Earth Power Product Lineup

In disaster prevention and emergency response, securing and stabilizing power supply is extremely important. Ensuring that the battery system functions reliably during unexpected power outages or disasters is essential for protecting lives and property. Therefore, reliable battery maintenance and management through high-quality chargers is required. Our battery charger "GC Series" supports the securing of power supply in such emergencies. 【Usage Scenarios】 - Charging batteries for emergency power units - Temporary power systems during disasters - Maintaining backup power for UPS (Uninterruptible Power Supply) 【Benefits of Implementation】 - Maintaining power supply capability during emergencies - Reducing running costs by extending battery life - Improving system reliability

In the entertainment industry, particularly in event management, a stable power supply is essential. Reliable battery charging is required to maintain the operation of equipment and the effectiveness of performances. Unexpected power issues can impact the progress of events, making a dependable charging solution necessary. Our battery charger, the "GC Series," is a product that meets the needs of event management. [Usage Scenarios] - Charging batteries for portable power units - Maintaining backup power through integration with UPS systems - Charging portable power sources for outdoor events [Benefits of Implementation] - Supports stable operation of event equipment - Reduces the risk of power issues - Enables battery management for long-duration events

In research and development settings, a stable power supply is essential to ensure the continuity of experiments. Especially during long experiments or when using delicate equipment, unexpected power issues can lead to delays or data loss. Our battery charger, the "GC Series," addresses these power challenges in maintaining experimental continuity with high-efficiency charging and a highly reliable design. 【Usage Scenarios】 - Stable charging of batteries during long experiments - Integration into portable power units or UPS systems - Addressing various power needs within the laboratory 【Benefits of Implementation】 - Reduced risk of experiment interruptions - Improved data reliability - Enhanced efficiency in research and development

In the field of robotics, particularly with autonomous operating robots, stable long-term operation and reliable power supply are essential. Battery depletion or performance degradation can directly lead to robot downtime or mission failure. Therefore, there is a demand for chargers that can efficiently and reliably charge batteries, maintaining them in optimal condition at all times. Our battery charger, the "GC Series," is a product that meets these needs. 【Usage Scenarios】 - Charging stations for autonomous operating robots - Integration into portable power units - Integration into UPS systems 【Benefits of Implementation】 - Extension of battery life - Assurance of operating time through stable power supply - Reliable charging process

In the drone industry, long hours of stable flight are required. In particular, the efficiency and lifespan of battery charging are crucial factors directly linked to flight time and operational costs. Insufficient charging or battery degradation can lead to reduced flight time and unexpected troubles. Our battery charger "GC Series" adopts a high-efficiency stage charging method, supporting drone flight time by prolonging battery life. 【Usage Scenarios】 - Charging drone batteries - Integration into portable power units - Integration into UPS systems 【Benefits of Implementation】 - Extended battery lifespan - Improved charging efficiency - Stable power supply

In the operation of heavy machinery at construction sites, a stable power supply significantly affects work efficiency and safety. Particularly in outdoor environments with dust and vibrations, the durability and reliability of equipment are crucial. Insufficient charging or equipment failures increase the risk of work interruptions, delays, and even accidents. The 'HEP Series' is a battery charger designed for use in such harsh site conditions, achieving high durability and reliability. 【Usage Scenarios】 - Charging heavy machinery batteries at construction sites - Use in outdoor installations - Operation in areas with high dust and vibration - Continuous operation for long periods 【Benefits of Implementation】 - Improved work efficiency due to stable operation of heavy machinery - Extended battery lifespan - Reduced maintenance costs - Decreased power supply issues on-site

In the medical field, especially in emergency response, the stable operation of equipment is crucial for saving lives, making the reliability of power supply extremely important. To ensure that medical devices continue to operate reliably even during unexpected power outages or unstable power supply situations, a battery charger that can charge under any conditions is required. Our battery charger, the "HEP Series," is a product that meets such stringent demands. 【Usage Scenarios】 - Charging batteries in ambulances and doctor helicopters - Charging medical device batteries in situations where securing power is difficult, such as during disasters - Battery management during the maintenance and servicing of medical devices 【Benefits of Implementation】 - Supports the continuous operation of medical devices, maintaining the quality of emergency response - Achieves stable operation of medical devices that is less affected by power supply conditions - Contributes to improved reliability of equipment

In the logistics industry, the stable operation of vehicles and equipment directly impacts delivery efficiency. In particular, chargers are used in various environments, requiring high reliability and durability. Insufficient charging or equipment failure can lead to delivery delays and increased costs. The "HEP Series" battery charger achieves stable charging through a tough design that can withstand harsh environments, supporting the efficiency of delivery operations. 【Usage Scenarios】 - Charging batteries for trucks, forklifts, etc. - Use in outdoor settings or warehouses with significant temperature fluctuations - Operation in environments with high vibration and dust 【Benefits of Implementation】 - Reduction of delivery delays due to stable operation of equipment - Lower maintenance costs by reducing the risk of charger failure - Peace of mind with compatibility across a wide range of environments

In the agricultural sector, the stable operation of agricultural machinery affects productivity. Particularly in environments where outdoor use, oil, dust, and vibrations are present, the reliability of equipment is emphasized. Insufficient battery management for agricultural machinery can lead to work interruptions or failures. Our battery charger, the "HEP Series," demonstrates stable charging performance even in such harsh environments, supporting the reliable operation of agricultural machinery. 【Usage Scenarios】 - Outdoor agricultural machinery storage areas - Workplaces prone to oil and dust generation - Charging agricultural machinery batteries in high-vibration environments - Battery maintenance for agricultural machinery stored for long periods 【Benefits of Implementation】 - Prevention of work interruptions due to battery depletion - Cost reduction through extended battery life - Stable charging performance in harsh environments - Reduced maintenance effort

In manufacturing production lines, the stable operation of equipment is directly linked to production efficiency, which necessitates reliable power supply devices even in harsh environments. Particularly under severe conditions such as high temperatures, high humidity, dust, and vibration, equipment failure increases the risk of production stoppage. Our battery charger "HEP Series" is equipped with high durability and reliability to address these challenges. 【Usage Scenarios】 - Inside factories with high temperature and high humidity environments - Manufacturing areas where dust and oil smoke are generated - Surroundings of machines with high vibration - Equipment expected to be installed outdoors 【Benefits of Implementation】 - Achieves stable charging even in harsh environments - Reduces downtime of production lines - Contributes to the longevity of equipment - Lowers maintenance costs

In the telecommunications industry, especially in the maintenance of base stations, stable power supply and equipment reliability are extremely important. Base stations installed outdoors or in harsh environments are susceptible to temperature changes, humidity, dust, and vibrations, and equipment failures directly lead to communication disruptions. Therefore, a battery charger that can reliably operate under harsh conditions and provide stable charging over a long period is required. The "HEP Series" is a battery charger that contributes to the maintenance of such communication infrastructure. 【Usage Scenarios】 - Outdoor base stations - Remote communication facilities - Environments with high vibrations and dust - Locations with significant temperature fluctuations 【Benefits of Implementation】 - Stable operation of communication equipment - Reduction of maintenance costs - Mitigation of communication disruption risks - Assurance of long-term reliability

In situations where disaster prevention and securing emergency power are required, reliability that ensures battery charging under any circumstances is essential. To maintain power for communication devices, lighting, medical equipment, and more during unexpected power outages or disasters, a tough charger capable of withstanding harsh environments is necessary. Our battery charger, the "HEP Series," is designed to meet such stringent demands. 【Usage Scenarios】 - Emergency power systems during disasters - Backup power for evacuation centers and public facilities - Charging emergency communication devices outdoors - Charging portable power for medical equipment 【Benefits of Implementation】 - Stable power supply during emergencies - Maintenance of information collection and transmission through continuous operation of devices - Improved reliability of life-saving equipment - Support for rapid recovery efforts

In the security industry and patrol enhancement, stable power supply is the foundation for carrying out operations. Particularly in cases where use in outdoor or temperature-variable environments is anticipated, the reliability and durability of equipment are emphasized. Unstable power supply can lead to the shutdown of monitoring equipment or communication disruptions, potentially resulting in a decline in security systems. Our battery charger "HEP Series" demonstrates stable charging capabilities even in such harsh environments, supporting the continuity of operations. 【Usage Scenarios】 - Charging equipment for outdoor patrols - Power backup for remote monitoring systems - Use in environments with high vibration and dust 【Benefits of Implementation】 - Reduction of the risk of operational interruptions due to power issues - Maintenance of monitoring systems through stable equipment operation - Assurance of reliability over extended periods

In event management, stable operation of equipment is essential. Especially in harsh environments such as outdoor or temporary venues, factors like temperature changes, humidity, dust, and vibrations can challenge the reliability of power equipment. These factors can lead to equipment failures or interruptions in the event. The "HEP Series" battery charger demonstrates stable charging performance even under such severe conditions, supporting event management. [Usage Scenarios] - Charging batteries for audio and lighting equipment at outdoor events - Securing power at temporary stages and setup sites - Equipment backup in situations where bad weather is anticipated - Battery management during long events [Benefits of Implementation] - Stable charging even in harsh environments - Improved reliability of event equipment - Reduced risk of unexpected power troubles - Smoother event management

In research and development settings, continuity and reliability of experiments are essential. Particularly in experiments conducted under diverse environmental conditions, it is crucial for the equipment used to consistently deliver stable performance. Unexpected equipment failures or performance degradation can directly lead to delays in experiments and a decrease in data reliability. The "HEP Series" battery charger addresses these challenges in research and development environments by enabling stable power supply even in harsh conditions, strongly supporting the continuation of experiments. 【Usage Scenarios】 - Laboratories with significant temperature fluctuations - Areas around testing equipment where vibrations occur - Long-term experiments in environments with dust or oil - Outdoor field experiments 【Benefits of Implementation】 - Reduced risk of experiment interruptions - Improved data reliability through stable power supply - Durability that allows for safe use even in harsh environments - Versatility that accommodates a wide range of batteries

In the field of infrastructure maintenance, the stable operation of equipment is the top priority, and the reliability of power supply is extremely important. Especially for equipment in outdoor or harsh environments, it is susceptible to temperature changes, humidity, dust, and vibration, and failures in power equipment can lead to equipment downtime and widespread impacts. Therefore, selecting durable power equipment is essential. The "HEP Series" is a battery charger that supports stable operation of equipment in such harsh environments. [Usage Scenarios] - Power backup for outdoor communication devices and surveillance cameras - Stable operation of remote observation equipment and control systems - Power management for factory equipment and plants with high levels of vibration and dust [Benefits of Implementation] - Achieves stable charging even in harsh environments, reducing equipment downtime - Supports reliable operation over long periods - Contributes to reduced maintenance frequency

In the field of public services and citizen support, a stable power supply is required even in emergencies or unstable infrastructure situations. Particularly during disasters and emergency responses, the reliability and uptime of equipment become crucial. Unexpected power issues can cause delays and disruptions in service delivery to citizens. Our battery charger, the "HEP Series," provides a reliable power solution that ensures charging even in such harsh environments, supporting citizen assistance activities. 【Usage Scenarios】 - Charging batteries for emergency power - Powering communication and lighting equipment during disasters - Operating equipment in areas with unstable infrastructure - Securing power at mobile bases 【Benefits of Implementation】 - Stable power supply during emergencies - Maintaining rapid service delivery to citizens - Improved reliability by reducing equipment downtime - Reliable battery charging in harsh environments

At construction sites, the stable operation of heavy machinery is directly linked to project progress. Charging the batteries is a crucial factor in ensuring the operating time of heavy machinery and preventing unexpected downtime. In particular, reliable charging is required even in the harsh environments of the site. Our battery charger, the "RPB Series," has been developed to meet the needs of such construction sites. 【Usage Scenarios】 - Charging heavy machinery batteries at construction sites - Battery management in locations where securing power is difficult - Rapid charging of spare batteries 【Benefits of Implementation】 - Maximizing operating time of heavy machinery - Streamlining battery management - Facilitating smooth on-site operations

In the logistics industry, stable charging and quick preparation of batteries are required to increase vehicle utilization rates and maintain delivery efficiency. Particularly in long-duration delivery operations, delays caused by battery depletion can become a bottleneck for the entire operation. Our battery charger, the "RPB Series," achieves 1600W output with high efficiency and compact size, strongly supporting your delivery operations. 【Usage Scenarios】 - Charging batteries of delivery vehicles such as trucks and forklifts - Charging and managing spare batteries in warehouses - Improving vehicle utilization rates by reducing charging time 【Benefits of Implementation】 - Adherence to delivery schedules due to reduced battery charging time - Improved operational efficiency by reducing vehicle downtime - Ensured business continuity through stable battery supply

In the manufacturing industry, stable operation and efficiency of production lines are required. Particularly in environments with many battery-powered devices and equipment, reducing charging time and ensuring the reliability of chargers directly impact productivity. Malfunctions or performance issues with chargers can lead to unexpected downtime, causing delays in production schedules. Our battery charger, the "RPB Series," achieves high efficiency and high power density, enabling rapid charging to support productivity improvements. 【Usage Scenarios】 - Charging battery-powered equipment on the production line - Charging spare batteries within the factory - Quick battery replacement during maintenance 【Benefits of Implementation】 - Reduction of downtime due to shorter charging times - Increased operational efficiency of the production line - Improved efficiency in preparing spare batteries

In the medical field, especially in emergency response, a stable power supply is essential. Unexpected power outages or interruptions in power supply can directly affect the operation of life-saving medical devices and pose a risk to patient safety. Therefore, reliable and responsive power solutions are required. Our battery charger, the "RPB Series," has been developed to support stable power supply even in such challenging situations. 【Usage Scenarios】 - Charging medical devices in ambulances and doctor helicopters - Backup power for medical facilities during disasters or power outages - Battery charging for portable medical devices 【Benefits of Implementation】 - Supports continuous operation of medical devices, maintaining the quality of emergency response - Provides an environment where medical professionals can focus on prompt treatment without concerns about power supply - Compatible with a wide range of input voltages, allowing use in various environments

In the agricultural sector, the stable operation of agricultural machinery affects productivity. In particular, if the power supply becomes unstable during fieldwork, it can lead to interruptions or delays in operations. The performance maintenance and longevity of agricultural machinery batteries are crucial, and proper charging management is required. Our battery charger, the "RPB Series," achieves a high output of 1600W with high efficiency and high power density, addressing these challenges by ensuring reliable charging of agricultural machinery batteries. 【Usage Scenarios】 - Charging agricultural machinery batteries in the field - Charging spare batteries in agricultural equipment storage - Securing power in off-grid environments 【Benefits of Implementation】 - Improved operational rate of agricultural machinery - Extended battery lifespan - Maintenance and enhancement of work efficiency

In the telecommunications industry, especially in the maintenance of base stations, stable power supply and reliable battery management are essential. Base stations often operate in remote locations or harsh environments, and power outages directly lead to communication disruptions, making it crucial to maintain optimal battery conditions at all times. Our battery charger, the "RPB Series," has been developed to support the stable operation of such communication infrastructure. 【Usage Scenarios】 - Backup power management for base stations - Battery charging for communication equipment in remote areas - Battery maintenance for emergency power systems 【Benefits of Implementation】 - Contributes to the stable operation of communication infrastructure - Extends battery life and improves reliability - Reduces maintenance costs

In the energy industry, equipment maintenance requires stable power supply and compatibility with various types of batteries. Particularly for quick battery replacements and maintenance tasks on-site, a reliable charger is essential. Unexpected power troubles can lead to equipment downtime and delays in maintenance work. Our battery charger, the "RPB Series," achieves high efficiency and high power density, meeting the needs of various sites. 【Usage Scenarios】 - Battery maintenance for energy-related equipment installed outdoors - Battery replacement tasks for unmanned equipment in remote locations - Charging batteries for backup power in emergencies 【Benefits of Implementation】 - Increased efficiency and reduced time for maintenance tasks - Maintenance of stable equipment operation - Improved versatility in maintenance by accommodating various battery types

At the event venue, various equipment requiring different power sources, such as audio, lighting, and video equipment, will be in operation. Especially at outdoor events or in locations with unstable power supply, a stable power supply is essential for the success of the event. Power shortages or unstable power sources can lead to equipment failures or interruptions in the event. Our battery charger, the "RPB Series," supports diverse power needs at event venues with its high output of 1600W and compact design, ensuring a stable power supply. 【Usage Scenarios】 - Power supply for audio and lighting equipment at outdoor events - Ensuring stable power for temporary stages and booths - Backup power for power trucks or generators - Continuous power supply for long-duration events 【Benefits of Implementation】 - Prevention of troubles due to stable operation of event equipment - Smoother operations by alleviating concerns about power supply - Flexible placement due to compact design that does not require specific installation locations - Compatibility with various batteries, including lithium-ion batteries

In research and development settings, a stable power supply is essential to ensure the continuity of experiments and the reliability of data. Particularly during long-duration experiments or precise measurements, the charging status of batteries directly impacts the success of the experiments. Insufficient charging or issues during charging can lead to interruptions in experiments or the loss of valuable data. Our battery charger, the "RPB Series," features high efficiency with a power density of up to 25W/inch³ and a compact design that enables an output of 1600W, robustly supporting the continuity of experiments. 【Usage Scenarios】 - Battery charging for long-duration experiments - Ensuring stable power supply for precision equipment - Addressing various battery charging needs within the laboratory 【Benefits of Implementation】 - Reduced risk of experiment interruptions - Improved data reliability through stable power supply - Increased efficiency in the laboratory due to space-saving design

In the field of public services, especially in disaster response, a stable power supply is essential even in emergencies. When unexpected power outages or disruptions to infrastructure occur, a reliable battery charging system is required to maintain the operation of communication devices, lighting, medical equipment, and more. Our battery charger, the "RPB Series," ensures that batteries are charged reliably even in such situations, supporting the operation of critical equipment. 【Usage Scenarios】 - Emergency power systems during disasters - Securing power for evacuation centers and temporary facilities - Backup power for communication devices and medical equipment - Battery charging for emergency vehicles 【Benefits of Implementation】 - Stable power supply during emergencies - Support for the continuous operation of critical equipment - Contribution to rapid recovery efforts - Provision of safe and secure public services

In the field of robotics, promoting automation requires a stable power supply. In particular, battery management for robots responsible for movement and tasks is directly linked to operating time and performance, necessitating reliable charging solutions. Our battery charger, the "RPB Series," achieves high efficiency and high power density, supporting the stable operation of robotic systems. 【Usage Scenarios】 - Battery charging for autonomous mobile robots (AGV/AMR) - Power management for industrial robotic arms - Operation of field robots - Power backup in automated lines 【Benefits of Implementation】 - Maximization of robot operating time - Increased productivity through reduced charging time - Maintenance and improvement of battery lifespan - Enhanced reliability of the entire system

In the logistics industry, the stable operation of electric forklifts and transport robots is key to improving operational efficiency. Particularly in environments where long hours of continuous operation are required, a reliable power supply environment that ensures proper battery charging and minimizes equipment downtime is essential. Improper charging or power issues can directly lead to halts in the logistics line and decreased productivity. Our "RCB Series" supports stable operation by flexibly accommodating not only lead-acid batteries but also lithium-ion batteries, thanks to its output program function and PMBus/CANBus compatibility. 【Usage Scenarios】 - Charging stations for transport robots and electric transport equipment within logistics warehouses - Power systems for logistics centers that require 24-hour operation - Critical equipment that requires stable power supply through redundant configurations 【Benefits of Implementation】 - Reduces the risk of operational halts due to power troubles by building redundant systems of up to 8,000W - Allows maintenance and replacement without stopping operation through hot-swappable capabilities - Achieves a stable charging environment with a wide input voltage range and high efficiency (93.0%)

In the medical field, the stable operation of equipment is an extremely important factor that directly relates to patient safety. Particularly in ensuring power supply, a highly reliable system that is not affected by unexpected power outages or voltage fluctuations is required. The RCB Series features a high output of 1,600W and built-in protection circuit functions, supporting the stable operation of medical devices. Additionally, with output programming functions and PMBus/CANBus compatibility, it allows for flexible charging of various batteries, including lithium-ion batteries. 【Usage Scenarios】 - Ensuring backup power for portable medical devices - Establishing battery charging systems for in-hospital equipment - Integration into medical power racks that require redundancy 【Benefits of Implementation】 - Stabilization of power supply through the construction of redundant systems up to 8,000W - Reduced risk of operational downtime during maintenance due to hot-swappable capabilities - Flexible operation that does not require specific installation environments due to a wide input voltage range

In the field of agriculture, the reliability of power sources that support the operation of agricultural machinery and autonomous robots is extremely important for automation assistance. Especially in outdoor environments and under harsh conditions, proper management and charging of batteries are essential to continue providing stable power. Improper charging can lead to equipment downtime and reduced battery lifespan. Our "RCB Series" supports automation in agricultural settings by enabling optimal charging for a variety of batteries, including lithium-ion batteries, through output programming functions and compatibility with PMBus and CANBus. 【Usage Scenarios】 - Battery charging for autonomous agricultural machinery and agricultural robots - Power management for automated control systems within greenhouses - Integration into portable power boxes 【Benefits of Implementation】 - Efficient energy management enabled by compatibility with lithium-ion batteries - Safe charging operations on-site achieved through built-in protection circuits - Reduced risk of downtime through the construction of redundant systems capable of up to 8,000W

In securing power at construction sites, reliability is required to ensure the stable operation of various equipment, along with efficient operation in limited spaces. Particularly in outdoor or harsh environments, proper management of batteries directly impacts the continuity of work. Improper charging or unstable power supply can lead to equipment failure or work interruptions. This product supports flexible operation according to the power environment on site, as it is compatible with output programming functions and PMBus/CANBus, and can charge various batteries including lithium-ion batteries. 【Usage Scenarios】 - Charging batteries for power tools and lighting at construction sites - Building charging systems within portable power boxes - Establishing redundant power systems in limited spaces 【Benefits of Implementation】 - Contributes to stabilizing power supply on site by enabling the construction of redundant systems up to 8,000W - Allows maintenance without stopping operations due to hot-swappable capabilities - Supports operation in various power environments due to a wide input voltage range

In the operation of manufacturing equipment, the stability and reliability of the power supply are extremely important for maintaining production efficiency. Particularly in systems utilizing secondary batteries such as lithium-ion batteries, the lack of proper charging management can lead to risks of equipment shutdown or performance degradation. The RCB Series supports flexible control through output programming functions and PMBus and CANBus, accommodating a wide range from lead-acid batteries to lithium-ion batteries, thereby assisting in stable equipment operation. 【Usage Scenarios】 - Battery charging for automated guided vehicles (AGVs) and unmanned transport robots - Backup power systems for factory equipment - Power management and charging stations for industrial equipment 【Benefits of Implementation】 - A three-stage charging method enables efficient charging tailored to battery characteristics - Compatible with 19-inch rack mounting, allowing for the construction of redundant systems up to 8,000W - Built-in protection circuits enable the establishment of a safe operating environment for equipment

In the field of disaster prevention and emergency power supply, reliability to ensure power supply during emergencies and stable operation even in long-term standby conditions are required. Particularly in backup systems during power outages or disasters, accurate charging management to maintain battery health is essential. Improper charging management can shorten battery life and pose the risk of insufficient power supply when needed. This product adopts a three-stage charging method compatible with lead-acid and lithium-ion batteries, and supports the safe operation of emergency power supply systems by incorporating a protection circuit. 【Usage Scenarios】 - Battery management for emergency power generation equipment and backup power systems - Charging unit for disaster response power boxes - Emergency power backup for communication equipment and monitoring systems 【Benefits of Implementation】 - The three-stage charging method allows for appropriate charging tailored to battery characteristics - Building redundant systems with a capacity of up to 8,000W improves the reliability of power supply - Hot-swappable design enables maintenance without stopping the system

In the maritime industry, maintaining navigation requires a highly reliable power system and stable power supply. Especially on vessels, it is essential to ensure that batteries are reliably charged even in harsh environments and that equipment operation is not interrupted. Improper charging or power supply issues pose direct risks to navigation safety. Our "RCB Series" safely supports the vessel's power system by incorporating protective circuits and accommodating a wide range of input voltages. 【Usage Scenarios】 - Battery charging systems on vessels - Backup power management for navigation maintenance - Operation of lithium-ion and lead-acid batteries 【Benefits of Implementation】 - Space-saving design with 1U rack mount in 19-inch format - Capability to build redundant systems up to 8,000W - Improved maintainability with hot-swappable features

In the ground support field of the aviation industry, high reliability and stability of power systems that support the operation of aircraft and related equipment are required. Particularly, operation in harsh environments and the ability to accommodate various batteries, including lithium-ion batteries, are essential, as improper charging or power supply issues can lead to decreased operational efficiency. This product supports output programming functions and PMBus/CANBus communication, allowing for flexible adaptation to various battery specifications. Additionally, it incorporates protection circuits to support safe operation. 【Usage Scenarios】 - Charging systems for aircraft ground support power units - Battery management for ground support vehicles and related equipment - Construction of rack-mounted power redundancy systems 【Benefits of Implementation】 - Improved power supply stability through the construction of redundancy systems up to 8,000W - Maintenance without stopping operations due to hot-swappable capabilities - Compatibility with a wide input voltage range and broad operating temperature range for operation in diverse environments.

In the telecommunications industry, stable power supply 24 hours a day, 365 days a year is essential for maintaining base stations. Particularly, the management of batteries that function as backup power during power outages and disasters is extremely important for maintaining communication quality. Failures or insufficient performance of chargers directly lead to the serious risk of communication service interruptions, necessitating high reliability and redundancy. Our "RCB Series" supports the stable operation of base stations by incorporating protection circuits and accommodating the construction of redundant systems up to 8,000W. 【Usage Scenarios】 - Backup battery charging for communication base stations - Redundant configuration of rack-mounted power systems - Operational management of lithium-ion and lead-acid batteries 【Benefits of Implementation】 - Improved power stability through the construction of redundant systems up to 8,000W - Reduced risk of operational downtime during maintenance due to hot-swappable capabilities - Capability to operate in diverse installation environments due to wide input voltage compatibility

In the autonomous charging systems of the robotics industry, stable power supply and precise charging control according to battery status are required. Particularly, an efficient and safe charging process is essential for maximizing operating time and maintaining battery life. Inadequate charging control can lead to battery degradation and the risk of operational downtime. Our "RCB Series" supports output programming functions and PMBus and CANBus communication, allowing for flexible charging control tailored to the characteristics of lithium-ion batteries, thereby contributing to the establishment of autonomous charging systems. 【Use Cases】 - Station charging for autonomous mobile robots (AGV/AMR) - Building automatic charging systems for service robots - Large-scale robotic operation environments requiring redundancy 【Benefits of Implementation】 - Optimal charging management tailored to battery status through communication control - Space-saving system construction with 1U rack mount design - Stabilization of operations through the construction of redundant systems up to 8,000W

In the operation of heavy machinery in mining sites, stable power supply to support long hours of operation and high reliability to withstand harsh environments are essential. In particular, battery charge and discharge management is directly linked to the operational rate of heavy machinery, making the establishment of a safe and efficient charging environment indispensable. Improper charging management can lead to reduced battery lifespan and unexpected operational stoppages. Our "RCB Series" supports stable operations on site by incorporating protective circuits and adopting a three-stage charging method compatible with lithium-ion and lead-acid batteries. 【Usage Scenarios】 - Efficient charging of heavy machinery batteries at mining sites - Power management in harsh operating temperature environments (-30°C to +70°C) - Construction of space-saving redundant power systems through rack mounting 【Benefits of Implementation】 - Reduction of energy loss through high-efficiency charging of up to 93.0% - Enhanced safety through over-voltage, over-temperature, short-circuit, and reverse connection protection features - Minimization of downtime during maintenance with hot-swap capability

In the railway industry’s maintenance inspection field, reliable power supply is essential to maintain the stable operation of communication devices and control systems. Particularly, redundancy is important to ensure stable charging performance even in harsh environments and to prevent system shutdowns in case of emergencies. The RCB Series supports lithium-ion and lead-acid batteries and contributes to improving the safety of power management in railway equipment maintenance inspections by incorporating protection circuits. 【Usage Scenarios】 - Maintenance of backup power supplies for communication devices along railway lines - Battery charging systems within control panels - Power management for critical infrastructure requiring redundancy 【Benefits of Implementation】 - Improved reliability through the construction of redundant systems up to 8,000W - Reduced risk of operational downtime during maintenance due to hot-swappable capabilities - Environmental adaptability due to a wide operating temperature range (-30°C to +70°C)

In the logistics industry, maintaining the operational efficiency of automated guided vehicles (AGVs) and electric forklifts is essential for improving transport efficiency. Insufficient battery charging or degradation can lead to system downtime and decreased work efficiency. The DBU Series offers flexible output configurations based on system scale and provides appropriate charging according to battery conditions, supporting stable operation of equipment and extending battery lifespan. 【Usage Scenarios】 - Automatic charging stations for automated guided vehicles (AGVs) - Battery management systems for electric transport equipment - Optimization of power supply in large-scale logistics warehouses 【Benefits of Implementation】 - Output expansion through parallel connection, accommodating large-capacity batteries - CC/CV charging maintains battery performance and contributes to reduced replacement frequency - System integration with CANBus option enables remote monitoring of charging status

In the medical field, maintaining stable operation of equipment is a crucial factor directly linked to patient safety. To create an environment where power supply is uninterrupted, it is essential to maximize battery performance and have a charging system that can operate stably over long periods. The DBU Series performs appropriate charging based on the battery's condition through CC/CV charging methods, contributing to performance maintenance and lifespan extension. Additionally, it allows for output expansion according to system scale, enabling a flexible configuration as a power backup system for medical devices. 【Usage Scenarios】 - Establishing medical backup power systems - Maintaining stable operation of portable medical devices - Medical power supplies required for long-term operation 【Benefits of Implementation】 - Properly harnessing battery performance to improve equipment reliability - Flexible operation tailored to system scale through output expansion via parallel connection - Achieving synchronized charging control and status monitoring across the entire device with CANBus compatibility

In the field of agricultural automation support, stable power supply and efficient operation are required for autonomous agricultural machinery and electric transport vehicles. Particularly in environments where long hours of operation are essential, it is important to maintain battery performance while establishing a flexible charging environment according to the system scale. Improper charging can accelerate battery degradation and pose a risk of operational downtime. The DBU Series allows for output expansion through parallel connection and contributes to stable operation of equipment and battery longevity through CC/CV charging based on the battery's condition. 【Usage Scenarios】 - Charging stations for autonomous agricultural machinery and electric transport vehicles - Centralized management systems for electric equipment in large-scale farms - Power management for battery-driven automatic irrigation systems 【Benefits of Implementation】 - Output of up to 6,400W through parallel connection, accommodating large-capacity batteries - Reduction of battery load through adjustment of charging voltage and current - Synchronized control and status monitoring of the entire system with CANBus option

In the operation of power tools at construction sites, a stable charging environment for batteries is essential to maintain work efficiency. Especially when using a large number of high-capacity batteries, delays in work due to charging wait times directly impact site productivity. The DBU Series can expand output according to system scale, enabling the creation of a flexible charging environment tailored to site needs. With CC/CV support, it provides appropriate charging based on the battery's condition, helping to maintain performance and extend lifespan. 【Usage Scenarios】 - Centralized charging of power tool batteries at construction sites - Establishing a charging environment at remote locations by integrating into portable power boxes - Charging stations for efficient management of multiple batteries 【Benefits of Implementation】 - Reduced charging time with a maximum output of 6,400W through parallel connections - Contributes to the longevity of equipment with charging control tailored to battery conditions - System-integrated charging management through remote control and CANBus (optional)

In the operation of unmanned transport vehicles (AGVs) in manufacturing sites, long hours of continuous operation and proper battery management significantly affect production efficiency. In particular, establishing a charging environment that can reliably supply the necessary power while preventing battery degradation is crucial. Improper charging shortens battery life and increases the risk of downtime due to operational stoppages. The DBU Series optimally charges according to the battery's condition using a CC/CV charging method, contributing to performance maintenance and longevity. 【Usage Scenarios】 - Automatic charging stations for unmanned transport vehicles - Operation of transport robots equipped with large-capacity batteries - Flexible charging facility construction according to system scale 【Benefits of Implementation】 - Output expansion through parallel connection, enabling support for large-capacity batteries - Reduced battery load through adjustment of charging voltage and current - Synchronized control with the entire system via CANBus options