Earth Power Product Lineup

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

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

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

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

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

In the field of broadcasting and video production, stable power supply and proper battery management are essential to support long hours of shooting and the operation of high-output equipment. To maximize the performance of the equipment and maintain battery life, precise charging control according to the condition is required. The DBU Series offers the flexibility to expand output according to system scale, achieving an optimal configuration tailored to the power environment of the shooting site. 【Usage Scenarios】 - Charging management of large-capacity batteries in OB vans and studios - Maintenance and longevity of batteries for shooting equipment - Construction of large-scale power systems through parallel connections 【Benefits of Implementation】 - Maintaining battery performance and contributing to extended lifespan through CC/CV charging - Ability to expand output up to 6,400W through parallel connections - Fine adjustments of charging voltage and current possible through optional features

In the operation of electric forklifts in the logistics industry, a stable power supply that supports long hours of operation and the establishment of efficient charging facilities in limited spaces are required. In particular, downtime of charging facilities directly leads to stagnation of the entire logistics operation, making high reliability and flexible scalability essential. The DBR Series supports the establishment of a stable charging environment through output expansion via parallel connection and a built-in OR-ing FET design that minimizes the impact on the entire system in the event of a unit failure. 【Usage Scenarios】 - Forklift charging stations within logistics warehouses - Establishing charging facilities in limited spaces - Sites operating multiple forklifts simultaneously 【Benefits of Implementation】 - Space-saving installation possible due to rack-mounted design - Flexible expansion to required power capacity through parallel connection - Improved operational stability of the entire system due to built-in protection features

In medical transport equipment, the stability and reliability of the power supply are extremely important due to the safety of patients. Unexpected power supply issues can lead to equipment failure and disrupt operations. The DBR Series supports stable power supply by incorporating OR-ing FETs, minimizing the impact on the entire system even if issues arise in some units. 【Usage Scenarios】 - Power systems for medical transport carts and automated transport robots - Construction of rack-mounted charging units in limited spaces - Power configurations for medical devices requiring large capacities through parallel connections 【Benefits of Implementation】 - Improved overall system reliability due to the incorporation of OR-ing FETs - Effective use of limited installation space with a 1U slim design - Support for flexible output expansion up to 12,800W

The introduction of autonomous agricultural machinery in the agricultural sector requires long hours of stable operation and efficient battery management. Especially during busy farming seasons, the reliability of charging facilities directly impacts work efficiency. Charging troubles that lead to machinery stoppage can result in significant losses, such as delays in harvest time. The DBR Series can flexibly expand to the necessary output through parallel connections, and its design minimizes the impact on the entire system in the event of unit troubles, thus supporting the stable operation of autonomous agricultural machinery. 【Usage Scenarios】 - Battery charging for autonomous tractors and harvesters - Establishment of charging stations for agricultural machinery - Installation of high-output charging facilities in limited spaces 【Benefits of Implementation】 - Flexible output expansion through parallel connections, accommodating an increase in the number of agricultural machines - Built-in OR-ing FET reduces the risk of total system shutdown even in the event of partial failures - 1U slim design enables system construction in a space-saving manner

In the operation of power tools at construction sites, a stable charging environment for batteries is essential to maintain work efficiency. Especially in large-scale sites or during long hours of work, downtime caused by waiting for charging can lead to delays in the process. The DBR Series can flexibly expand output according to the required power, allowing for the construction of an optimal charging system tailored to the scale of the site and the number of tools. 【Usage Scenarios】 - Simultaneous charging of multiple batteries at the site office - Efficient operation of spare batteries to support continuous operation of power tools - Construction of charging facilities in limited spaces 【Benefits of Implementation】 - Parallel connection allows for flexible output expansion based on workload - Slim design in 1U size enables space-saving installation - Built-in OR-ing FET helps minimize the impact on the entire system in case of unit trouble.

In the field of disaster prevention and emergency power supply, high reliability and stable battery management are required to ensure a continuous power supply during power outages and emergencies. In particular, redundancy is essential to maintain the overall system operation even in the event of a unit failure while securing a large capacity of power in a limited space. The DBR Series supports stable operation of emergency power supplies with flexible output expansion through parallel connection and system protection features with built-in OR-ing FET. 【Usage Scenarios】 - Establishing emergency power supply systems for disaster prevention centers and evacuation shelters - Maintaining backup power for communication infrastructure - Installing high-output chargers in limited rack space 【Benefits of Implementation】 - Flexible system construction tailored to the required power capacity through parallel connection - Built-in OR-ing FET minimizes the impact on the entire system during partial unit troubles - 1U slim design enables the realization of high-output power supply systems in a space-saving manner

In the operational field of autonomous mobile robots (AMRs), an efficient and stable charging environment is required to maintain operational uptime. In particular, it is important to build a high-output charging system in a limited installation space, with redundancy that prevents the entire system from stopping in the event of a unit failure. The DBR Series achieves space-saving through its 1U thin design for 19-inch racks, enabling flexible output expansion through parallel connections and the construction of a reliable system with built-in OR-ing FETs. 【Usage Scenarios】 - Automatic charging stations for autonomous mobile robots in logistics warehouses and factories - Construction of high-output charging facilities in limited spaces - Robot operation environments that require stable operation 24/7 【Benefits of Implementation】 - Space-saving charging facilities achieved through 1U thin design - Flexible output expansion according to the number of robots and battery capacity through parallel connections - Built-in OR-ing FETs minimize the impact on the entire system in the event of issues with some units - PMBus protocol support allows for monitoring and control of the charging status from the system side

In the operation of electric mobility within the public transportation industry, a stable charging environment is required to maintain vehicle uptime, along with the construction of efficient systems in limited installation spaces. Particularly, to support long-duration operations, the reliability of chargers and flexible scalability to accommodate future vehicle expansions are essential. A design that minimizes the impact on the entire system in the event of trouble supports stable operation management. The DBR Series is a high-density charging solution that addresses these challenges. 【Usage Scenarios】 - Charging facilities at electric bus and small mobility vehicle depots - Construction of charging systems in limited spaces - Sites requiring power expansion in anticipation of future vehicle additions 【Benefits of Implementation】 - The 1U slim design allows for effective use of installation space - Flexible output expansion through parallel connections enables system construction according to the number of vehicles - Built-in OR-ing FET maintains operation of the entire system even in the event of trouble with some units

In marine development and underwater drone operations, a stable power supply is required to support long hours of investigation and work. Particularly, the reliability of the system and space-saving design are extremely important for operations in limited onboard space and for battery charging that requires high output. Power supply troubles can lead to interruptions in investigations and risks of equipment damage, making the establishment of a charging environment with redundancy and stability essential. The DBR Series features a slim 1U design for 19-inch racks, yet can expand output up to 12,800W through parallel connections, and is designed to minimize the impact on the entire system even if some units encounter problems, thanks to the built-in OR-ing FET. 【Usage Scenarios】 - Installation in the limited rack space of research and work vessels - Efficient charging of large-capacity batteries for underwater drones - Stable power operation during long-term marine investigations 【Benefits of Implementation】 - The 1U slim design allows for effective use of limited onboard space - Flexible output expansion through parallel connections enables system construction tailored to equipment configurations - The built-in OR-ing FET maintains system operation even in the event of unit failure.

In the aerospace industry, ground support equipment requires high reliability and stable power supply. Particularly for battery charging systems that support the operation of equipment, high output in limited space and redundancy to prevent the entire system from shutting down in case of a failure are essential. Inadequate power configurations can lead to operational downtime and increased maintenance costs. The DBR Series supports the stable operation of ground support equipment with flexible output expansion through parallel connection and high reliability through built-in OR-ing FETs. 【Usage Scenarios】 - Battery charging systems for aircraft ground support equipment (GSE) - High output power configurations in limited rack space - Power supply for ground test equipment that requires high reliability 【Benefits of Implementation】 - Flexible expansion to required power capacity through parallel connection - Minimization of system impact in case of unit failure due to built-in OR-ing FETs - Effective use of installation space achieved with 1U slim design - Remote monitoring of charging status enabled by PMBus protocol compatibility

In the broadcasting and video industry, a stable power supply that supports long hours of equipment operation is essential on shooting sites. Particularly in OB vans and studio facilities, redundancy is required to ensure that the entire system does not shut down in the event of a problem while securing a large amount of power in a limited space. The DBR Series features a slim design of 1U in a 19-inch rack, yet it can expand output up to 12,800W through parallel connections. With the built-in OR-ing FET, the design minimizes the impact on the system even in the event of trouble with some units, contributing to the stabilization of power supply at critical shooting sites. 【Usage Scenarios】 - Rack-mounted power systems in OB vans and studios - Centralized management and charging facilities for camera equipment batteries - Establishing backup power to support long-duration recordings 【Benefits of Implementation】 - Enables the construction of a space-saving power system in a 1U size - Flexible output expansion through parallel connections to accommodate equipment configurations - Improved overall system reliability due to the built-in OR-ing FET

In the retail and distribution industry, the stable operation of electric carts is directly linked to maintaining customer service. Particularly, to efficiently operate multiple carts, an environment that ensures reliable charging in a limited backroom space is essential. Insufficient charging or equipment troubles can lead to disruptions in store operations. The DBR Series features a space-saving design with a 1U size for 19-inch racks, while allowing flexible expansion to the necessary output through parallel connections, enabling the construction of an optimal charging system tailored to the number of carts. 【Usage Scenarios】 - Centralized management of electric carts in the store's backroom - Establishing an environment for simultaneous charging of multiple carts in limited space - Improving the operational efficiency of electric carts and streamlining maintenance 【Benefits of Implementation】 - Achieves space-saving in the backroom with a 1U slim design - Accommodates future increases in cart numbers with flexible output expansion through parallel connections - Built-in OR-ing FET minimizes the impact on the entire system in case of unit troubles.

In the cleaning industry, the stable operation of commercial automatic floor scrubbers is directly linked to operational efficiency. Especially when operating multiple scrubbers, it is essential to establish an efficient and reliable charging environment. Insufficient charging or equipment troubles can lead to delays in work, making reliable power management indispensable. The DBR Series supports stable operation through output expansion via parallel connection and built-in OR-ing FETs that minimize the impact on the entire system in the event of unit troubles. 【Usage Scenarios】 - Centralized charging management in facilities operating multiple automatic floor scrubbers - Establishing a charging system in limited backroom space - Cleaning sites requiring stable power supply for long hours of operation 【Benefits of Implementation】 - Flexible system expansion according to the required number of units and power through parallel connection - Space-saving installation achieved with a slim 1U size design - Built-in OR-ing FETs maintain the operation of the entire system even in the event of troubles with some units.

In the logistics industry, maintaining the operation of forklifts and transport robots is directly linked to operational efficiency. Particularly in warehouse environments with long hours of continuous operation and temperature fluctuations, proper battery management and stable charging are essential. Insufficient or improper charging can lead to equipment downtime and reduced battery lifespan. This product allows for program settings according to the type of battery, supporting stable operation. 【Usage Scenarios】 - Charging batteries of transport robots and electric transport vehicles in logistics warehouses - Battery management in environments with temperature fluctuations - Charging facilities for sites using various battery types 【Benefits of Implementation】 - Optimal charging according to the battery through program settings - Operates in a wide temperature range of -30°C to +70°C, regardless of the environment - Supports safe operation with built-in various protection circuits

In the medical field, securing a reliable power supply is essential for the stable operation of medical devices. Particularly for equipment used in emergencies or that requires mobility, proper battery management and a stable charging environment are directly linked to maintaining device performance and ensuring safe operation. Improper charging can lead to reduced battery life and unexpected power outages. The "ENC Series" battery charger can be programmed to match the type of battery used, such as lead-acid batteries or lithium-ion batteries, providing an optimal charging environment tailored to the specifications of the equipment. 【Usage Scenarios】 - Battery management for portable medical devices - Backup charging for emergency power systems - Power supply for stable operation of mobile medical equipment within hospitals 【Benefits of Implementation】 - Improved operational efficiency through appropriate charging settings based on battery type - Maintenance of a quiet environment due to fanless design - Stable operation in a wide range of temperature environments

In the field of agriculture, automation support requires a power supply that can operate stably even in outdoor and harsh environments. In particular, for battery-powered equipment such as autonomous agricultural machinery and automatic irrigation systems, it is essential to establish a reliable charging environment that can withstand temperature changes and environmental stress. Improper charging can lead to reduced battery life and the risk of operational downtime. Our "ENC Series" is suitable as a power supply supporting automation equipment in agricultural settings, as it accommodates a wide operating temperature range and allows for optimal charging settings according to the type of battery. 【Usage Scenarios】 - Battery management for autonomous agricultural machinery and autonomous robots - Power backup for automatic irrigation and fertilization systems - Power supply for outdoor agricultural monitoring cameras and sensors 【Benefits of Implementation】 - A wide operating temperature range of -30°C to +70°C enables stable charging even in outdoor environments - Achieves optimal charging settings tailored to battery types, from lead-acid batteries to lithium-ion batteries - Fanless design with natural cooling reduces the risk of failure even in dusty environments

In securing power at construction sites, reliability that ensures stable operation even in outdoor environments or under significant temperature fluctuations is required. Improper charging of battery devices used on-site, in particular, can lead to reduced battery life and the risk of work interruptions. This product supports stable power supply on-site by accommodating a wide operating temperature range (-30°C to +70°C) and enabling optimal charging settings according to the type of battery, from lead-acid batteries to lithium-ion batteries. 【Usage Scenarios】 - Charging batteries for temporary lighting and power tools at construction sites - Power management in outdoor environments with significant temperature changes - Establishing charging environments in sites with a mix of various battery types 【Benefits of Implementation】 - Stable charging even in harsh site environments due to the wide operating temperature range of -30°C to +70°C - Support for proper operation of equipment through program settings tailored to the type of battery - Reduced risk of failure in dusty environments due to fanless design and natural cooling

In the robotics industry, a reliable charging system is essential to maximize the operating time of autonomous robots and achieve stable operations. Particularly in autonomous charging stations, appropriate charging control based on the type of battery and operational stability that is unaffected by environmental changes are crucial. Inadequate charging management can lead to reduced battery life and the risk of operational halts. Our "ENC Series" adopts a three-stage charging method that can be programmed according to the type of battery, providing the optimal charging environment for the robot's operational setting. 【Usage Scenarios】 - Automatic charging stations for autonomous robots - Battery management for AGVs (Automated Guided Vehicles) - Power systems for robots moving in outdoor and indoor environments 【Benefits of Implementation】 - Extended battery life through optimal charging tailored to battery characteristics - Environmental adaptability with a wide operating temperature range (-30°C to +70°C) - Establishment of an autonomous charging system with remote ON/OFF control

In marine survey sites, stable operation of batteries as a power source for observation equipment is essential. Particularly in environments such as offshore and coastal areas, reliability that can withstand rapid temperature changes and harsh weather conditions is required. Inadequate charging management can shorten battery life and increase the risk of survey interruptions or equipment failures. Our "ENC Series" supports a wide operating temperature range from -30°C to +70°C and allows for optimal charging settings according to the type of battery, from lead-acid batteries to lithium-ion batteries, contributing to the stabilization of power management in marine surveys. 【Usage Scenarios】 - Charging batteries for marine observation buoys and unmanned exploration vehicles - Managing power for observation equipment in coastal areas - Operation at outdoor survey bases with significant temperature fluctuations 【Benefits of Implementation】 - Stable charging even in harsh environments due to a wide operating temperature range - Support for longer equipment lifespan with program settings tailored to battery types - Reduced risk of fan failure due to salt damage and other issues through a fanless design that utilizes natural cooling

In the field of disaster prevention and emergency power supply, a stable charging environment is required to maintain the health of batteries, ensuring reliable power supply during emergencies. Particularly, reliability in harsh environments and adaptability to various battery types are crucial. Improper charging management poses risks of reduced battery lifespan and power shortages when needed. This product supports stable operation of emergency power systems by accommodating lead-acid and lithium-ion batteries, with programmable settings according to the type of battery. 【Usage Scenarios】 - Backup power management for emergency lighting and communication devices - Charging system for portable power boxes for disaster preparedness - Battery maintenance in outdoor disaster prevention equipment 【Benefits of Implementation】 - Proper maintenance of battery performance through a three-stage charging method - Adaptability to environmental changes with a wide operating temperature range (-30°C to +70°C) - Improved quietness and maintenance due to fanless design

In the broadcasting and video industry, stable operation of equipment is essential during long shooting sessions, and the reliability of power supply determines the success or failure of the shoot. Especially in outdoor or harsh environments, reliable charging and management of batteries are required. Insufficient or improper charging can lead to the risk of interruptions during filming. The "ENC Series" battery charger allows for program settings according to the type of battery, providing a stable charging environment to support smooth operations on set. 【Usage Scenarios】 - Charging equipment batteries during long location shoots - Power management for studio equipment - Ensuring stable power supply at outdoor shooting locations 【Benefits of Implementation】 - Optimal charging settings tailored to the type of battery - Wide input voltage range accommodates use in various environments - Built-in protective circuits support safe operation

In the public transportation industry, high reliability of power systems is required to maintain the operational stability of vehicles and equipment. Particularly for batteries used in outdoor or temperature-variable environments, proper charging management is essential. Insufficient charging or overcharging can lead to equipment malfunctions and reduced battery life, potentially disrupting operations. The "ENC Series" battery charger supports both lead-acid and lithium-ion batteries and allows for program settings tailored to the type of battery, thereby ensuring stable power supply. 【Usage Scenarios】 - Backup power management for vehicles and outdoor equipment - Battery charging in environments with significant temperature fluctuations - Maintenance of operational systems with diverse battery types 【Benefits of Implementation】 - A wide operating temperature range of -30°C to +70°C ensures stable operation even in harsh environments - Three-stage charging method and program settings enable optimal charging tailored to battery characteristics - Built-in various protection circuits ensure safe operation considerations

In the aerospace industry's ground support equipment, high reliability and stable operation under harsh conditions are required to ensure the reliable operation of various battery systems. Particularly in outdoor environments or those with significant temperature fluctuations, the durability of chargers directly impacts the continuity of operations. The ENC Series supports a wide operating temperature range (-30°C to +70°C) and allows for program settings tailored to different battery types, from lead-acid batteries to lithium-ion batteries, thereby streamlining power management for ground support equipment. 【Usage Scenarios】 - Battery management for aircraft ground support power supplies - Power supply for outdoor ground support equipment - Testing facilities using various battery types 【Benefits of Implementation】 - A wide operating temperature range of -30°C to +70°C enables stable charging regardless of the environment - Program settings tailored to battery types achieve optimal charging management - Fanless design reduces maintenance efforts and ensures quiet operation

In the mining industry, the stable operation of heavy machinery is a crucial factor directly linked to productivity. Especially in harsh environments such as outdoors or cold regions, battery management for heavy machinery requires high reliability and environmental resistance. In environments susceptible to temperature changes and vibrations, inadequate charging management can lead to reduced battery lifespan and unexpected operational stoppages. This product supports stable operations on-site by accommodating a wide operating temperature range (-30°C to +70°C) and allowing optimal charging settings based on the type of battery. 【Usage Scenarios】 - Charging management for heavy machinery batteries at mining sites - Power supply in cold or high-temperature environments - Sites with a mix of lead-acid and lithium-ion batteries 【Benefits of Implementation】 - Stable charging even in harsh environments due to a wide operating temperature range from -30°C to +70°C - Contributes to battery longevity with program settings tailored to the type of battery - Reduces the risk of failure in dusty environments through a fanless design that relies on natural cooling

In the security industry's surveillance systems, continuous stable monitoring 24/7 is essential. Especially in outdoor or harsh environments, the reliability of the power supply significantly affects the operation of the system. Unexpected power outages or battery issues can create monitoring gaps, posing security risks. The "ENC Series" battery charger allows for program settings tailored to the type of battery used, from lead-acid batteries to lithium-ion batteries, supporting stable power supply even in harsh environments. 【Usage Scenarios】 - Backup power management for outdoor surveillance cameras - Power stabilization for security gates and access control systems - Charging surveillance batteries in extreme temperature environments 【Benefits of Implementation】 - A wide operating temperature range of -30°C to +70°C enables stable operation even in outdoor installations - A three-stage charging method and various protection features support battery longevity and safe operation - Fanless design with natural cooling reduces maintenance burden

The promotion of ZEH (Net Zero Energy House) in the residential real estate industry requires highly reliable solar cell modules that demonstrate stable power generation performance over the long term. Flexible installation tailored to the design of the house and stability of quality are directly linked to maintaining the asset value of the home and the satisfaction of its residents. This product supports the improvement of energy efficiency in ZEH homes through high reliability compliant with IEC61215 and a thorough quality control system in Japan. 【Usage Scenarios】 - Solar power generation systems installed on the roofs of ZEH homes - Installation of custom-sized solar cell modules tailored to residential designs - Residential development aimed at long-term energy self-sufficiency 【Benefits of Implementation】 - Assurance of stable quality through domestic design and inspection - Flexible adaptation to the roof shape and design of the house through custom design - Support for long-term power generation operations due to reliability compliant with IEC61215

In agricultural-type power generation, flexible equipment design is required to efficiently generate electricity while maintaining the growing environment for crops. In particular, optimizing the height and installation position of the mounting structures according to the shape of the farmland and the type of crops is crucial. If these aspects are insufficient, there is a risk of insufficient sunlight and decreased work efficiency. Our "PVS Series" is designed and developed in-house, allowing for custom production tailored to specific applications and requests, thereby supporting the construction of optimal systems suited to agricultural environments. 【Usage Scenarios】 - Installation of equipment for agricultural-type power generation (solar sharing) - Environments where optimization of mounting structures and installation hole positions is necessary on farmland - Installation sites requiring specific capacities or frame sizes 【Benefits of Implementation】 - Custom designs tailored to the shape of the farmland and crops enable effective land use - Quality management through domestic design and inspection ensures peace of mind for long-term operation - Reliable modules compliant with IEC61215 support stable power generation

In the logistics industry, there is a demand for optimizing energy costs in warehouse operations and securing stable power supply as part of BCP measures during disasters. Particularly in warehouses with vast roof areas, the introduction of efficient self-consumption solar power generation systems is important for both reducing environmental impact and lowering electricity costs. However, due to the shape of the installation site and compatibility with existing equipment, there are often cases where standard products are difficult to implement. Our "PVS Series" is flexible from the design stage, supporting the construction of optimal systems tailored to your warehouse environment. 【Usage Scenarios】 - Self-consumption of electricity by installing on the roofs of logistics warehouses - Establishment of independent power systems as emergency power sources - Optimization of mounting frames and installation positions to match existing warehouse equipment 【Benefits of Implementation】 - Custom design allows for efficient layout tailored to the shape of the warehouse - Thorough quality inspections in Japan ensure peace of mind for long-term operation - Reduction in electricity costs through self-consumption and contribution to environmental management

In the manufacturing sector, efforts to decarbonize factories towards achieving carbon neutrality have become urgent. There is a demand for flexible solar power generation systems tailored to the specific environments of each site, considering limited installation space and compatibility with existing equipment. Inadequate design and quality control pose risks of long-term declines in power generation efficiency and increased maintenance costs. Our "PVS Series" provides high-quality solar modules optimized for your factory environment through domestic design and inspection systems, supporting decarbonization. 【Usage Scenarios】 - Installation of solar panels on factory roofs - Construction of power systems tailored to existing racks and equipment layouts - Self-sufficiency in factory power using renewable energy 【Benefits of Implementation】 - Custom designs allow for optimal system construction considering installation site constraints - Thorough quality inspections in Japan ensure peace of mind for long-term operation - Compliance with IEC61215 reliability contributes to the establishment of a stable power generation environment

In the retail industry, reducing power consumption and minimizing environmental impact in store operations have become important management challenges. Particularly in stores where lighting and air conditioning systems operate for long hours, efficient energy utilization is essential from a cost-saving perspective. When there are constraints on installation space or shape, it is often difficult to address these issues with off-the-shelf products. Our "PVS Series" is designed to be flexible from the outset, supporting the construction of optimal energy-saving systems tailored to limited spaces such as store roofs and exterior walls. 【Usage Scenarios】 - Reducing electricity costs by installing solar power generation systems on store roofs - Building independent power systems for signage and lighting - Renovating stores into environmentally friendly (eco-friendly) stores 【Benefits of Implementation】 - Supplementing part of the store's power consumption with renewable energy, contributing to reduced electricity bills - Custom designs allow for efficient layouts tailored to the shape of the installation site - Thorough quality inspections conducted domestically ensure peace of mind for long-term operation

The promotion of disaster prevention hubs in local governments requires the establishment of independent power supply systems that can provide stable electricity even during disasters. Particularly in facilities that serve as evacuation centers, a reliable energy source is essential to operate lighting, communication devices, and charging equipment during power outages. Inadequate design and quality management can lead to the significant risk of power supply failure when it matters most. This product supports the stable power supply required for disaster prevention hubs by establishing a design and inspection system in Japan and maintaining high-quality standards. 【Usage Scenarios】 - Introduction of independent power supply systems to public facilities serving as evacuation centers - Securing backup power for emergency lighting and communication devices during disasters - Building autonomous energy systems at regional disaster prevention hubs 【Benefits of Implementation】 - Improved reliability as disaster prevention equipment through high-quality management via domestic design and inspection - Custom design allows for the construction of optimal systems tailored to the shape and capacity of the installation site - Contributing to the maintenance of evacuation center functions by ensuring independent power supply during disasters

In the data center industry, the enormous power consumption associated with stable operation 24/7/365 has become a challenge, and there is a demand for optimization of power costs and reduction of environmental impact. In particular, compatibility with limited installation space and existing equipment is crucial, and efficient energy procurement is essential. Our "PVS Series" offers custom designs tailored to the customer's installation environment and requirements, providing optimal solutions for reducing power costs in data centers. 【Use Cases】 - Introduction of solar power generation systems on data center rooftops or within the premises - Construction of power systems focusing on compatibility with existing equipment - Optimization of power costs through the use of renewable energy 【Benefits of Implementation】 - Effective use of installation space through custom design - Assurance of stable quality through in-house design and domestic testing - Contribution to long-term reduction of power costs through the use of renewable energy

In the field of environmental education within educational institutions, reliable experimental and practical equipment is essential for correctly understanding the mechanisms of renewable energy. Particularly when conducting outdoor practices or long-term observations, the durability and safety of products are crucial for maintaining the learning environment. The use of inappropriate equipment can hinder accurate data collection and lead to safety concerns. Our "PVS Series" features a robust structure compliant with IEC61215 and allows for specification changes according to educational curricula and installation locations, making it ideal as a teaching material for environmental education. 【Usage Scenarios】 - Solar power generation experiments and practical training within school facilities - Construction of independent power systems for environmental learning - Use as power sources for school lighting and teaching materials 【Benefits of Introduction】 - Custom designs tailored to applications can flexibly meet the needs of educational settings - Thorough quality inspections conducted domestically ensure safe use in practical training - The super straight structure with reinforced glass enables stable operation even in outdoor environments.

In off-grid accommodations within the tourism industry, it is essential to secure stable power even in locations where the power grid does not reach, providing guests with a comfortable environment. Particularly in operations under natural conditions, reliability of equipment and flexible design tailored to the installation site are crucial. Inadequate power systems can lead to risks that compromise the quality of the guest experience, such as interruptions in lighting and air conditioning. Our "PVS Series" can be custom-designed for mounting and capacity according to the application and installation environment, allowing for the construction of optimal standalone power systems for each facility. 【Usage Scenarios】 - Accommodations in mountainous areas or remote islands without power grids - Independent power for glamping facilities and cottages - Use as an emergency power source during disasters 【Benefits of Implementation】 - Efficient power generation with optimal design tailored to installation conditions - Support for long-term operation through high-quality management via domestic design and inspection - Increased customer satisfaction through stable power supply even in off-grid environments

In the telecommunications industry, the operation of base stations requires reliability to continuously supply stable power for extended periods, even in environments where securing commercial power sources is difficult, such as mountainous areas and remote islands. Particularly for outdoor power systems, durability that is not affected by weather conditions and optimal design tailored to the installation environment are essential. Inadequate design and quality management pose risks of communication failures and increased maintenance costs. Our "PVS Series" robust structure compliant with IEC61215 and flexible custom designs tailored to applications strongly support your base station power systems. 【Use Cases】 - Base station power in areas where commercial power supply is difficult - Backup power systems during disasters - Introduction of solar power generation in locations with constraints on installation space or mounting structure 【Benefits of Implementation】 - Custom designs tailored to the installation environment allow for effective use of limited space - Thorough quality inspections conducted domestically ensure reliability for long-term operation - In-house design and inventory management enable stable product supply and prompt response

In the aquaculture industry, securing a stable power supply in the harsh environment of the sea is extremely important for maintaining the operation of aquaculture facilities. A reliable power system that can withstand salt damage, waves, and long-term outdoor exposure is required, and improper equipment selection may lead to facility downtime and increased maintenance costs. Our "PVS Series" addresses the challenges of offshore power supply with its robust construction compliant with IEC61215 and flexible custom designs tailored to specific applications. 【Usage Scenarios】 - Power supply for automatic feeders at offshore aquaculture farms - Independent power supply for aquaculture monitoring cameras and sensor devices - Battery charging for offshore buoys and observation equipment 【Benefits of Implementation】 - Custom designs allow for installation that fits existing aquaculture facilities and frameworks - Thorough quality inspections conducted domestically ensure reliable product quality even in offshore environments - As an independent power system, it improves operational efficiency in offshore locations where wiring is difficult.

In the medical and welfare industry, it is extremely important to ensure a stable power supply for life-support devices, lighting, communication equipment, and other essential systems even during disasters to protect the safety of patients and users. As part of BCP measures to prepare for power outage risks, the establishment of a reliable independent power supply system is required. Our "PVS Series" can optimize the design according to the installation environment and required capacity of each facility, allowing for efficient power supply even in limited spaces. 【Usage Scenarios】 - Securing emergency power during disaster-related outages - Providing independent power supply to medical devices and lighting - Implementing solar power generation systems on facility rooftops or within the premises 【Benefits of Implementation】 - Ensures necessary power supply even during outages, improving business continuity - Custom design tailored to facility environments makes effective use of installation space - Thorough quality inspections conducted domestically provide peace of mind for long-term operation

In agricultural automatic irrigation systems, it is essential to operate pumps and control equipment stably even in fields without power supply. Especially in environments where sunlight conditions can fluctuate, efficiently converting limited solar energy into electricity and storing it in batteries directly impacts the reliability of the system. When power supply becomes unstable, irrigation can stop, posing a risk to crop growth. Our "EPC8MPPT" efficiently extracts power from solar panels through its MPPT function, supporting stable power supply. 【Usage Scenarios】 - Operation of automatic irrigation systems in remote areas without power supply - Ensuring stable power in fields where sunlight conditions are prone to change - Establishing self-sufficient irrigation systems powered by batteries 【Benefits of Implementation】 - Maximizing power generation through MPPT function, improving battery charging efficiency - Reducing unnecessary power consumption with automatic shutdown function after sunset - Capable of operating in a wide temperature range (-20 to +45°C), suitable for outdoor environments

In the logistics industry, tracking systems for cargo and vehicles require a stable power supply for extended periods outdoors. To ensure that tracking devices continue to operate reliably even in environments with fluctuating sunlight conditions, it is essential to efficiently convert limited solar energy into electricity and store it in batteries. Our "EPC8MPPT" maximizes the power generation from solar modules through MPPT functionality, enabling efficient charging and supporting the stable operation of tracking systems. 【Usage Scenarios】 - Power supply systems for outdoor cargo tracking - Auxiliary power for long-distance transport vehicles - Operation of tracking devices in locations where securing power is difficult 【Benefits of Implementation】 - Efficient charging even during changes in sunlight due to MPPT control - Automatic shutdown function after sunset to reduce unnecessary battery consumption - Ultra-compact design for easy installation in limited spaces

In the field of disaster prevention and emergency power supply, it is essential to secure a stable power supply even under limited sunlight conditions during disasters. In particular, the efficiency of storing power obtained from solar modules into batteries without waste significantly affects the reliability of emergency power sources. Any loss of power directly impacts the operational time during emergencies, making efficient charging control indispensable. Our "EPC8MPPT" maximizes power generation through MPPT functionality, supporting the stable operation of emergency power systems. 【Usage Scenarios】 - Independent power systems at evacuation shelters and stockpiling bases during disasters - Backup power for communication devices and lighting during power outages - Emergency power supply equipment installed outdoors, where sunlight conditions can fluctuate 【Benefits of Implementation】 - The MPPT function allows for efficient battery charging even during weather changes - The automatic shutdown feature after sunset helps reduce standby power consumption - Supports a wide temperature range (-20 to +45°C), ensuring stable operation even in harsh environments