RED Product Lineup

This document describes the regeneration and prolongation technology for lead batteries. It includes technical information such as "regeneration processing using BRPRO/BR1111" and "continuous prolongation processing using SBR," as well as target markets and business proposals such as "on-site, resident, and take-home services." 【Features】 ■Significantly extends the lifespan of lead batteries ■Reduces operational costs ■Minimizes environmental impact *For more details, please download the PDF or feel free to contact us.

We would like to introduce our automatic battery life extension device for lead-acid batteries, 'SBR'. Through our unique electrical treatment, it prevents and actively removes one of the main causes of degradation in lead-acid batteries, lead sulfate (sulfation), from the electrodes. This process is fully automated based on the elapsed time of battery use and the condition of the battery. It is a groundbreaking system designed to keep lead-acid batteries in optimal condition at all times. 【Features】 ■ Immediate connection, immediate execution ■ Long-term stable operation ■ Powerful microprocessor ■ Compact body (80×50×30mm) *For more details, please download the PDF or feel free to contact us.

We would like to introduce our small and medium-sized lead-acid battery regeneration device, 'BR111'. Using an original method that combines PWM control and electrolysis, it restores the performance of lead-acid batteries while minimizing environmental impact. With AI inference processing, the improvement of lead-acid battery performance is automated, and completion of regeneration is also notified. Please feel free to contact us when you need assistance. 【Features】 ■ Standalone and multi-unit configurations are both possible ■ Operation with offline unique functions, as well as remote operation online (AI operation in combination with a cloud knowledge base) ■ By adding a communication module and EIS analysis module, remote diagnostics and optimal regeneration operations can be performed *For more details, please download the PDF or feel free to contact us.

We would like to introduce our large lead-acid battery regeneration device, 'BRPRO'. Using an original method, it combines PWM control with electrolysis. Through AI inference processing, it automates the performance improvement of lead-acid batteries and also notifies when regeneration is complete. Please feel free to contact us when you need assistance. 【Features】 ■ Automatic measurement method for various parameters ■ Unique PWM control and constant current electrolysis processing method ■ Control method using a unique sequence for charging, resting, and discharging ■ Data accumulation and analysis functions on a data server or cloud, remote control (optional) *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case of regeneration for a used compact car battery with a SOC of 6%. Initially, the SOH was 6% and the SOC was 0%, but both were fully restored to 100% within 24 hours. Additionally, the CCA returned to the same specified value as a new battery. A notable aspect is that the improvement in SOH leads to the advancement of SOC, and this data clearly shows the extent to which this occurs in this example. [Case Overview] ■ Used battery type: 44B19R (open-type battery) ■ Dedicated battery for compact cars (YellowHat) ■ SOH and SOC were both fully restored to 100% within 24 hours ■ CCA also returned to the same specified value as a new battery *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case of rejuvenating a used compact car battery that was at a level where SOC measurement was not possible. After injecting the battery rejuvenation solution and letting it sit overnight, we observed that after 3 hours of processing, the SOC recovered to 6% and the SOH to 7%. As a result, we achieved over 90% recovery within 24 hours, and both SOH and SOC completely returned to 100% after 3 days. Additionally, the CCA also returned to the same specified value as when it was new. 【Case Summary】 ■ Used battery model: 40B19R ■ Dedicated battery for compact cars ■ Achieved over 90% recovery within 24 hours ■ Completely returned to 100% for both SOH and SOC after 3 days ■ CCA also returned to the same specified value as when new *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case of reconditioning a used battery that was at a level where SOC measurement was not possible. Even after about two hours of processing, the situation was SOC 0%, SOH 2%, and internal resistance 39.36 mΩ. The age of the battery is unknown, but based on its appearance, it has clearly been used for a significant distance and time, and the measurement values indicated considerable degradation. We spent four days to achieve a complete 100% for both SOH and SOC, and the battery was successfully reconditioned, with the CCA also exceeding the specified value. [Case Overview] - Used Battery Type: BROAD EAGLE CCA500 (sealed battery) - Spent four days to achieve a complete 100% for both SOH and SOC, successfully reconditioned - CCA also exceeded the specified value *For more details, please download the PDF or feel free to contact us.

The lead-acid battery automatic life extension device 'BR1111' is a product that restores the full charge capacity and charging rate by removing the crystallization of lead sulfate inside the battery. By controlling the pulse width, it can vibrate only the molecules of lead sulfate to restore performance, allowing for reuse until the electrode plates are damaged due to metal fatigue from vibrations. If you are troubled by battery degradation or replacement costs, please make use of this device. 【Features】 ■ Compatible with both new and degraded batteries ■ Supports all types of lead-acid batteries, including sealed, vented, and gel types ■ Achieves compact and highly efficient operation through remote control and AI processing ■ Contributes to the reduction of waste battery disposal *You can view the verification results by downloading the catalog. We are also looking for nationwide distributors! Please feel free to contact us.

We would like to introduce a case of rejuvenating a used battery with a State of Health (SOH) of 33%. While a SOH of 33% is still a good example, it is typically a level that would warrant a replacement with a new battery. After processing for 6 to 7 hours, both the State of Charge (SOC) and SOH were restored to 100%. Additionally, the Cold Cranking Amps (CCA) also exceeded the specified values. 【Case Summary】 ■ Used battery type: 55B24L (open-type battery) ■ SOC and SOH restored to 100% after processing for 6 to 7 hours ■ CCA also exceeded the specified values ■ Internal resistance (Rin) significantly improved in the first few hours *For more details, please download the PDF or feel free to contact us.

The "BR1111" is an automatic lifespan extension device for lead-acid batteries that can restore performance by vibrating only the molecules of lead sulfate through pulse width control, allowing for reuse without damaging the electrode plates due to metal fatigue. It recovers degraded vehicle batteries over time, reducing operational costs by approximately 50%. Additionally, we offer the "SBR," an automatic lifespan extension device for lead-acid batteries that prevents the adhesion of lead sulfate to the electrodes and actively removes it, all automatically based on the elapsed usage time and the condition of the battery. 【Features】 ■ Compatible with both new and degraded batteries ■ Supports all types of lead-acid batteries, including sealed, open, and gel types ■ Achieves compact and high-efficiency operation through remote control and AI processing ■ Contributes to the reduction of waste battery emissions *For more details, please download the PDF or feel free to contact us.

In the automotive maintenance industry, maintaining battery performance and reducing costs are important challenges. In particular, battery degradation can lead to starting issues and electrical problems in vehicles, potentially resulting in decreased customer satisfaction. BR111 addresses these challenges by restoring the performance of lead-acid batteries and extending their lifespan. The AI-driven automatic regeneration program optimizes regeneration according to the battery's condition, contributing to reduced operational costs. 【Usage Scenarios】 - Battery regeneration in automotive repair shops - Battery performance recovery in used car dealerships - Battery maintenance in auto parts stores 【Benefits of Implementation】 - Reduction in battery replacement frequency - Improvement in customer satisfaction - Increased profit margins through cost reduction

In the forklift industry, the frequency of battery replacement due to deterioration and the associated increase in operational costs are significant challenges. Particularly for forklifts with long operating hours, battery maintenance can hinder efficient operations. BR111 addresses these issues by restoring the performance of lead-acid batteries and extending their lifespan. 【Usage Scenarios】 - Want to reduce the frequency of forklift battery replacements - Want to reduce battery operational costs - Want to improve forklift utilization rates 【Benefits of Implementation】 - Extended battery lifespan and reduced replacement costs - Improved forklift operating hours - Reduced environmental impact due to decreased waste batteries

In the UPS industry, the reliability of lead-acid batteries as backup power sources during power outages is extremely important. Battery degradation increases the risk of system downtime and data loss. BR111 contributes to the stable operation of UPS systems by restoring the performance of lead-acid batteries and improving their reliability. The AI-driven automatic regeneration program maintains optimal conditions and also reduces operational costs. 【Usage Scenarios】 * Data centers * Hospitals * Financial institutions * Manufacturing 【Benefits of Implementation】 * Improved reliability of UPS systems * Extended battery replacement cycles * Reduced operational costs * Decreased environmental impact

In the solar power generation industry, the efficient operation of energy storage systems is essential for the stability of power supply and cost reduction. In particular, lead-acid batteries are widely used due to their high cost performance, but they face the challenge of performance degradation from repeated charging and discharging, necessitating replacement. This issue contributes to increased operational costs of energy storage systems. Our company, BR111, extends the lifespan of lead-acid batteries by restoring their performance, thereby reducing operational costs. 【Usage Scenarios】 - Energy storage systems for solar power generation systems - Off-grid power supply systems - Emergency power supply systems 【Benefits of Implementation】 - Extension of lead-acid battery lifespan - Reduction of operational costs - Decrease in environmental impact

Carts at golf courses are an essential means of transportation for daily operations. A dead cart battery can lead to decreased operational efficiency and a decline in the quality of customer service. Particularly when the frequency of battery replacements is high, the increase in costs cannot be overlooked. BR111 addresses these challenges by restoring the performance of lead-acid batteries in carts and extending their lifespan. 【Usage Scenarios】 - Carts at golf courses - Deterioration of cart batteries 【Benefits of Implementation】 - Reduction in battery replacement frequency - Decrease in operational costs - Improvement in cart utilization rate

In data centers, the reliability of backup power during power outages is crucial. To ensure continuous operation of systems, it is necessary to suppress the degradation of lead-acid batteries and maintain a stable power supply. BR111 contributes to restoring the performance of lead-acid batteries and improving the reliability of backup power. 【Usage Scenarios】 - Uninterruptible Power Supply (UPS) for data centers - Backup power systems - Server rooms 【Effects of Implementation】 - Improved reliability of backup power - Cost reduction through extended lifespan of lead-acid batteries - Reduced operational burden through AI-driven automatic regeneration

The emergency power supply in hospitals is essential for ensuring patient safety during power outages. The reliability of the power supply guarantees the continuous operation of medical equipment and plays a crucial role in saving lives. Lead-acid batteries are a key component of emergency power supplies, but their performance deteriorates over time, and replacement can be costly. BR111 automatically restores the performance of lead-acid batteries using AI, enhancing the reliability of emergency power supplies and reducing operational costs. 【Usage Scenarios】 - Hospital emergency power supply systems - Critical areas such as operating rooms, ICUs, and wards - Backup power during power outages 【Benefits of Implementation】 - Improved reliability of emergency power supplies - Extended lifespan of lead-acid batteries - Reduced operational costs - Decreased environmental impact

In agricultural irrigation systems, a stable power supply is essential. Lead-acid batteries play a crucial role in this, but they deteriorate with repeated charging and discharging, necessitating replacement. Replacing batteries not only takes time and costs money but also increases the environmental burden. BR111 addresses these challenges by using an AI-driven automatic regeneration program to restore the performance of lead-acid batteries and extend their lifespan. 【Usage Scenarios】 - Power supply for irrigation pumps - Power supply for remote monitoring systems - Emergency power supply 【Benefits of Implementation】 - Reduction in battery replacement frequency - Reduction in operational costs - Decrease in environmental impact

In fishing, especially on fishing boats, the reliability of batteries is crucial. Power supply during navigation is essential for safe operations and securing catch volumes. Battery degradation can lead to a decrease in catch and situations where navigation becomes impossible. BR111 supports stable power supply for fishing boats by restoring the performance of lead-acid batteries through an AI-driven automatic regeneration program. 【Usage Scenarios】 - Batteries for fishing boats - Battery charging stations at fishing ports 【Benefits of Implementation】 - Extended battery lifespan - Reduced operational costs - Ensured stable power supply

In factories, stable operation of equipment and cost reduction are important challenges. In particular, lead-acid batteries used as emergency power sources and backup power sources require regular replacement, which contributes to increased operational costs. BR111 addresses these challenges by restoring the performance of lead-acid batteries and extending their lifespan. Through an AI-driven automated program, it optimizes the regeneration of individual batteries based on their condition, thereby reducing the frequency of replacements and contributing to cost savings. 【Usage Scenarios】 - Maintenance of emergency power sources - Battery management for forklifts and other equipment - Operation of uninterruptible power supplies (UPS) 【Benefits of Implementation】 - Reduction in lead-acid battery replacement costs - Decrease in waste volume, leading to reduced environmental impact - Stable operation of equipment