Earth Power Product Lineup

In logistics warehouses, conveyor drive systems require long hours of continuous operation and high reliability. Especially in high-voltage environments, stable power supply to control equipment is essential to prevent malfunctions caused by noise and voltage fluctuations. The RSDH Series supports an ultra-wide input range of DC250V to DC1,500V and achieves stable power supply even in dusty environments through internal coating, making it ideal for conveyor systems in logistics settings. 【Usage Scenarios】 - Power supply for automatic guided vehicles (AGVs) in logistics warehouses - Power supply to control panels in high-voltage DC environments - Long-term operation in environments prone to dust and dirt 【Benefits of Implementation】 - Improved operational reliability of conveyors due to stable voltage supply - Reduced maintenance burden with dust resistance from internal coating - Space-saving in control panels achieved with a compact 1U size

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• power supply
• power supply

In data center server power supply, stable power supply in a high-voltage environment and high reliability capable of long-term operation are required. Voltage instability and noise can cause equipment malfunctions and failures, making reliable insulation and stable output essential. The RSDH Series supports ultra-wide input from DC250V to DC1,500V, providing stable power from high-voltage DC environments to control equipment, thereby supporting continuous system operation. 【Usage Scenarios】 - Server power supply in high-voltage DC power supply systems - Power circuits for communication equipment requiring stable voltage control - Long-term operation in environments where dust and dirt are concerns 【Benefits of Implementation】 - Low ripple & noise design enables stable power supply to precision server equipment - Internal coating makes it resistant to dust and dirt, reducing maintenance burden - Compact 1U size effectively utilizes limited rack space

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• power supply
• power supply

In defense-related fields and critical infrastructure facilities, high reliability is required to continuously supply stable power to control equipment under any environmental conditions. Especially in high-voltage DC environments, a power supply system that is less susceptible to voltage fluctuations and external environmental influences, and that operates stably over long periods, is essential. Inadequate power supply poses risks of equipment malfunction or shutdown, making products with robust design and high insulation performance crucial. The RSDH Series supports ultra-wide input from DC250V to DC1,500V and features environmental resistance due to internal coating, making it ideal for environments where stable power supply is required. 【Usage Scenarios】 - Stable power supply to control equipment in high-voltage DC environments - Harsh operational environments prone to dust and dirt - Power supply units for critical systems that are expected to operate long-term 【Benefits of Implementation】 - Ultra-wide input support maintains stable operation in diverse high-voltage environments - Internal coating enhances resistance to dust and dirt, improving reliability for long-term operation - Reinforced insulation design with AC4,000V between input and output ensures overall system safety

• converter
• power supply
• power supply

In the development of aerospace-related equipment, reliability is required to continuously supply stable power to control devices even in harsh environments such as high altitudes and temperature fluctuations. In particular, insulation performance in high-voltage environments and durability against dust and dirt are essential to reduce the risk of failure during long-term system operation. The RSDH Series is suitable as a power supply solution under severe conditions, as it supports operation at altitudes of up to 5,000 meters and is equipped with environmental resistance through internal coating. 【Usage Scenarios】 - Power supply to control devices in high-altitude environments - System operation in high-voltage DC environments - Long-term operation in environments prone to dust and dirt 【Benefits of Implementation】 - Environmental adaptability guaranteed for operation at altitudes of up to 5,000 meters - Improved resistance to dust and dirt through internal coating - High safety due to reinforced insulation design at AC 4,000V

• converter
• power supply
• power supply

In the automation control of agricultural machinery, a reliable power supply that maintains stable operation even in harsh outdoor environments is essential. Next-generation agricultural machinery, particularly those adopting high-voltage systems, requires control power supplies that can withstand voltage fluctuations and environmental stress. The RSDH Series supports an ultra-wide input range of DC 250V to DC 1,500V and is resistant to dust and dirt due to its internal coating, making it ideal for automation systems in agricultural settings that require long-term operation. 【Application Scenarios】 - Control systems for autonomous driving tractors and autonomous agricultural machinery - Power management for electric agricultural machinery equipped with high-voltage batteries - Automatic irrigation and fertilization control panels installed outdoors 【Benefits of Implementation】 - Improved design flexibility for systems due to high-voltage input compatibility - Stable operation even in dusty environments thanks to environmental resistance from internal coating - Compact 1U size allows for installation in limited machine spaces

• converter
• power supply
• power supply

In the field of medical devices, high insulation performance and stable power supply in power circuits are essential to ensure the safety of patients and operators. Especially in environments dealing with high voltage, reliable insulation protection is required to minimize the effects of noise and prevent equipment malfunction. Our "RSDH Series" adopts a reinforced insulation design with AC 4,000V between input and output, supporting the high safety standards and stable operation required in medical settings. 【Usage Scenarios】 - Control units of medical inspection equipment with built-in high voltage power supply - Precise medical control systems requiring noise countermeasures - Medical power supply environments requiring long-term operation 【Benefits of Implementation】 - High safety and reliability ensured by reinforced insulation design - Stable operation of control equipment due to low ripple & noise design - Improved resistance to dust and dirt through internal coating

• converter
• power supply
• power supply

In communication base station signal amplification equipment, a stable power supply is essential for maintaining communication quality. Particularly in high-voltage environments, there is a risk that voltage fluctuations and noise can adversely affect the operation of signal amplifiers, necessitating the establishment of a reliable power supply environment. The RSDH Series supports an ultra-wide input range of DC250V to DC1,500V and, with its low ripple and low noise design, provides a stable DC power supply to control equipment even in high-voltage environments. 【Usage Scenarios】 - Power supply to signal amplifiers in communication base stations - Operation of communication control equipment in high-voltage DC environments - Long-term operation in outdoor and harsh environments where dust and dirt are concerns 【Benefits of Implementation】 - Supports stable operation of signal amplifiers through low ripple and low noise design - Internal coating makes it resistant to dust and dirt, enabling long-term operation - Flexible adaptation to various high-voltage DC environments due to wide input voltage compatibility

• converter
• power supply
• power supply

In the EV charging infrastructure industry, providing stable power to control equipment within high-voltage facilities is essential for maintaining system reliability. In environments where voltage fluctuations and environmental stress are concerns, robust power units with high insulation performance are required. The RSDH Series supports ultra-wide input from DC250V to DC1,500V, supplying stable DC power to control equipment even in high-voltage environments, thereby supporting long-term stable operation of the system. 【Usage Scenarios】 - Auxiliary power supply for control circuits of EV charging equipment - Stable power supply in high-voltage DC environments - Charging equipment installed outdoors where dust and dirt are likely to accumulate 【Benefits of Implementation】 - Ultra-wide input compatibility allows for flexible adaptation to various high-voltage DC environments - Internal coating makes it resistant to dust and dirt, enabling long-term operation - Enhanced insulation design with AC4,000V between input and output ensures high safety.

• converter
• power supply
• power supply

In the maritime industry, stable power supply to instruments is essential to ensure navigation safety. Particularly in high-voltage DC environments, voltage fluctuations and noise pose risks of malfunction or failure of instruments, necessitating reliable power conversion. The RSDH Series supports ultra-wide input from DC 250V to DC 1,500V and provides a stable DC power supply through its insulated design, thereby supporting the accurate operation of instruments. 【Usage Scenarios】 - Power supply from high-voltage DC sources within the vessel to instruments - Ensuring stable control power in harsh environments 【Benefits of Implementation】 - Improved flexibility in power supply design within the vessel due to high-voltage input compatibility - Long-term operation capability due to internal coating that resists dust and dirt - Contribution to stable operation of instruments through low ripple and noise design

• converter
• power supply
• power supply

In the renewable energy industry, supplying stable power to control equipment in high-voltage DC environments, such as solar power generation and energy storage systems, is essential for maintaining system reliability. Voltage fluctuations and operation under harsh conditions pose risks of equipment failure and performance degradation, necessitating high insulation performance and stable voltage conversion. The RSDH Series supports long-term operation of systems by providing stable DC power to control equipment even in high-voltage environments, accommodating ultra-wide input from DC250V to DC1,500V. 【Usage Scenarios】 - Ensuring control power in solar power generation systems - Voltage conversion within energy storage systems - Control in high-voltage DC environments for EV charging facilities 【Benefits of Implementation】 - Ultra-wide input compatibility allows for flexible adaptation to various high-voltage systems - Internal coating enhances resistance to dust and dirt, improving reliability for long-term operation - Reinforced insulation design with AC4,000V between input and output contributes to safe system construction

• converter
• power supply
• power supply

In the operation of industrial robots, stable power supply to control devices is essential for maintaining operational accuracy and reliability. Especially in high-voltage DC environments, voltage fluctuations and noise can adversely affect control circuits, potentially leading to unexpected stops or malfunctions. The RSDH Series is an insulated DC-DC converter that supports ultra-wide input from DC250V to DC1,500V, contributing to the stabilization of robot system control by providing a stable DC power supply from high-voltage environments. 【Usage Scenarios】 - Control panels of industrial robots using high-voltage DC power - Power supply to robot control devices in environments where voltage fluctuations are a concern - Long-term operation in manufacturing sites prone to dust and dirt 【Benefits of Implementation】 - Low ripple and noise design reduces interference with control signals - Reinforced insulation design ensures safety between input and output - Internal coating allows for stable operation even in harsh environments

• converter
• power supply
• power supply

In the railway industry, vehicle power supply systems require high reliability to continuously provide stable power to control equipment even in high-voltage environments. Particularly, the durability of the power supply unit is a crucial factor directly linked to the stable operation of the vehicle during long-term use under voltage fluctuations and harsh conditions. The RSDH Series is an insulated DC-DC converter that supports an ultra-wide input range of DC250V to DC1,500V, achieving stable power supply in high-voltage DC environments. Additionally, its internal coating makes it resistant to dust and dirt, designed for long-term operation. 【Usage Scenarios】 - Power supply to control equipment within railway vehicles - Voltage reduction and stabilization from high-voltage DC power lines - Power supply systems within vehicles that require long-term operation 【Benefits of Implementation】 - Ultra-wide input range allows compatibility with various high-voltage environments - Improved environmental resistance through internal coating reduces maintenance burden - Compact 1U size effectively utilizes limited space within vehicles

• converter
• power supply
• power supply

The RSDH Series is an isolated DC-DC converter that supports an ultra-wide input range of DC 250V to DC 1,500V. It provides a stable DC power supply to control equipment in high-voltage DC environments such as solar power generation systems, energy storage systems, and EV charging facilities. Additionally, it is coated internally, making it resistant to dust and dirt, ensuring reliable use even in long-term operations.

• converter
• power supply
• power supply

Are you facing any of these concerns while considering the transition from a DC12V / DC24V system to a DC48V system? - You can't visualize the system - You don't understand the advantages and disadvantages of transitioning to DC48V - You want to change the system you are currently using, but you don't know how to select the right products Our company can provide proposals from product selection tailored to your needs to system construction. Please feel free to consult us through the inquiry section on our website or through the inquiry section within Ipros.

• power supply
• Lithium-ion battery
• Secondary Cells/Batteries

The introduction of DC48V systems is progressing in many fields, such as automobiles, data centers, and off-grid systems (solar power generation systems). This page outlines the advantages and disadvantages of DC48V systems. With our DC-AC inverters and battery chargers, the dimensions, weight, and specifications can be directly transitioned to DC48V, allowing for high efficiency and the use of thin, long cables without the need to reconfigure the system.

• power supply
• Lithium-ion battery
• Secondary Cells/Batteries

The HDR Series features an ultra-slim design that maximizes the use of limited space. It complies with Class II (double insulation) design, ensuring high safety and reliability despite its compact size, and is used in a wide range of applications such as building facilities, automation, and monitoring systems.

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• Switching Power Supply
• power supply

The MDR Series is a compact model with a maximum output of up to 100W. Despite its small size, it supports universal AC input, allowing for use in both domestic and international applications. It enables integration into limited spaces while providing stable power supply for sensors, PLCs, I/O devices, and more.

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• Switching Power Supply
• power supply

The EDR Series is compatible with the TS-35 DIN rail standard, allowing for direct installation without the need for special brackets or modifications. This enables easy one-touch installation on control panels and distribution boards, reducing the effort required for installation and facilitating smooth handling during equipment additions or replacements, thereby improving work efficiency on-site. It is a unit that improves cost performance while pursuing low cost and high reliability.

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• Switching Power Supply
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The NDR Series is a DIN rail power supply with a slim chassis design and excellent environmental resistance. Its high-efficiency design minimizes power loss during conversion. It supports a universal AC input range of AC90V to AC264V, making it suitable for FA equipment, industrial facilities, and monitoring systems. This product is designed to enhance stability and reliability for industrial equipment and control panel applications that require long operating hours.

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• Switching Power Supply
• power supply

The SDR Series supports high output of up to 960W class, enabling stable power supply even in large facilities. Additionally, compatible models allow for output expansion through parallel connection, making it a flexible product that can adapt to facility scale increases and load growth. It comes standard with 150% peak load support and DC OK signal output, making it suitable for a wide range of applications such as FA equipment, control panels, and semiconductor manufacturing equipment.

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• Switching Power Supply
• power supply

The NTU Series is an inverter equipped with UPS functionality (AC bypass) in addition to standard inverter features. It allows for input from public power sources as well as battery connections, and can switch between inverter mode and UPS mode in 10ms.

• Switching Power Supply
• inverter
• Other power sources

In the field of renewable energy, stable power supply and smooth switching with external power sources are required. Particularly in solar power generation systems, it is important to efficiently utilize the generated power and switch to batteries or public power as needed. The stable supply of electricity is directly linked to the reliability and operational efficiency of the entire system. Our DC-AC inverter "NTU Series" is equipped with UPS functionality (AC bypass), allowing for input from both battery connections and public power. The switching between inverter mode and UPS mode in 10ms minimizes power supply interruptions and achieves stable power operation. 【Usage Scenarios】 - Power conversion for solar power generation systems - Collaboration with battery systems - Power supply in off-grid environments - Use as an emergency power source 【Benefits of Implementation】 - Stabilization of power supply - Improved reliability of the entire system - Enhanced operational efficiency - Adaptation to diverse power sources

• Switching Power Supply
• inverter
• Other power sources

In the field of industrial robots, precise movements and continuous operation are required. Power interruptions and voltage fluctuations can lead to malfunctions of the robots and halt production lines, potentially resulting in significant losses. Therefore, a stable power supply and a backup function that can respond quickly in case of emergencies are essential. Our DC-AC inverter "NTU Series" is equipped with UPS functionality (AC bypass) and addresses these challenges by seamlessly switching between input from public power and input from batteries. 【Usage Scenarios】 - Stable power supply for industrial robots - Continuous operation of production lines - Backup during unexpected power outages 【Benefits of Implementation】 - Prevention of robot malfunctions and extended lifespan - Increased productivity and reduced downtime - Realization of stable production activities

• Switching Power Supply
• inverter
• Other power sources

In the field of medical devices, a stable power supply is extremely important for the safety of patients and accurate diagnosis and treatment. Unexpected power outages or voltage fluctuations can lead to serious situations such as equipment malfunction, data loss, and even interruption of treatment. Therefore, a highly reliable power system that can consistently provide stable electricity is required. Our DC-AC inverter "NTU Series" is equipped with UPS functionality (AC bypass), enabling instantaneous switching between input from public power and output from batteries, thus ensuring a stable power supply to medical devices. 【Usage Scenarios】 - Power supply to medical devices in critical areas such as operating rooms and intensive care units - Stable operation of diagnostic and testing equipment - Use as a backup power source during power outages 【Benefits of Implementation】 - Reduction of risks related to equipment malfunction and data loss - Ensuring patient safety by preventing treatment interruptions - Prolonging the lifespan of equipment through power stabilization

• Switching Power Supply
• inverter
• Other power sources

In data centers, the stable operation of systems and the protection of data are the top priorities. It is extremely important, from the perspective of service continuity, to ensure that power supply to servers and network equipment is not interrupted even in the event of unexpected power outages or fluctuations. Our DC-AC inverter "NTU Series" is equipped with UPS functionality (AC bypass), allowing for a smooth transition between input from public power and input from batteries, enabling instantaneous power supply and enhancing the reliability of data centers. 【Use Cases】 - Backup power supply to server racks - Maintenance of stable operation for network equipment - Uninterrupted operation of the entire data center 【Benefits of Implementation】 - Reduced risk of data loss during power outages - Minimization of system downtime - Improved service continuity

• Switching Power Supply
• inverter
• Other power sources

In the charging infrastructure for electric vehicles, stable power supply and rapid mode switching as needed are required. In particular, fluctuations in power during charging and instability in external power supply raise concerns about charging efficiency and the impact on batteries. Our DC-AC inverter "NTU Series" is equipped with UPS functionality (AC bypass) in addition to standard inverter functions, allowing for smooth switching between battery connection and input from public power. With a mode switching time of 10ms, it ensures uninterrupted power supply during charging, creating a stable charging environment. 【Use Cases】 - Mobile charging stations - EV charging in off-grid environments - Charging facilities as backup for power systems 【Benefits of Implementation】 - Stabilization of power supply during charging - Reduction of charging time and improvement of efficiency - Reduction of load on batteries - Adaptation to diverse power supply environments

• Switching Power Supply
• inverter
• Other power sources

In ship navigation lights, a stable power supply is required. In particular, navigation lights, which are essential for ensuring safety during navigation, must continue to illuminate reliably even in the event of unexpected power fluctuations or outages. Instability in the power supply can cause navigation lights to fail to light or flicker, potentially hindering the safe operation of the vessel. Our DC-AC inverter "NTU Series" is equipped with UPS functionality (AC bypass), allowing for a smooth switch between input from public power and input from batteries, thereby achieving a stable power supply. This supports the reliable illumination of navigation lights. 【Usage Scenarios】 - Power supply for navigation lights - Backup for onboard power supply - Emergency power supply during outages 【Benefits of Implementation】 - Improved safety through stable illumination of navigation lights - Reduced risk of power supply troubles - Reliable power supply for onboard equipment

• Switching Power Supply
• inverter
• Other power sources

In the aerospace field, in-flight power supply requires stable power delivery and instantaneous backup. Particularly, the reliability of the power supply is extremely important to prevent malfunctions of onboard equipment and data loss. Our DC-AC inverter "NTU Series" is equipped with UPS functionality (AC bypass) in addition to standard inverter functions, allowing for a switch between input from public power and battery connection. With a mode switch time of 10ms, it minimizes the impact on equipment during unexpected power fluctuations and supports stable operation. 【Usage Scenarios】 - Power supply to various electronic devices on aircraft - Backup during power fluctuations - Establishment of a highly reliable power environment 【Benefits of Implementation】 - Stable operation of onboard equipment - Reduced risk of data loss - Improved safety

• Switching Power Supply
• inverter
• Other power sources

In railway car interior lighting, a stable power supply is required. In particular, to ensure passenger comfort and safety, momentary interruptions in lighting must be avoided. There is a possibility of unexpected power fluctuations, such as when public power supply is unstable or during vehicle startup. To continue providing a comfortable space for passengers even under such circumstances, a highly reliable power supply system is essential. The NTU Series is equipped with UPS functionality (AC bypass) in addition to standard inverter functions, allowing for battery connection and input from public power, achieving stable power supply to interior lighting with a mode switch in 10ms. 【Usage Scenarios】 - Interior lighting of railway vehicles - Use as an emergency power supply 【Benefits of Implementation】 - Prevents momentary interruptions in lighting, maintaining passenger comfort - Provides stable lighting even during power fluctuations, such as at vehicle startup - Enhances safety through reliable power supply

• Switching Power Supply
• inverter
• Other power sources

In communication base stations, a stable power supply is essential, and securing power during emergencies is extremely important for maintaining the communication network. Even during power outages, it is necessary to switch instantly to backup power to prevent communication interruptions. Our DC-AC inverter "NTU Series" is equipped with UPS functionality (AC bypass), allowing for simultaneous input from public power and battery connection, with a mode switch possible in 10ms. This ensures reliable power supply as an emergency power source for communication base stations. 【Usage Scenarios】 - Backup power for communication base stations - Emergency power during disasters - Use in areas with unstable power supply 【Benefits of Implementation】 - Reduced risk of communication interruptions - Stable power supply during emergencies - Improved overall system reliability

• Switching Power Supply
• inverter
• Other power sources

In the agricultural sector, the stable operation of irrigation pumps is directly linked to crop growth. Unstable power supply and unexpected power outages can lead to interruptions in watering, potentially affecting yield and quality. Therefore, a reliable power supply is essential. Our DC-AC inverter "NTU Series" is equipped with UPS functionality (AC bypass), allowing for a smooth transition between input from public power and supply from batteries, supporting continuous operation of the pumps. 【Usage Scenarios】 - Operation of irrigation pumps outdoors - Use in areas with unstable power supply - Power source for automated watering systems 【Benefits of Implementation】 - Maintenance of yield and quality through stable operation of irrigation pumps - Reduction of risks associated with power supply interruptions - Improved reliability of automated systems

• Switching Power Supply
• inverter
• Other power sources

In disaster response and emergency shelter power supply, a stable power supply is required even in emergencies. Particularly in situations where an uninterrupted power source is necessary, such as for communication devices and medical equipment, instant power switching and reliable operation become crucial. Even if the public power supply is interrupted, quickly switching to battery power contributes to maintaining the minimum infrastructure in shelters. Our DC-AC inverter "NTU Series" supports securing power under such circumstances. 【Usage Scenarios】 - Power supply for lighting, communication devices, and medical equipment in shelters - Use as an emergency power source during disasters - Maintaining stable power supply until public power is restored 【Benefits of Implementation】 - Providing peace of mind through uninterrupted power supply during emergencies - Maintaining the minimum infrastructure necessary for shelter living - Supporting early recovery of livelihoods through rapid restoration response

• Switching Power Supply
• inverter
• Other power sources

In an off-grid home, a self-sufficient lifestyle requires a stable power supply. Since it does not rely on external power sources, it is essential to efficiently and reliably utilize power from solar power generation systems and batteries. A highly reliable power system that can respond to unexpected power outages and fluctuations is necessary to maintain a comfortable living environment. Our DC-AC inverter "NTU Series" is a product that meets these needs. 【Usage Scenarios】 - Integration with solar power generation systems - Power supply from batteries - Use as an emergency power source 【Benefits of Implementation】 - Maintenance of a comfortable lifestyle through stable power supply - Peace of mind with backup functionality during power outages - Efficient operation of self-sufficient systems

• Switching Power Supply
• inverter
• Other power sources

The WDR series is a DIN rail-mounted AC-DC power supply that supports an ultra-wide input range of AC 180V to AC 550V. It is compatible with both single-phase and two-phase inputs, allowing for common use under varying power conditions for different equipment, thereby reducing the effort required for design and model selection. It is utilized in a wide range of applications, including control panels, FA equipment, and communication devices.

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• Switching Power Supply
• power supply

The DBU Series is a 3,000W class battery charger that can be used for a wide range of applications even with just one unit. However, by increasing the number of units as needed, it allows for an expansion of output, enabling a flexible configuration that matches the scale of the system. Additionally, it supports CC/CV charging, which allows for charging according to the battery's condition, effectively enhancing performance while also contributing to an extension of its lifespan.

• Charger
• AC adapter
• Secondary Cells/Batteries

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

• Charger
• AC adapter
• Secondary Cells/Batteries

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

• Charger
• AC adapter
• Secondary Cells/Batteries

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

• Charger
• AC adapter
• Secondary Cells/Batteries

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)

• Charger
• AC adapter
• Secondary Cells/Batteries

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

• Charger
• AC adapter
• Secondary Cells/Batteries

In the field of disaster prevention and emergency power supply, it is essential to maintain the health of batteries and keep them fully charged to ensure a reliable power supply during power outages or emergencies. Especially in emergency power supply systems that are expected to be on standby for long periods, effective charging management that minimizes the load on the batteries while maximizing performance when needed is crucial. Improper charging can shorten the battery's lifespan and increase the risk of power shortages when it matters most. Our "DBU Series" performs optimal charging based on the battery's condition through CC/CV charging methods, contributing to performance maintenance and longevity. 【Usage Scenarios】 - Battery management for emergency generators and backup power systems - Charging operations for portable power boxes for disaster response - Maintenance of emergency power supplies in evacuation centers and critical facilities 【Benefits of Implementation】 - Flexible response to large-scale emergency systems through output expansion via parallel connection - Improved equipment reliability through charging control tailored to battery characteristics - Monitoring of the overall system's operational status and remote management using CANBus options

• Charger
• AC adapter
• Secondary Cells/Batteries

In the automation of store cleaning in the retail industry, the stable operation of cleaning robots is essential for improving operational efficiency. To accommodate long cleaning hours and vast floor areas, it is crucial to maximize battery performance and create an environment for efficient charging. Insufficient charging or battery degradation poses risks of halting cleaning operations and increasing maintenance costs. The DBU Series offers flexible output configurations based on system scale and supports stable operation of equipment and prolonged battery life through charging control tailored to the battery's condition. 【Usage Scenarios】 - Automatic charging stations for cleaning robots in large commercial facilities - Power management for automated transport and cleaning equipment in stores - Charging facilities for backyards operating multiple cleaning robots 【Benefits of Implementation】 - Output expansion through parallel connection to meet diverse charging needs of various robots - Charging tailored to battery characteristics, contributing to reduced replacement frequency - Charging management synchronized with the entire system through CANBus options

• Charger
• AC adapter
• Secondary Cells/Batteries

In the aviation industry's ground support equipment, high operational efficiency and stable power supply are required. Especially for battery-powered equipment, proper charging management directly affects the reliability and longevity of the equipment. Improper charging can lead to performance degradation and operational downtime, making precise control essential. This product allows for output expansion according to system scale and achieves optimal charging tailored to the battery's condition through CC/CV control. 【Usage Scenarios】 - Battery management for aircraft tow tractors and electric carts for ground support - Improving operational efficiency of electric ground support equipment within airports - Establishing a stable charging environment for equipment equipped with large-capacity batteries 【Benefits of Implementation】 - Supports large-capacity batteries with a maximum output of 6,400W through parallel connection - Maintains battery performance and contributes to longevity through CC/CV control - Enables remote monitoring and operation synchronization through system integration with CANBus options

• Charger
• AC adapter
• Secondary Cells/Batteries

In marine surveys and underwater inspections, a stable power supply that supports long operating times for underwater drones is essential. Especially for vehicles equipped with large-capacity batteries, reducing charging time and maintaining battery life significantly affect operational efficiency. The DBU Series allows for flexible output expansion according to system scale and performs appropriate charging based on the battery's condition through CC/CV charging methods, contributing to improved operational rates and longer battery life. 【Usage Scenarios】 - Battery charging at the operational base for underwater drones - Efficient management of spare batteries for long-duration surveys and inspections - Establishing a flexible charging environment tailored to system scale 【Benefits of Implementation】 - Reduced charging time with a maximum output of 6,400W through parallel connection - Maintenance of battery performance and support for extended lifespan through CC/CV control - Synchronized charging control of the entire system with CANBus options

• Charger
• AC adapter
• Secondary Cells/Batteries

In the telecommunications industry's base station backup power systems, high reliability is required to continuously supply stable power even during power outages or emergencies. It is particularly important to maintain battery performance during long-term operation and to ensure that the backup function works reliably in case of an emergency. Improper charging management can lead to early deterioration of the battery and poses a risk to the system's reliability. The DBU Series performs appropriate charging based on the battery's condition using a CC/CV charging method, contributing to performance maintenance and lifespan extension. 【Usage Scenarios】 - Backup power systems for communication base stations - Battery management for emergency power supply equipment - Optimization of power configuration according to system scale 【Benefits of Implementation】 - Flexible response to large-capacity systems with output expansion of up to 6,400W through parallel connection - Contribution to longer lifespan through charging control tailored to battery characteristics - Integration and monitoring of the entire system possible with CANBus option

• Charger
• AC adapter
• Secondary Cells/Batteries