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

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.

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/

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/

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

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.

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

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.

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.

"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?

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 is entering a scalable era— Are you thinking of giving up on introducing solar power, or do you want to implement it more smoothly? "Installation constraints," "enormous costs," "prolonged procedures"... By breaking through the "grid connection barriers" that hinder such introductions, you can start with what you need and expand your facilities freely as your business grows. The next-generation "distributed power source = off-grid system" makes such "scalable" solar power generation a reality. In this webinar, we will thoroughly explain the "non-grid-connected self-consumption" system that is not bound by existing frameworks, and present new options and the latest case studies to solve management challenges. To everyone considering the introduction of solar power, please join us! Reservations can be made here! https://ner-webinar.v2.nex-pro.com/campaign/92804/apply

Solar power generation is entering a scalable era— Are you thinking about giving up on the introduction of solar power generation, or do you want to implement it more smoothly? "Installation constraints," "huge costs," "prolonged procedures"... By breaking through the "grid connection barriers" that hinder such introductions, you can start with what you need and expand your facilities freely as your business grows. The next-generation "distributed power sources = off-grid systems" will realize such "scalable" solar power generation. In this webinar, we will thoroughly explain the "non-grid-connected self-consumption" system that is not bound by existing frameworks, and present new options and the latest case studies to solve management challenges. To everyone considering the introduction of solar power generation, please join us! Reservations can be made here! https://ner-webinar.v2.nex-pro.com/campaign/92802/apply

"We want to install lighting in the depths of the park and in the parking lot, but the wiring work and excavation for power supply are difficult." Next Energy's off-grid (independent power) system solves such challenges. ■ Instantly secure power even in areas with undeveloped infrastructure With an independent power system that combines solar power generation and storage batteries, power can be supplied from the day of installation, even in locations where connecting to the grid is difficult. It can be installed without damaging existing infrastructure, even in asphalt-paved parking lots or parks with excavation restrictions. ■ Wide range of applications and installation track record Outdoor lighting and streetlights: No wiring needed, providing security measures in dark areas and enhancing walkways. Public toilets and facilities: Securing power for washing pumps, ventilation fans, and warm-water bidets. Disaster prevention and BCP measures: Emergency power sources and smartphone charging spots that operate during power outages. Solar carports: Effectively utilizing parking space and promoting decarbonization (SDGs). As a specialist team in independent power systems, we have numerous installation examples in municipalities and private facilities across the country. We provide total support from load calculations on-site to optimal equipment selection. Consultations during the design phase are also welcome.

In factories, warehouses, business offices, and stores, the decarbonization of buildings is becoming increasingly important in response to carbon neutrality and ZEB (Net Zero Energy Buildings). On the other hand, when introducing self-consumption solar power generation, challenges may arise such as: - Discussions on grid connection with power companies - Cubicle renovations - On-site wiring work - Installation costs One option is a non-grid-connected self-consumption system that combines solar power generation and storage batteries. Instead of supplying power to the entire building, it provides electricity through dedicated lines to specific essential loads such as lighting, communication devices, security equipment, pumps, and EV charging facilities. The generated power is consumed on-site during normal times, and any surplus power is stored in batteries, which can be utilized at night or during rainy weather, and serves as an emergency power source during outages. This system can be gradually introduced and expanded in line with annual budgets and CO2 reduction targets, allowing for a smooth progression of decarbonization and BCP (Business Continuity Planning) measures for existing buildings. ☆ Construction case studies ☆ https://www.offgrid-solar.jp/page/4 ☆ Website ☆ https://www.offgrid-solar.jp/

During disasters such as earthquakes, typhoons, and heavy rain, there is a risk that important equipment such as lighting, communication systems, surveillance cameras, and pumps will stop functioning due to power outages. In disaster prevention and BCP (Business Continuity Planning) measures, it is essential to organize in advance "which equipment will be prioritized for power supply." The solution to this is an off-grid power source that combines solar power generation and storage batteries. By securing an independent power source without relying on commercial power, it contributes to decarbonization during normal times and serves as an emergency power source during outages. We will propose the optimal system tailored to your applications, power consumption, and installation environment! ▼【For inquiries, click here】 https://www.imsys.jp/r/1789052?m=0000&c=00000000 *Please mention "from Ipros" when making inquiries. ▼【Visit our company website here】▼ ・Our company website https://www.nextenergy.jp/ ・Dedicated off-grid page https://pd.nextenergy.jp/special/off-grid/ https://www.offgrid-solar.jp/