ネクストエナジー・アンド・リソース List of Products and Services

In recent years, natural disasters have intensified. The BCP (Business Continuity Plan) measures for the "Nankai Trough Mega Earthquake" (with a probability of occurrence of about 70-80% within 30 years) and the "Tokyo Metropolitan Area Earthquake" (with a probability of about 70%) are urgent issues for companies and factories. If a widespread blackout occurs, not only will production lines stop, but also the ability to confirm the safety of employees, communicate, and utilize evacuation shelters within facilities will be lost. In this context, a completely self-sufficient "off-grid solar power generation system" that does not rely on the power grid becomes a lifeline for companies. Even if the power transmission network is disrupted, the combination of solar panels and industrial batteries enables long-term self-generation and supply of electricity. This ensures the essential power needed for initial actions such as operating servers, communication devices, and disaster response headquarters, thereby enhancing the resilience of companies. [Usage Scenarios] - Emergency backup and power outage measures for factories - Maintenance of corporate disaster response headquarters and communication networks - Securing power for temporary employee evacuation spaces - Contribution to decarbonization (carbon neutrality) through daily self-consumption Would you like to strengthen your disaster prevention system with a phase-free system that balances emergency preparedness and daily renewable energy utilization (ESG measures)?

• Solar power generation
• Solar power generation equipment
• Information and communication equipment and infrastructure

"I want to monitor river water levels in preparation for abnormal weather." "I want to be cautious of landslides in mountainous areas." However, when trying to set up equipment on-site, the enormous cost of utility pole construction for power supply often delays necessary measures. The solution that addresses the challenges of "places where electricity cannot be supplied" and "disaster prevention" simultaneously is the completely independent 'Off-Grid Solar Power Generation System.' Since it does not rely on the power grid, the high costs of installation are zero. It can be set up anywhere as long as there is sunlight, allowing IoT devices such as security cameras and water level sensors to operate immediately. Moreover, its greatest strength is its resilience to power outages during disasters. In the event of a widespread blackout due to an earthquake or typhoon, this independent power system is completely unaffected. It serves as a monitoring system for areas without power during normal times and becomes an "infrastructure that absolutely does not stop" for maintaining communication and providing emergency power during disasters. Safety measures at sites that have given up due to "lack of power" or "lack of budget." Why not realize it now with our system before it’s too late?

• Solar power generation
• Solar power generation equipment
• Information and communication equipment and infrastructure

Off-grid (autonomous, independent) solar power generation systems can output direct current power generated from sunlight and convert it to alternating current power without connecting to the power grid. Therefore, they are widely used in areas where electricity is difficult to access, such as mountainous regions, rivers, farmland, and remote locations.

• Solar power generation
• Solar power generation equipment
• Information and communication equipment and infrastructure

In recent years, as a preparation for large-scale power outages caused by natural disasters, it is urgent for companies to implement BCP (Business Continuity Planning) measures and for municipalities to strengthen their disaster prevention capabilities. However, there are many voices expressing that "investing in equipment that is only used in emergencies is difficult." Therefore, we recommend a phase-free 'off-grid solar system' that is useful in both daily and emergency situations. As an independent power source that does not rely on the power company's transmission network, it can be installed in mountainous areas, outdoors, and in temporary facilities where power cannot be drawn. During normal times, it contributes to reducing electricity costs and decarbonization (SDGs) by self-consuming power for outdoor lighting, security cameras, and as a power source for events and agricultural work. In the event of a power outage, it functions as an emergency power source. It ensures a reliable power supply for critical infrastructure related to human life and business, such as communication devices for information gathering, lighting for evacuation centers, and charging smartphones. [Main Usage Scenarios] - Daily Use: Outdoor work, security cameras, event power, agricultural equipment - Emergency Use: Evacuation center operations, backup for disaster communication devices, BCP response base We propose the optimal system tailored to your needs by combining solar panels and storage batteries. Please feel free to contact us for more details.

• Solar power generation
• Solar power generation equipment
• Information and communication equipment and infrastructure

Off-grid (autonomous, independent) solar power generation systems can output the electricity generated from sunlight directly as DC power and convert it to AC power without connecting to the power grid. Therefore, they are widely used in areas where electricity is difficult to access, such as mountainous regions, rivers, farmland, and remote locations.

• Solar power generation
• Solar power generation equipment
• Information and communication equipment and infrastructure

Unlike conventional solar power generation, this is an autonomous (off-grid) solar power generation system that supplies the generated electricity to specific devices. It is also equipped with a storage battery, allowing the generated power to be used in the evening or at night, and can be utilized for securing power during disaster outages, serving as part of BCP measures. Since it is a standalone system that does not connect to the internal electrical wiring, there is no need for cumbersome electrical equipment modifications such as circuit breakers, adjustments for power outage days, negotiations with power companies for interconnection, or output suppression measures, enabling a speedy installation. The generated electricity is consumed without mixing with commercial power sources, allowing for 100% renewable energy usage, which is also effective for decarbonization PR. It can be flexibly constructed according to applications, including single-phase 100V, 200V, three-phase output, and commercial power backup switching. We will listen to your objectives for installation and budget to propose a system tailored to your needs. For case studies from other companies, system explanations, or consultations, please feel free to contact us. ◆ Contact Information Next Energy and Resources Co., Ltd. Contact: Minazawa TEL: 0265-98-6804 info@offgrid-solar.jp

• Solar power generation
• Solar power generation equipment
• Power and Energy Equipment

In companies, the transition to a decarbonized society has made the introduction of renewable energy urgent. Our off-grid self-consumption solar power generation system utilizes 100% renewable energy power for the facility without mixing it with the electricity from power companies. Since it does not require connection to power companies or internal wiring, it shortens the time and effort needed for installation, allowing for a system to be built according to the annual budget. Additionally, it can secure power for specific loads during power outages, enabling both BCP measures and decarbonization environmental PR at the facility. 【Usage Scenarios】 - Power supply for part of the facility (both regular and emergency) - Backup power for specific equipment - Emergency power supply 【Features】 - Contributes to decarbonization and environmental PR with 100% renewable energy power - Quick installation without the need for cubicle modifications or connections to internal electrical wiring - Direct supply of generated power to specific devices - Equipped with batteries to secure power during outages - Can be flexibly constructed according to needs 【Effects of Implementation】 - Improved decarbonization image for the company - Business continuity during power outages

• Power and Energy Equipment
• Solar power generation equipment
• Emergency power outlet equipment

In companies, the transition to a decarbonized society has made the introduction of renewable energy urgent. Our off-grid self-consumption solar power generation system is designed to supply power to specific loads without connecting to the facility's electrical wiring, allowing for a reduction in the effort and time required for installation, and enabling the construction of a system that fits your budget. It ensures power supply for specific loads during power outages while utilizing 100% renewable energy, contributing to the factory's BCP measures and decarbonization PR. 【Usage Scenarios】 - Power supply for part of the factory (both during normal and emergency situations) - Backup power for specific equipment - Emergency power supply 【Benefits of Implementation】 - Business continuity during power outages - Reduction in electricity costs - Improvement of the company's decarbonization image

• Power and Energy Equipment
• Solar power generation equipment
• Emergency power outlet equipment

In commercial facilities, demonstrating consideration for the environment leads to gaining trust from customers. In particular, the use of renewable energy significantly contributes to enhancing a company's brand image. However, there are various challenges to implementation, such as discussions with power companies, facility modifications, and measures during power outages. Our solar power generation system, which is 100% self-consumption with battery storage, addresses these challenges and enables smooth implementation. By utilizing 100% renewable energy, you can showcase your commitment to decarbonization and enhance your brand value. 【Usage Scenarios】 - Commercial facilities - Office buildings - Stores 【Benefits of Implementation】 - Showcase the company's commitment to decarbonization - Enhance brand image - BCP measures during power outages

• Solar power generation
• Solar power generation equipment
• Power and Energy Equipment

In companies, the transition to a decarbonized society has made the introduction of renewable energy urgent. Our off-grid self-consumption solar power generation system is designed to supply power to specific loads without connecting to the internal electrical wiring, allowing for a reduction in the time and effort required for installation and enabling the construction of a system that fits your budget. Additionally, since it is equipped with a storage battery, the generated power is consumed on-site during normal times, while ensuring a certain level of stored energy for power supply during outages. This system enables the utilization of 100% renewable energy, contributing to factory BCP measures and decarbonization PR. 【Usage Scenarios】 - Power supply for part of the factory (both normal and emergency situations) - Backup power for specific equipment - Emergency power supply 【Features】 - Contributes to decarbonization PR with 100% renewable energy - Quick installation without the need for cubicle modifications or connections to internal electrical wiring - Direct supply of generated power to specific devices - Power supply during outages with the built-in storage battery - Flexible construction according to usage needs 【Benefits of Implementation】 - Business continuity during power outages - Reduction in electricity costs - Improvement of the company's decarbonization image

• Power and Energy Equipment
• Solar power generation equipment
• Emergency power outlet equipment

In the agricultural sector, there are vast farmlands where it is difficult to draw electricity from power lines due to their distance. Securing the necessary power for greenhouses, lighting, surveillance cameras, wildlife damage prevention, pumps, and other needs is a challenge. Off-grid solar systems generate and store electricity using solar energy, providing a self-sufficient power supply. 【Usage Scenarios】 - Power supply for farmlands where electricity is difficult to access Lighting, surveillance cameras, wildlife damage prevention, mowing, water pumps, etc.

• Agricultural civil engineering works
• Solar power generation equipment
• Information and communication equipment and infrastructure

During disasters, schools that serve as local evacuation centers require a stable power supply to ensure the safety of evacuees and facilitate rapid information dissemination. In the event of a power outage, if lighting and communication networks are disrupted, the functionality of the evacuation center may significantly decline, leading to considerable chaos. Our emergency power supply, the "Battery-Equipped, Standalone Solar Power Generation System," is a completely off-grid, autonomous power generation system that does not rely on the existing power grid. Through the powerful collaboration of solar power generation and large-capacity batteries, it provides uninterrupted power even during long-term outages, maintaining the essential functions of the school as a disaster response hub. **Expected Use Cases:** - Smooth operational activities at designated evacuation centers such as school gymnasiums and classrooms. - Power supply to PCs, emergency lighting, and critical communication devices at disaster response hubs. - Charging stations for evacuees' smartphones, mobile phones, and various radios. **Effects and Benefits of Implementation:** - Ensures a reliable power supply even during long-term outages, maintaining the lifeline functions of the evacuation center. - Secures reliable means of information transmission with the outside world, preventing isolation and protecting the safety of evacuees. - Provides stable power even during nighttime or rainy periods when generation is not possible, thanks to large-capacity batteries. - Utilizes the system as a self-consumption power source during normal times, significantly contributing to reducing electricity costs and decarbonization of school facilities.

• Architectural design office
• Disaster prevention supplies
• Basement unit/disaster prevention shelter

Securing power during disasters is one aspect of disaster prevention planning. Off-grid solar power systems are independent generation systems that are not affected by the power grid, and unlike conventional grid-connected solar power systems that stop generating electricity during power outages, they continue to supply power through solar energy and batteries. Additionally, with the inclusion of batteries, power can be secured even at night or during rainy weather. Our off-grid self-consumption solar power system is designed to supply power to specific loads without connecting to the electrical wiring on-site, which shortens the time and effort required for installation and allows for the construction of a system that fits your budget. Our staff, with extensive experience in public projects, will assist with system design, preparation of bidding specifications, fire safety applications for battery installation, pre-shipment factory inspections by authorities, and preparation of related documents such as specifications and test reports. 【Usage Scenarios】 - Tsunami evacuation towers - Shelters for people unable to return home - Power supply at disaster prevention bases for PCs, lighting, communication devices, etc. - Power for fire stations, disaster prevention radios, and cameras - Power supply for evacuation centers and disaster storage facilities - Charging for mobile phones and radios

• Architectural design office
• Disaster prevention supplies
• Basement unit/disaster prevention shelter

As the adoption of solar carports progresses, there is a demand to directly charge electric vehicles (EVs) with the generated electricity. When the parking lot for employees is located away from the building, conventional grid-tied solar power systems cannot connect to the utility company, making it impossible for solar power to operate. However, with a standalone (off-grid) solar power system, it becomes possible to charge the solar power generated at the carport into a battery while also charging the EVs.

• Solar power generation
• Carports and related materials
• Solar power generation equipment

As the adoption of solar carports progresses, there is a demand to directly charge EVs with the generated electricity. When the parking lot for employees is located away from the building, conventional grid-connected solar power systems cannot connect to the power company, making it impossible for solar power generation to operate. However, with a standalone (off-grid) solar power system, it is possible to charge the batteries while also charging the EVs using the solar power generated by the carport.

• Solar power generation
• Carports and related materials
• Solar power generation equipment

As the adoption of solar carports progresses, there is a demand to directly charge electric vehicles (EVs) with the generated electricity. When the employee parking lot is located away from the building, conventional grid-connected solar power systems cannot connect to the utility company, and solar power cannot operate. However, with a standalone (off-grid) solar power system, it becomes possible to charge the battery while also charging the EV with the solar power generated from the carport.

• Solar power generation
• Carports and related materials
• Solar power generation equipment

Our store, which has earned trust for many years in the sale of solar panels, has developed the "Thin Solar Panel RST Series." First, we focused on using the same materials as the highly rated "RS Series" hard panels, achieving capabilities equivalent to hard panels while maintaining a slim profile. Additionally, traditional products faced challenges with low durability and weather resistance, which deterred many users from adopting them. Therefore, we successfully improved durability and weather resistance by using high-strength materials for the power generation surface and back sheet. We achieved durability that surpasses traditional products and cleared product tests equivalent to hard panels, allowing us to sell a reliable long-term product despite its thin design. Currently, there are two sales models available. The "RST180 (power generation: 180W)" features dimensions close to a square (1m x 1m), considering vehicle width, while the "RST210 (power generation: 210W)" is aimed at users seeking higher power generation. These specifications can be selected based on installation space. We also emphasize design, adopting an elegant "all-black" style. Thanks to our unique initiatives, we have successfully launched these products at significantly lower prices than existing products.

• Solar System Solar Module
• Specially equipped vehicles
• Solar power generation

In-house brand products. All units undergo IV characteristics and EL inspection upon completion. Solar panels come with a 3-year output warranty.

• Power generation equipment

Narrow-width small solar panel module. As a proprietary brand, we handle everything from product design to final inspection, distribution delivery, and defect response in a consistent system. Made in Vietnam. 5-year output warranty.

• Power generation equipment

All products have IV characteristics and have passed EL inspection. 3-year output warranty. For more details, please check here: http://offgrid-solar.jp/

• Power generation equipment

All products have been tested for IV characteristics and EL inspection by our company. 3-year warranty on solar panel output. For more details, please check our website: http://offgrid-solar.jp/

• Power generation equipment

All products have IV characteristics and have passed EL inspection. 3-year warranty on panel output. For more details, please visit our website: https://offgrid-solar.jp/

• Power generation equipment

We have been adopted by a wide range of users, both corporate and individual, for self-sufficient power sources. Our systems are utilized in various locations as self-sufficient solar power systems for surveillance cameras, various measuring devices, communication equipment, solar streetlights, and power sources for road construction signs. For more details, please visit our website: https://offgrid-solar.jp/

• Power generation equipment

Narrow-width small solar cell module. As a proprietary brand, we conduct a consistent system from product design to final inspection, distribution delivery, and defect response. Made in Vietnam. 5-year output warranty.

• Power generation equipment

Production activities in factories require stable power supply. Power outages can lead to significant losses, including production line stoppages, decreased product quality, and delays in delivery to customers. This is especially critical in factories that operate 24 hours a day or handle precision equipment, where stabilizing the power supply is the top priority. Our battery-equipped autonomous solar power generation system enables power supply to specific loads even during outages, supporting the continuation of production activities. 【Usage Scenarios】 - Emergency power supply - Power supply for part of the factory (both regular and emergency) - Backup power for specific equipment 【Benefits of Implementation】 - Business continuity during power outages - Improved corporate decarbonization image

• Power and Energy Equipment
• Solar power generation equipment
• Emergency power outlet equipment

Since it is equipped with solar power and a storage battery, during normal times, the generated electricity is consumed in-house for specific loads while maintaining a certain level of stored energy, allowing for power supply during outages. Originally, it is an autonomous system that does not connect to the power grid, so there is no concept of power outages. Additionally, with the transition to a decarbonized society, the introduction of renewable energy has become urgent. Our off-grid self-consumption solar power generation system is designed to supply power to specific loads without connecting to the internal electrical wiring, which shortens the time and effort required for installation and allows for a system tailored to your budget. It balances the use of 100% renewable energy power and contributes to the factory's BCP measures and decarbonization PR. 【Usage Scenarios】 - Emergency power supply - Power supply for part of the factory (both normal and emergency situations) - Backup power for specific equipment 【Features】 - Equipped with a storage battery for power supply during outages - Contributes to decarbonization PR with 100% renewable energy power - No need for modifications to the cubicle or connection to internal electrical wiring, enabling speedy installation - Direct supply of generated power to specific devices - Freely configurable according to application 【Benefits of Implementation】 - Business continuity during power outages - Improved corporate decarbonization image

• Power and Energy Equipment
• Solar power generation equipment
• Emergency power outlet equipment

Lithium iron phosphate ion battery with a nominal voltage of 12.8V. Capacity of 340Ah (4.352kWh). Made in the Netherlands. It can be configured in series or parallel to create various voltages and capacities. It has obtained IEC62619 and 62620 certifications, with numerous system implementation records and fire safety applications in the country. We also provide charging devices and other peripheral equipment.

• Batteries and Capacitors
• Other Batteries
• Solar power generation

Lithium iron phosphate ion battery with a nominal voltage of 12.8V. Capacity 210Ah (2.688kWh). Made in the Netherlands. It can be configured in series or parallel to create various voltages and capacities. It has obtained IEC62619 and 62620 certifications, with numerous system implementation records and fire safety applications in Japan. Charging devices and other peripheral equipment are also available.

• Batteries and Capacitors
• Other Batteries
• Solar power generation

As the demand for companies to engage in decarbonization (carbon neutrality) increases, the methods for managing green spaces and addressing weeds on their premises are being reevaluated. Next Energy's off-grid solar-powered automatic lawn mower system is a completely clean weeding solution that covers 100% of the power needed for charging through solar energy. Compared to traditional gasoline-powered lawn mowers, it significantly reduces CO2 emissions. Additionally, it generates no noise or exhaust gases, allowing for facility management that considers the surrounding environment and nearby residents. Implementing this system for green space management in factories, commercial facilities, and recreational areas serves as evidence that a company is actively addressing environmental issues. It can be utilized as a powerful environmental PR tool aimed at stakeholders who prioritize SDGs and ESG investments. Why not enhance your brand value with this system that balances the use of clean energy and the automation of weeding tasks?

• Batteries and Capacitors
• Other Batteries
• Solar power generation

Due to a shortage of labor, the demand for automatic lawn mowers is increasing. However, in vast areas, challenges such as "lack of nearby power sources for charging stations" and "high costs for electrical installation work" are barriers to their introduction. Next Energy's off-grid solar system is an independent power supply solution that addresses these challenges. By combining solar panels with high-performance batteries, it provides a stable power supply to mowers even in locations without commercial electricity. Since extensive wiring work is not required, it can be smoothly installed in areas where securing power is difficult. The system is designed with optimal capacity to operate even during prolonged bad weather, and customization according to site conditions is also available. This system automates weed control in areas that had previously been abandoned for installation, contributing to a dramatic reduction in maintenance costs and alleviating the burden on workers.

• Batteries and Capacitors
• Other Batteries
• Solar power generation

Lithium iron phosphate ion battery with a fixed voltage of 12.8V. Capacity 340Ah (4.352kWh). Made in the Netherlands. It can be configured in series and parallel to create various voltages and capacities. It has obtained IEC62619 and 62620 certifications, with numerous system implementation records and fire safety applications in Japan. Charging devices and other peripheral equipment are also available.

• Batteries and Capacitors
• Other Batteries
• Solar power generation

Lithium iron phosphate ion battery with a nominal voltage of 12.8V. Capacity of 210Ah (2.688kWh). Made in the Netherlands. It can be configured in series or parallel to create various voltages and capacities. It has obtained IEC62619 and 62620 certifications, with numerous system implementation records and fire safety applications in Japan. Charging devices and other peripheral equipment are also available.

• Batteries and Capacitors
• Other Batteries
• Solar power generation

Lithium iron phosphate ion battery with a nominal voltage of 12.8V. Capacity of 340Ah (4.352kWh). Made in the Netherlands. It can be configured in series or parallel to create various voltages and capacities. We also offer peripheral devices such as on-board chargers and solar chargers.

• Batteries and Capacitors
• Other Batteries
• Solar power generation

It is suitable for 12V batteries used in automobiles, ships, and independent power supply systems that operate in cycles, such as outdoor lights and sign lights. For detailed product information, please see below. Introduction to Off-Grid Solar Lithium-Ion Batteries: https://offgrid-solar.jp/html/page212.html 【Features】 - Long lifespan with 5300 cycles (at 100% depth of discharge). - Weighs 16kg! About half the weight compared to lead batteries of equivalent capacity. - One unit with 150Ah has the effective capacity of two 105Ah lead batteries. - Space-saving due to reduced number of units. Recommended for replacement of lead batteries. - Equipped with BMS for cell balance maintenance, safe circuit design, and abnormal detection functions. - Built-in cutoff circuit model. - Obtained many safety certifications, including IEC. Designed with a focus on safety. - Maximum charging current of 135A and continuous discharge current of 200A is possible. - Equipped with a cell temperature management system. Charging at low temperatures is also possible. - Bluetooth communication equipped. Remaining capacity can be checked via an app. *For more details, please refer to the PDF document or feel free to contact us.

• Specially equipped vehicles

This series is popular as a 12V battery for automobiles, ships, electric carts, etc., utilizing its characteristic small space. Due to its high layout flexibility, it has many proven applications in off-grid (independent power) systems. *In particular, it is suitable for storage batteries in autonomous solar power systems that operate in cycles. 【Features】 - Dimensions: 90(W) × 437(D) × 175(H) mm! Can be used in small spaces. - Weight: 10 kg! Lightweight compared to equivalent lead batteries, making replacement easy. - Cycle life: 5300 cycles (at 80% depth of discharge) for long lifespan. - Proven performance in large storage systems through the use of multiple units. - Equipped with BMS for cell balance maintenance and safe circuit design. - Obtained many safety certifications, including IEC. The circuit design emphasizes safety. - Capable of high current input/output of 1C during charging and 3C during discharging. *For more details, please refer to the PDF document or feel free to contact us.

• Photovoltaic power generation system (solar system, energy-saving housing, electricity sales business)

This series is popular as a 12V battery for automobiles, ships, electric carts, etc., utilizing its characteristic small space. Due to its high layout flexibility, it has many proven applications in off-grid (independent power) systems. *In particular, it is suitable for storage batteries in autonomous solar power systems that operate in cycles. 【Features】 - Can be connected in series or parallel - Dimensions: 90(W) × 437(D) × 175(H) mm! Usable in small spaces. - Proven performance in large storage systems by using multiple units. - Equipped with BMS for cell balance maintenance and safe circuit design. - Obtained many safety certifications, including IEC. The circuit design emphasizes safety.

• Photovoltaic power generation system (solar system, energy-saving housing, electricity sales business)