Earth Power Product Lineup

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

• Solar power generator
• power supply
• Other energy equipment

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

• Solar power generator
• power supply
• Other energy equipment

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

• Solar power generator
• power supply
• Other energy equipment

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

• Solar power generator
• power supply
• Other energy equipment

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

• Solar power generator
• power supply
• Other energy equipment

About the □PVS Series - This product complies with IEC61215 "Crystalline Silicon Solar Cell Modules" and features a super straight type structure using heat-treated (tempered) glass on the surface. Customizable Design - This product is designed and developed in-house. Therefore, it can be produced as a custom product according to your applications and requests. We can accommodate details such as mounting frames, hole positions, capacity, and frame specifications. Thorough Management - After factory production, this product undergoes inspections and quality checks at three locations: the factory, our own factory, and our logistics center. Inspections and analyses are conducted using inspection equipment and dedicated staff. We ensure that not only the product but also the appearance and packaging at the time of shipment are free from dirt and scratches, delivering safely to our customers. For other product specifications, please download the catalog or check the product information on our website.

• Solar power generator
• power supply
• Other energy equipment

In the context of natural energy learning in educational settings, how to efficiently utilize the power obtained from solar cell modules becomes an important theme. Understanding the MPPT (Maximum Power Point Tracking) function, which maximizes power generation according to changes in sunlight conditions, is essential for next-generation energy education. Our "EPC8MPPT" can charge batteries with 95% efficiency through MPPT control, providing an accurate control environment for data collection and demonstration experiments. 【Usage Scenarios】 - Power source for practical training and experiments related to natural energy - Educational materials for learning about the mechanisms of solar power generation systems - Exercises for constructing small independent power supply systems 【Benefits of Implementation】 - Improved experimental accuracy due to high power generation efficiency from MPPT control - Proper charging of lead and lithium-ion batteries through CC-CV charging methods - Creation of a safe learning environment through protective features such as overcurrent prevention fuses

• Other electronic parts

In the medical industry, the stable temperature management of refrigerated storage for vaccines and pharmaceuticals in remote locations is extremely important. In environments with unstable power supply, efficient operation of solar power systems is required. This product, equipped with an MPPT function to maximize power generation, responds to changes in sunlight conditions and supports stable charging of batteries, contributing to the reliable operation of medical refrigerators. 【Usage Scenarios】 - Operation of medical refrigerators in remote areas where power supply is difficult - Backup power systems during disasters or emergencies - Power management for mobile medical units 【Benefits of Implementation】 - Maximization of power generation efficiency through MPPT function, effectively utilizing limited solar energy - Reduction of unnecessary power consumption with automatic shutdown function after sunset - Stable operation even in harsh environments, supporting a wide temperature range (-20 to +45°C)

• Other electronic parts

In the aviation industry's runway lighting systems, stable power supply is extremely important to ensure reliable visibility during nighttime and adverse weather conditions. Especially in independent power systems, it is essential to efficiently store limited solar energy and ensure operations after sunset. Insufficient charging or power loss directly leads to significant risks such as lighting failures. Our "EPC8MPPT" supports the establishment of a stable power environment by efficiently supplying power from solar modules to batteries through its MPPT function. 【Usage Scenarios】 - Independent lighting systems around runways - Standalone lighting equipment for taxiways and parking areas - Aviation lights in areas where commercial power supply is difficult 【Benefits of Implementation】 - MPPT control maximizes power generation even in changing sunlight conditions - Automatic shutdown function after sunset reduces unnecessary power consumption during standby - Capable of operating in a wide temperature range (-20 to +45°C), suitable for outdoor environments

• Other electronic parts

In the operation of crime prevention and surveillance cameras, ensuring a stable power supply in locations where securing power is difficult is a significant challenge. Cameras installed outdoors are particularly susceptible to weather and sunlight conditions, necessitating efficient power management. The shutdown of cameras due to power shortages directly poses a security risk, so a system that maximizes the limited solar energy is essential. Our "EPC8MPPT" efficiently charges batteries from solar panel modules using MPPT functionality, supporting the stable operation of surveillance systems. 【Usage Scenarios】 - Installation of surveillance cameras in outdoor areas without power supply - Security systems in locations such as mountainous regions or farmland where commercial power supply is difficult to access - Temporary operation of surveillance cameras during disasters or events 【Benefits of Implementation】 - The MPPT function efficiently charges the battery with generated power, maximizing operating time - An automatic shutdown feature after sunset reduces unnecessary power consumption - Supports a wide temperature range (-20 to +45°C), enabling stable operation in outdoor environments

• Other electronic parts

In independent power supply systems such as traffic signal controllers, it is essential to maintain a stable power supply even in environments where weather and sunlight conditions fluctuate. Particularly, the stoppage of traffic signals due to power shortages directly impacts traffic safety, making it crucial to have a mechanism that efficiently stores limited solar energy in batteries. Our "EPC8MPPT" maximizes the power generation from solar modules through its MPPT function, enabling efficient charging and supporting the stable operation of signal systems. 【Usage Scenarios】 - Traffic signal control in locations where commercial power supply is difficult to access - Emergency signal power systems during disasters - Outdoor installation environments where sunlight conditions can vary 【Benefits of Implementation】 - Maximization of power generation through MPPT function allows for efficient charging even with limited sunlight - Automatic shutdown function after sunset reduces unnecessary power consumption during standby - Capable of operating in a wide temperature range (-20 to +45°C), suitable for outdoor environments

• Other electronic parts

In portable charging for camping and outdoor activities, how to efficiently store limited solar energy in batteries is an important challenge. In outdoor environments where weather and sunlight conditions change rapidly, maintaining a stable charging efficiency is required. Insufficient charging can lead to power shortages or equipment shutdowns during camping. Our "EPC8MPPT" contributes to securing power outdoors by maximizing the power from solar modules through its MPPT function, enabling efficient charging. 【Usage Scenarios】 - Charging portable power sources or batteries at campsites - Building a sub-battery system for car camping - Securing power for lighting and small appliances outdoors 【Benefits of Implementation】 - The MPPT function maximizes charging efficiency in response to changing sunlight conditions - Compact and lightweight design makes it easy to carry and set up as camping gear - Automatic shutdown feature after sunset reduces unnecessary power consumption from the battery

• Other electronic parts

In the field of environmental surveys, stable operation of observation equipment in locations where securing power is difficult, such as mountainous areas and remote islands, is required. In particular, efficiently securing power under limited sunlight conditions and properly managing batteries is crucial for the continuity of observation data. Power shortages and battery degradation due to overcharging pose risks of interrupting surveys or causing equipment failures. This product supports the reliability of observation systems by maximizing power from solar modules through MPPT functionality, enabling efficient charging. 【Usage Scenarios】 - Power management for meteorological observation equipment in mountainous areas and remote islands - Battery charging control in long-term unmanned observation systems - Stable power supply in environments where sunlight conditions can change easily 【Benefits of Implementation】 - Maximizing generated power through MPPT functionality allows for efficient charging even with limited sunlight - Automatic shutdown function after sunset reduces unnecessary power consumption during standby - Operable in a wide temperature range (-20 to +45°C), making it suitable for harsh outdoor environments

• Other electronic parts

In the operation of relay stations in the telecommunications industry, stable power supply from solar power generation systems is essential in locations where securing commercial power sources is difficult, such as mountainous areas and remote islands. It is required to efficiently charge batteries and keep the equipment running even in environments where sunlight conditions fluctuate. Power loss is directly linked to the risk of relay station shutdown, making control technology that maximizes the utilization of generated power crucial. Our "EPC8MPPT" supports the establishment of a stable power environment by efficiently extracting power from solar modules through its MPPT function. 【Usage Scenarios】 - Independent power systems for communication relay stations where commercial power sources are unavailable - Solar power generation operations in locations with unstable sunlight conditions - Installation in compact power boxes where space-saving is required 【Benefits of Implementation】 - Maximizes generated power and improves battery charging efficiency through MPPT function - Reduces unnecessary power consumption with an automatic shutdown feature after sunset - Operates stably even in harsh environments, supporting a wide temperature range (-20 to +45°C)

• Other electronic parts

In the operation of buoys in the ocean, it is essential to efficiently store the power obtained from solar panels into batteries in limited space and harsh environments, ensuring a stable power supply. In the maritime environment, where weather and sunlight conditions can fluctuate easily, minimizing power loss and ensuring reliable charging is crucial for maintaining the light. Our "EPC8MPPT" maximizes power generation through its MPPT function, supporting efficient operation. 【Usage Scenarios】 - Power management in buoy power systems - Installation of marine observation equipment in limited spaces - Stable charging in environments with variable sunlight conditions 【Benefits of Implementation】 - Efficiently charges the battery with power generation through the MPPT function - Easy installation in the limited space within the buoy due to ultra-compact design - Automatic shutdown function after sunset to reduce unnecessary power consumption

• Other electronic parts

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

• Other electronic parts

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

• Other electronic parts

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

• Other electronic parts

This is a super compact solar battery controller designed in-house. It is equipped with an "MPPT function" that controls the power obtained from the solar panel modules to maximize it according to changes in weather and sunlight conditions. Thanks to the MPPT function, it is possible to charge the battery with 95% efficiency from the power generated by the solar panel modules. After sunset, it automatically shuts down to avoid consuming excess power. <Features> - Charging method: MPPT - Charging method: CC-CV (constant current constant voltage charging) - Wide temperature range (-20 to +45°C) - Power generation efficiency: 95% - Overcurrent protection fuse (low-profile type) - Basic warranty of 2 years (up to 5 years warranty with EP's unique extended warranty) For system diagrams and other detailed specifications and features, please refer to the PDF materials or feel free to contact us.

• Other electronic parts

The NTN-5K is an integrated inverter that combines the functions of an AC/DC charger, a DC/AC inverter, and an AC bypass. It features an "Active Current Sharing Function" that allows for efficient sharing of the most active current, enabling parallel connections of up to "6 units" to provide higher output. This product can build a larger system without the need for additional products, accommodating capacities that were previously unsupported. <Features> - Pure sine wave output (distortion rate < 3%) - Three-phase four-wire inverter that reduces resistive losses - Wide temperature range (-30 to +70°C) - AC output voltage and frequency selectable via DIP switch - Maximum 4520W (AC bypass) - Maximum 10KW high surge power - Maximum 30KW parallel operation (n+1) - Supports MODBus-RTU (RS-485) / CANBus protocol communication - Uninterruptible UPS function (transfer time < 10ms) For more detailed specifications and features, please refer to the PDF document or feel free to contact us.

• Switching Power Supply
• inverter
• Other power sources

In the field of renewable energy, it is essential to convert generated electricity into stable and usable AC power for grid interconnection and self-consumption, requiring high reliability and flexible system construction. Particularly for renewable energy sources with significant output fluctuations, surge power that can respond to instantaneous changes in power demand, system scalability, and stable power supply are crucial. Our DC-AC inverter "NTN-5K Series" addresses these challenges and achieves efficient and reliable power conversion. 【Usage Scenarios】 - Power conversion in solar power generation systems - Integration with battery storage systems - Power supply in off-grid environments - Use as an emergency power source 【Benefits of Implementation】 - Equipment protection through stable sine wave output - System scalability with parallel connections of up to six units - Response to load fluctuations with high surge power - Prevention of power supply interruptions with UPS functionality

• Switching Power Supply
• inverter
• Other power sources

In the power supply for industrial robots, stable electricity supply and recovery capability from unexpected power outages are required. Particularly for robotic arms and control systems that demand precise movements, instantaneous power fluctuations can potentially affect the entire production line. Therefore, securing a reliable power source is essential for maintaining production efficiency and stabilizing product quality. Our DC-AC inverter "NTN-5K Series" addresses these challenges and supports the stable operation of industrial robots. 【Application Scenarios】 - Power source for robotic systems within factories - Power supply for precision equipment in automated lines - Use as a backup power source 【Benefits of Implementation】 - Increased productivity due to stable operation of robots - Reduced downtime during unexpected power outages - Stable power supply necessary for precise control

• Switching Power Supply
• inverter
• Other power sources

In the field of medical devices, a stable power supply is essential for the safety of patients and accurate diagnosis and treatment. Power interruptions and voltage fluctuations can lead to serious situations such as equipment malfunction, data loss, and even interruption of treatment. Therefore, a power system with high reliability and backup functions is required. The DC-AC inverter "NTN-5K Series" incorporates an AC charger and UPS function, ensuring uninterrupted power supply to support the stable operation of medical devices. 【Usage Scenarios】 - Operating rooms, intensive care units, and other places where power stability is of utmost importance - Diagnostic equipment, imaging devices, and other devices that require precise power supply - As a backup power source during power outages - Operation of medical devices in off-grid environments 【Benefits of Implementation】 - Improved reliability of treatment and diagnosis due to stable operation of medical devices - Reduced risk of power supply issues - Prevention of data loss and equipment failure - Automatic switching during interruptions with UPS function to ensure business continuity

• Switching Power Supply
• inverter
• Other power sources

In the operation of data centers, stable power supply and rapid backup during power interruptions are extremely important for maintaining the overall reliability of the system. Reliable backup power solutions are essential to prevent data loss and system downtime, even in the event of unexpected power outages or voltage fluctuations. Our DC-AC inverter "NTN-5K Series," which incorporates an AC charger and UPS functionality, supports the stable operation of data centers as a high-reliability off-grid pure sine wave DC-AC power inverter with a capacity of 5000W and the ability to connect up to 6 units in parallel. 【Usage Scenarios】 - Backup power supply to server racks - Uninterruptible operation of network equipment - Protection of critical data - Minimization of system downtime 【Benefits of Implementation】 - Improved system uptime due to high reliability - Data protection during interruptions with UPS functionality - Ensured scalability through parallel connections - Equipment protection with stable pure sine wave output

• Switching Power Supply
• inverter
• Other power sources

In the telecommunications infrastructure industry, the stable operation of systems and the maintenance of communication networks during unexpected power outages are extremely important. Particularly for critical facilities such as base stations and data centers, even a momentary power supply interruption is unacceptable, and high reliability along with rapid recovery capabilities are required. Our DC-AC inverter "NTN-5K Series" integrates AC/DC chargers, DC/AC inverters, and AC bypass functions, and incorporates UPS functionality (transfer time < 10ms) to achieve uninterrupted power supply. This reduces the risk of communication network interruptions and contributes to the improvement of infrastructure reliability. 【Usage Scenarios】 - Backup power for mobile phone base stations - UPS systems for data centers - Emergency power for communication equipment - Power supply for remote communication devices 【Benefits of Implementation】 - Reduces the risk of communication network interruptions - Supports stable operation of critical facilities - Ensures service continuity through rapid power recovery - Flexible scalability of system capacity

• Switching Power Supply
• inverter
• Other power sources

In shipboard power systems, it is essential to provide a stable supply of electricity for navigation equipment and daily living needs. Particularly in the unique environment of a ship, the reliability of the power supply is directly linked to the safety of navigation. Insufficient power supply can lead to equipment malfunctions or shutdowns, potentially hindering navigation. Our DC-AC inverter "NTN-5K Series" is a high-reliability off-grid pure sine wave DC-AC power inverter with a capacity of 5000W, capable of parallel connection of up to six units, and contributes to the stable supply of power onboard. 【Usage Scenarios】 - Power supply to various equipment onboard - Backup power in emergencies - Building power systems in off-grid environments 【Benefits of Implementation】 - Stabilization and improvement of onboard power reliability - Enhanced capability to meet diverse power needs - Assurance of system expandability

• Switching Power Supply
• inverter
• Other power sources

In railway vehicle onboard power supplies, stable power supply and compatibility with various devices are required. It is particularly important to prevent equipment malfunctions and shutdowns even in harsh environments such as vibrations and temperature changes during operation, ensuring passenger safety and comfort. Our DC-AC inverter "NTN-5K Series" addresses these challenges and provides a reliable power solution. 【Usage Scenarios】 - Power supply for onboard equipment (lighting, air conditioning, information display systems, etc.) - Power supply for maintenance equipment - Use as an emergency power source 【Benefits of Implementation】 - Stable sine wave output reduces the risk of equipment malfunctions - Up to six units can be connected in parallel, allowing for flexible system construction as needed - Supports a wide temperature range (-30 to +70°C), ensuring stable operation in harsh environments - Built-in UPS function minimizes the impact during power interruptions

• Switching Power Supply
• inverter
• Other power sources

In the agricultural sector, the stable operation of irrigation pumps is directly linked to crop growth, necessitating a reliable power supply. Particularly in remote areas or locations with unstable power sources, a system that can provide stable electricity without relying on external power is essential. Our DC-AC inverter "NTN-5K Series" addresses these challenges and supports the stable operation of irrigation pumps. 【Usage Scenarios】 - Power supply to irrigation pumps in farmland - Off-grid systems combined with solar panels - Pump operation in areas with unstable power supply 【Benefits of Implementation】 - Promotion of crop growth through stable operation of irrigation pumps - Reduced dependence on external power sources - Increased flexibility in system construction

• Switching Power Supply
• inverter
• Other power sources

In construction sites, a stable power supply to various electric tools and measuring devices is essential. Particularly in locations where securing power is challenging, reliable portable power solutions are required. Insufficient power supply can lead to equipment malfunctions and decreased work efficiency. Our DC-AC inverter "NTN-5K Series" is a highly reliable 5000W off-grid pure sine wave inverter that incorporates an AC charger and UPS functionality, capable of parallel connection for up to six units, meeting the diverse power needs on site. 【Usage Scenarios】 - Power supply for electric tools at construction sites - Securing power for temporary offices and break areas - Operation of measuring and communication devices in remote locations - Power supply for lighting and equipment during night work 【Benefits of Implementation】 - Improved work efficiency due to stable power supply on site - Flexible response in locations where securing power is difficult - Simultaneous power supply to multiple devices - Protection of equipment through UPS functionality

• Switching Power Supply
• inverter
• Other power sources

In off-grid housing, it is essential to maintain a stable power supply without relying on external electricity sources. Particularly, a reliable power system is crucial to secure the electricity needed for daily life. It is important to have a system in place that can continuously supply power in preparation for unexpected power outages or shortages. Our DC-AC inverter "NTN-5K Series" is a highly reliable 5000W off-grid pure sine wave DC-AC power inverter that incorporates an AC charger and UPS functionality, capable of parallel connection with up to six units, addressing these challenges. 【Usage Scenarios】 - Off-grid systems for residential use - Emergency backup power supply - Renewable energy systems 【Benefits of Implementation】 - Achieving stable power supply - Continuous power availability during outages - Flexible scalability of system capacity

• Switching Power Supply
• inverter
• Other power sources

In emergency shelters, it is essential to maintain a power supply to ensure the minimum living functions during water outages or power failures. In particular, stable power supply is required for the operation of life-critical equipment such as communication devices, lighting, and medical devices. To prepare for unforeseen circumstances, securing a reliable power source is extremely important for the operation of shelters. This product incorporates an AC charger and UPS functionality, allowing for the parallel connection of up to six units, thereby supporting diverse power needs and ensuring stable lifelines. 【Usage Scenarios】 - Utilization as an emergency power source - Backup for communication devices - Stable supply for lighting equipment - Maintenance of medical device operation 【Benefits of Implementation】 - Maintains minimum living functions during water outages and power failures - Ensures stable operation of life-critical equipment - Enhances the reliability of shelter operations

• Switching Power Supply
• inverter
• Other power sources

In temporary power sources at event venues, stable power supply for diverse equipment and ease of installation and removal are required. In particular, it is important to accommodate equipment such as audio devices, lighting, and video equipment that require large amounts of power instantaneously, as well as to flexibly respond to sudden fluctuations in power demand. Our product, the "NTN-5K Series," is an integrated inverter that meets these needs. 【Usage Scenarios】 - Outdoor events, exhibitions, temporary stages - Operation of equipment in locations where power supply is difficult - Response to increased power demand during peak times 【Benefits of Implementation】 - Flexible power supply that can accommodate various event scales - Increased efficiency in installation and removal tasks - Reduction of equipment troubles due to stable power supply

• Switching Power Supply
• inverter
• Other power sources

In the solar power generation industry, it is essential to efficiently convert the generated DC power into AC power. In particular, the reliability of the system and backup functionality during power outages are crucial for stable power supply. The NTN-5K Series integrates AC/DC chargers, DC/AC inverters, and AC bypass functions, enabling output expansion through parallel connections of up to six units and uninterrupted operation with UPS functionality within 10ms. This enhances the operational efficiency of solar power generation systems and allows for continuous power supply even during unexpected outages. 【Usage Scenarios】 - Power conversion for solar power generation systems - Standalone power supply systems - Backup power during outages 【Benefits of Implementation】 - Improved system reliability - Continued power supply during outages - Flexible system construction - Reduced operational costs

• Switching Power Supply
• inverter
• Other power sources

The NTN-5K is an integrated inverter that combines the functions of an AC/DC charger, DC/AC inverter, and AC bypass. It features an "Active Current Sharing Function" that allows for efficient sharing of the most active current, enabling parallel connection of up to "6 units" to provide higher output. It allows for the construction of larger systems without the need to add other products, accommodating capacities that were previously unsupported with just this single unit. <Features> - Pure sine wave output (distortion rate < 3%) - Three-phase four-wire inverter that reduces resistive losses - Wide temperature range (-30 to +70°C) - AC output voltage and frequency selectable via DIP switch - Maximum 4520W (AC bypass) - Maximum 10KW high surge power - Maximum 30KW parallel operation (n+1) - Compatible with MODBus-RTU (RS-485) / CANBus protocol communication - Uninterrupted UPS function (transfer time < 10ms) For more detailed specifications and features, please refer to the PDF document or feel free to contact us.

• Switching Power Supply
• inverter
• Other power sources

The "ISI-501 Series" is a DC-AC inverter that serves dual purposes with a built-in solar battery charging controller. The solar array can accept input of up to 500W and is equipped with an MPPT control controller to maximize power extraction. High-voltage modules for residential and industrial use can be connected. Additionally, safety standards tests are conducted to ensure safe and secure usage. 【Features】 ■ Built-in solar battery charging controller ■ Solar array capable of accepting input up to 500W ■ Equipped with MPPT control controller ■ Compatible with high-voltage modules for residential and industrial use ■ Safety standards certified ■ Reliability tests conducted (vibration, insulation, withstand voltage, EMC) *For more details, please refer to the PDF document or feel free to contact us.

• Switching Power Supply
• inverter
• Other power sources

The NTS series has evolved into a more advanced inverter by addressing the conceptual designs required for industrial systems, including "high reliability," "safety," "high quality," "environment," and "high efficiency." Additionally, by introducing NDSC (New Digital Smart Chips), we have improved compactness, lightweight design, and efficiency, while also doubling the surge power capacity. 【Features】 - More compact compared to the dimensions (stacking ratio) of the conventional TS series - Heat dissipation through thermally linked cooling specifications - Surge power capacity: approximately twice the rated output power - Wide input voltage range - ACC control circuit and remote terminals included (for domestic Japan specifications) - Equipped with protection circuits: input high voltage protection, input low voltage protection, input low voltage alarm, input reverse connection protection, overload protection, and over-temperature protection - Inverter suitable for lithium-ion batteries in addition to lead-acid batteries - Insulation protective coating applied to the main circuit board to maintain "high quality" - Certifications obtained: CB, DEKRA, E13, EAC, AS/NZS, FC, CE, UKCA, UL (compliant) ensuring "high reliability" and "safety" - 3-year product warranty from the time of shipment For detailed product information, please visit our company website.

• Switching Power Supply
• inverter
• Other power sources

By switching from a DC12V / DC24V system to a DC48V system in the NTS Series, the external dimensions and weight remain the same, while achieving higher efficiency and reducing heat generation due to lower current values (A). The use of thinner and longer cables allows for a wider range of system configurations. Additionally, with the inclusion of original terminals, remote control and ACC control functions can also be utilized.

• Switching Power Supply
• inverter
• Other power sources

In the field of renewable energy, particularly in grid connection, stable power supply and system reliability are required. In solar power generation systems, when converting generated DC power to AC power, high conversion efficiency, surge power capacity to respond to sudden power fluctuations, and long-term stable operation are crucial. Improper use of inverters can lead to increased power conversion losses and a decrease in overall system reliability. Our DC-AC inverter "NTS Series" addresses these challenges by achieving higher efficiency and improved surge power capacity, pursuing the "high reliability," "safety," and "high quality" required in industrial systems. 【Usage Scenarios】 - Output conversion of solar power generation systems - Output control of battery storage systems - Power supply in off-grid systems - Power stabilization from renewable energy sources 【Effects of Implementation】 - Reduction of energy loss due to improved power conversion efficiency - Strengthened response capability to sudden power demands - Enhanced stable operation and reliability of the system - Flexible system construction due to a wide input voltage range

• Switching Power Supply
• inverter
• Other power sources

In the precise control of industrial robots, a stable power supply and a highly reliable power system that is less susceptible to external environmental influences are required. In particular, a clean power supply with minimal noise is essential for the delicate movements of robot arms and the accurate operation of sensors. Inadequate power sources can lead to control delays and malfunctions, potentially resulting in decreased efficiency across the entire production line and quality issues with the products. Our DC-AC inverter "NTS Series" adopts a design that pursues high reliability, safety, quality, and efficiency to address these challenges and meet the stringent demands of industrial systems. 【Application Scenarios】 - Power supply for industrial robots - Driving precision equipment in automation lines - Various control systems within factories - Use in environments with vibrations or temperature changes 【Benefits of Implementation】 - Achieving stable and precise movements of robots - Reducing the risk of control delays and malfunctions - Improving overall efficiency of the production line - Maintaining production quality through reliable power supply

• Switching Power Supply
• inverter
• Other power sources

In the field of medical devices, a stable power supply is always required for the safety of patients and accurate diagnosis and treatment. Particularly in advanced medical devices, even slight voltage fluctuations or momentary power interruptions can lead to malfunctions or data loss, making the reliability of the power supply extremely important. Our DC-AC inverter "NTS Series" supports the stable operation of medical devices by applying technology cultivated in industrial systems, designed with high reliability, safety, and quality as its core concepts. 【Usage Scenarios】 - Life support systems in operating rooms and intensive care units - Imaging diagnostic devices (MRI, CT scans, etc.) - Testing and analysis equipment - Telemedicine systems - Backup power during outages 【Benefits of Implementation】 - Improved accuracy of diagnosis and treatment due to stable operation of medical devices - Reduced risk of unexpected equipment shutdowns - Contribution to ensuring patient safety - Prevention of data loss

• Switching Power Supply
• inverter
• Other power sources

In data center backup applications, high reliability and instantaneous power supply capability are required to ensure stable system operation and data preservation. It is essential to maintain power supply to critical servers and network equipment even during unexpected power outages, from the perspective of business continuity. Our DC-AC inverter "NTS Series" has been developed to meet the stringent demands of such data centers. 【Usage Scenarios】 - Backup power supply to server racks - Redundancy for network equipment - Continuation of system operations during emergencies 【Benefits of Implementation】 - Minimization of system downtime during power outages - Reduction of data loss risk - Improvement of business continuity

• Switching Power Supply
• inverter
• Other power sources

In EV charging infrastructure, stable power supply and the ability to accommodate diverse power systems are required. Particularly, depending on the location and scale of the charging stations, not only the supply from the existing power grid but also the collaboration with renewable energy sources and the role of backup power in emergencies become important. In such situations, inverters that achieve high reliability, safety, and efficient power conversion are essential for the stable operation of the entire infrastructure. Our DC-AC inverter "NTS Series" has been developed to meet these demands. 【Usage Scenarios】 - Power conversion at EV charging stations - Collaboration with renewable energy sources (such as solar power) - Emergency backup power systems 【Benefits of Implementation】 - Improved reliability of charging services due to stable power supply - Flexible response to diverse power systems - Overall system efficiency and cost reduction

• Switching Power Supply
• inverter
• Other power sources

In the ship's internal power supply, it is essential to provide a stable supply of electricity for navigation equipment, communication devices, and the power necessary for daily life. Particularly in the unique environment of a ship, high reliability and safety are indispensable, as unexpected power shortages or equipment failures can impact safe navigation. Our DC-AC inverter "NTS Series" has evolved further to address these challenges by pursuing "high reliability," "safety," and "high quality" required in industrial systems. The introduction of NDSC (New Digital Smart Chips) has achieved miniaturization and weight reduction while improving efficiency, increasing surge power capacity by approximately twofold to meet various power needs onboard. 【Usage Scenarios】 - Power supply for navigation equipment - Stable operation of communication devices - Use of electrical appliances for onboard living - Utilization as an emergency power source 【Benefits of Implementation】 - Securing a stable onboard power supply - Improving equipment reliability - Contributing to safe navigation - Addressing diverse power needs

• Switching Power Supply
• inverter
• Other power sources

In railway vehicle onboard power supplies, vibration during operation, temperature changes, and stable power supply are required. In particular, a reliable power system is essential to maintain the operation of onboard equipment and the comfort of passengers. Inadequate power supply can lead to equipment malfunctions, failures, and even impact operations. Our DC-AC inverter "NTS Series" incorporates design philosophies of high reliability, safety, high quality, and high efficiency cultivated in industrial systems, ensuring stable power supply even in the harsh environments of railway vehicles. 【Usage Scenarios】 - Onboard Wi-Fi and charging power supply - Interior lighting and air conditioning systems - Various measuring instruments and control devices - Emergency power supply 【Benefits of Implementation】 - Improved reliability of onboard equipment due to stable power supply - Enhanced passenger comfort - Increased longevity of equipment - Contribution to vehicle design through space-saving and lightweight solutions

• Switching Power Supply
• inverter
• Other power sources

In the aerospace field, aircraft power systems require high reliability and safety. To support stable operation of the aircraft, a robust and stable power supply that can withstand changes in external environments is essential. It is important to protect the entire system and maintain safe operations even in the event of unexpected voltage fluctuations or overloads. Our DC-AC inverter "NTS Series" is designed to meet these demands and is expected to be utilized as an aircraft power supply in the aerospace sector. 【Usage Scenarios】 - Aircraft and spacecraft power supply - Stable power supply to onboard equipment - Ensuring reliability in harsh environments 【Benefits of Implementation】 - Contributes to stable operation of aircraft systems - Protects onboard equipment and extends lifespan - Supports compliance with safety standards

• Switching Power Supply
• inverter
• Other power sources