as is and is compatible with lithium battery replacement.

Lead batteries have a short cycle life and gradually experience capacity decline, requiring management and maintenance. Would you consider switching to lithium batteries to reduce maintenance and replacement costs? <Advantages compared to lead-acid batteries> - Lightweight: Can be reduced to less than half the weight of a standard lead battery. - Long operating time: Can maintain high voltage for a longer period, resulting in extended operating time until the equipment's cutoff voltage. - Reduced replacement frequency: Durable against deep discharges, significantly extending cycle life compared to lead batteries. - Easy storage: Low self-discharge means no need for recharging after vacations or equipment maintenance. - Resistant to temperature variations: Can be used in temperature environments ranging from 5°C to 40°C. - Cost control: Initial costs are high, but running costs can be kept low. - No need for equipment changes: Existing equipment and chargers can be used as is.

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Lithium battery (for replacement of 24V lead battery)

Lithium battery (for replacement of 24V lead battery)

Your charger can be used as is and is compatible with lithium battery replacement.

Lead batteries have a short cycle life and gradually experience capacity degradation, requiring management and maintenance. Would you consider switching to lithium batteries to reduce maintenance and replacement costs? <Advantages compared to lead-acid batteries> - Lightweight: Can be reduced to less than half the weight of a standard lead battery. - Long operating time: Can maintain high voltage for a longer duration, resulting in extended operating time until the equipment's stop voltage. - Reduced replacement frequency: Durable even under deep discharge, significantly extending cycle life compared to lead batteries. - Easy to store: Low self-discharge means no need for recharging after vacations or equipment maintenance. - Resistant to temperature variations: Can be used in temperature environments ranging from 5°C to 40°C. - Cost control: Initial costs are high, but running costs can be kept low. - No need for equipment changes: Existing equipment and chargers can be used as is.

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Lithium-ion battery (for replacement of 24V lead battery)

Lithium-ion battery (for replacement of 24V lead battery)

Your charger can be used as is to replace the lithium battery.

Lead batteries have a short cycle life and gradually experience capacity degradation, requiring management and maintenance. Why not switch to lithium batteries to reduce maintenance and replacement costs? <Advantages compared to lead-acid batteries> - Lightweight: Can be reduced to less than half the weight of a standard lead battery. - Long operating time: Can maintain high voltage for a longer duration, resulting in extended operating time until the equipment's cutoff voltage. - Reduced replacement frequency: Durable against deep discharges, significantly extending cycle life compared to lead batteries. - Easy storage: Low self-discharge means no need for recharging after vacations or equipment maintenance. - Resistant to temperature changes: Can be used in temperature environments ranging from 5°C to 40°C. - Cost control: Initial costs are high, but running costs can be minimized. - No need for equipment changes: Existing equipment and peripherals, such as chargers, can be used as is.

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Lithium battery for AMR (replacement for 24V lead-acid battery)

Lithium battery for AMR (replacement for 24V lead-acid battery)

Your charger can be used as is to replace the lithium battery.

Lead batteries have a short cycle life and gradually experience capacity degradation, requiring management and maintenance. Would you consider switching to lithium batteries to reduce maintenance and replacement costs? <Advantages compared to lead-acid batteries> - Lightweight: Can be reduced to less than half the weight of a standard lead battery. - Long operating time: Can maintain high voltage for a longer period, resulting in extended operating time until the equipment's stop voltage. - Reduced replacement frequency: Durable against deep discharges, significantly extending cycle life compared to lead batteries. - Easy storage: Low self-discharge means no need for recharging after vacations or equipment maintenance. - Resistant to temperature changes: Can be used in temperature environments ranging from 5°C to 40°C. - Cost control: Initial costs are high, but running costs can be minimized. - No need for equipment changes: The main equipment and surrounding devices such as chargers can be used as is.

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【For Manufacturing Sites】Lithium Battery (Replacement for 24V Lead Battery)

【For Manufacturing Sites】Lithium Battery (Replacement for 24V Lead Battery)

Your charger can be used as is and is compatible with lithium battery replacement.

Lead batteries have a short cycle life and gradually experience capacity decline, requiring management and maintenance. Would you consider switching to lithium batteries to reduce maintenance and replacement costs? <Advantages compared to lead-acid batteries> - Lightweight: Can be reduced to less than half the weight of a standard lead battery. - Long operating time: Can maintain high voltage for a longer duration, resulting in extended operating time until the equipment's cutoff voltage. - Reduced replacement frequency: Durable even under deep discharge, significantly extending cycle life compared to lead batteries. - Easy storage: Low self-discharge means no need for recharging after vacations or equipment maintenance. - Resistant to temperature variations: Can be used in temperature environments ranging from 5°C to 40°C. - Cost control: Initial costs are high, but running costs can be minimized. - No need for equipment changes: Existing equipment and peripherals such as chargers can be used as is.

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【For Manufacturing Sites】Lithium Battery (Replacement for 24V Lead Acid Battery)

【For Manufacturing Sites】Lithium Battery (Replacement for 24V Lead Acid Battery)

Your charger can be used as is to replace the lithium battery.

Lead batteries have a short cycle life and gradually experience capacity degradation, requiring management and maintenance. Would you consider switching to lithium batteries to reduce maintenance and replacement costs? <Advantages compared to lead-acid batteries> - Lightweight: Can be reduced to less than half the weight of a standard lead battery. - Long operating time: Can maintain high voltage for a longer period, resulting in extended operating time until the equipment's cutoff voltage. - Reduced replacement frequency: Durable against deep discharges, significantly extending the cycle life compared to lead batteries. - Easy storage: Low self-discharge means no need for recharging after vacations or equipment maintenance. - Resistant to temperature environments: Can be used in temperature ranges from 5°C to 40°C, resistant to temperature changes. - Cost control: Initial costs are high, but running costs can be controlled. - No need for equipment changes: The main equipment and surrounding devices such as chargers can be used as is.

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Lithium-ion battery for industrial equipment (replacement for 24V lead-acid battery)

Lithium-ion battery for industrial equipment (replacement for 24V lead-acid battery)

Your charger can be used as is and is compatible with lithium battery replacement.

Lead batteries have a short cycle life and gradually experience capacity decline, requiring management and maintenance. Would you consider switching to lithium batteries to reduce maintenance and replacement costs? <Advantages compared to lead-acid batteries> - Lightweight: Can be reduced to less than half the weight of a standard lead battery. - Long operating time: Can maintain high voltage for a longer period, resulting in extended operating time until the equipment's cutoff voltage. - Reduced replacement frequency: Durable against deep discharges, significantly extending the cycle life compared to lead batteries. - Easy storage: Low self-discharge means no need for recharging after vacations or equipment maintenance. - Resistant to temperature changes: Can be used in temperature environments ranging from 5°C to 40°C. - Cost control: Initial costs are high, but running costs can be kept low. - No need for equipment changes: The main equipment and surrounding devices such as chargers can be used as is.

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  • battery

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Lithium-ion battery for transport equipment (replacement for 24V lead-acid battery)

Lithium-ion battery for transport equipment (replacement for 24V lead-acid battery)

Your charger can be used as is to replace the lithium battery.

Lead batteries have a short cycle life and gradually experience capacity degradation, requiring management and maintenance. Why not switch to lithium batteries to reduce maintenance and replacement costs? <Advantages compared to lead-acid batteries> - Lightweight: Can be reduced to less than half the weight of a standard lead battery. - Long operating time: Can maintain high voltage for longer, resulting in extended operating time until the equipment's stop voltage. - Reduced replacement frequency: Durable against deep discharges, significantly extending cycle life compared to lead batteries. - Easy storage: Low self-discharge means no need for recharging after vacations or equipment maintenance. - Resistant to temperature environments: Can be used in temperature environments from 5°C to 40°C, resistant to temperature changes. - Cost control: Initial costs are high, but running costs can be controlled. - No need for equipment changes: The main equipment and surrounding devices such as chargers can be used as is.

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  • battery

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LFP Lithium Battery Pack "BT500-8S1P"

LFP Lithium Battery Pack "BT500-8S1P"

Built-in proprietary BMS enhances safety. The BT500 series provides the best power tailored to various applications and needs.

Specifications Type: Lithium-ion battery, Lithium iron phosphate Nominal Voltage: 25.6V Nominal Capacity: 25Ah Nominal Power: 640Wh Voltage Range: 23.4–28.8V Maximum Charge Current: 25A Maximum Discharge Current: 25A / Continuous 60A/10Sec Recommended Charging Conditions: Charging Voltage 28.8V Charging Current 5A (0.2C) BMU Protection Features: Overcurrent protection, short-circuit protection, overvoltage protection, over-discharge protection, battery temperature protection, cell balance control BMU Self-Consumption Current: Operating: below 30mA, Switch OFF: below 10uA Communication Function: RS232C or CAN Total voltage, cell voltage, battery temperature, current, alarms Display Function: Battery level indication: 4 LED lights, check with push button (Flashing: ~20%, 1 light on: 20–39% ... 4 lights on: 80% or more) Operating Temperature: Charging 0–45℃ Discharging -20℃–45℃ Storage Temperature: -20℃–45℃ Casing: Material Color steel plate t=0.5 Refer to the outline drawing. Mass: Approximately 5 kg *For more details, please refer to the PDF document or feel free to contact us.*

  • DC Power Supply
  • Batteries and Capacitors
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LFP lithium battery pack "BT500-4S1P"

LFP lithium battery pack "BT500-4S1P"

Built-in proprietary BMS enhances safety. The BT500 series provides power tailored to various applications and needs.

Specifications Type: Lithium-ion battery, Lithium iron phosphate Nominal voltage: 12.8V Nominal capacity: 25Ah Nominal power: 320Wh Voltage range: 11.2–14.4V Maximum charging current: 25A Maximum discharge current: 25A / Continuous 60A/10Sec Recommended charging conditions: Charging voltage 14.4V Charging current 2.5A (0.2C) BMU protection features: Overcurrent protection, short circuit protection, overvoltage protection, over-discharge protection, battery temperature protection, cell balance control BMU self-consumption current: Operating: below 30mA, Switch OFF: below 10uA Communication functions: RS232C or CAN Total voltage, cell voltage, battery temperature, current, alarms Display function: Battery level indication: 4 LED lights, check with push button (Flashing: ~20%, 1 lit: 20–39%, 4 lit: 80% or more) Operating temperature: Charging 0–45℃ Discharging -20℃–45℃ Storage temperature: -20℃–45℃ Casing: Material: Color steel plate t=0.5 Refer to the outline drawing. Weight: Approximately 3 kg *For more details, please refer to the PDF document or feel free to contact us.*

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Achieving 'visualization' with lithium compatible with CAN communication for AGVs

Achieving 'visualization' with lithium compatible with CAN communication for AGVs

[Industrial Battery] Can you see inside that lead battery? Real-time monitoring of lifespan and remaining capacity via CAN communication. Prevent sudden stops and move towards DX maintenance.

The "detailed understanding of internal conditions," which was difficult with conventional lead-acid batteries, can be achieved by replacing them with lithium-ion batteries equipped with CAN communication. This allows for feedback of not only voltage and current but also precise SOC (state of charge) and temperature information to the upper system, supporting the "complete visualization" of the power source. 【Features】 - Zero downtime through anomaly detection: SOH (state of health) is constantly monitored via CAN communication. This predicts battery life and prevents line stoppages due to failures. - Optimization of charging management: Operations can be conducted to perform the shortest rapid charging at the necessary timing based on accurate SOC data, maximizing operational efficiency. - Smooth integration into existing equipment: Existing chargers can be used as they are. "Visualization" can be achieved simply by replacing the battery. *For more details, please download the PDF document or contact us.

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Realizing 'visualization' with CAN communication compatible lithium for transport vehicles.

Realizing 'visualization' with CAN communication compatible lithium for transport vehicles.

[Industrial Batteries] Can you see the inside of that lead battery? Real-time monitoring of lifespan and remaining capacity via CAN communication. Prevent sudden stops and move towards DX maintenance.

We enable the "detailed understanding of internal conditions," which was difficult with conventional lead-acid batteries, by replacing them with lithium-ion batteries equipped with CAN communication. We provide feedback not only on voltage and current but also on precise SOC (State of Charge) and temperature information to the upper system, supporting the "complete visualization" of the power source. 【Features】 - Zero downtime through anomaly detection: SOH (State of Health) is continuously monitored via CAN communication. We predict battery lifespan and prevent line stoppages due to failures. - Optimization of charging management: Based on accurate SOC data, we can perform the shortest rapid charging at the necessary timing, maximizing operational efficiency. - Smooth integration into existing equipment: You can continue to use your current chargers as they are. "Visualization" can be achieved simply by replacing the battery. *For more details, please download the PDF document or contact us.

  • Batteries and Capacitors
  • battery

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