Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.
661～690 item / All 1454 items
Achieving efficient low fuel consumption by reducing fuel consumption during weak combustion.
The warm air jet heater is different from the infrared type; it is a heater that uses a fan to distribute the heat from the burner. Due to its convection method, it is particularly effective for drying purposes.
Ideal for applications that require high calories!
- Air Blowing Operation Can operate with air blowing only. - Alarm Monitor Notifies the operation status of safety devices via lamps or error codes. - Earthquake (Earthquake Automatic Extinguishing) Automatically extinguishes in the event of a strong earthquake or shock. - Ignition (Ignition Safety) Automatically extinguishes in cases of ignition failure, mid-operation extinguishing, abnormal combustion, or fuel depletion. - Power Outage (Power Outage Safety) Prevents automatic operation from starting even after power is restored following an outage. - Overheating Prevention Automatically extinguishes when the heater's interior overheats abnormally. - Overload (Overload Protection) Stops operation by cutting off the electrical circuit in the event of overcurrent. - High Voltage (High Voltage Stop) Stops operation if the power supply voltage becomes abnormally high during operation. - Low Voltage (Low Voltage Alarm) Issues an alarm when the power supply voltage is abnormally low.
It is also possible to blow air through ducts with clean hot air!
- Ducted air blowing is possible with clean hot air. - Stacking storage is possible (HS290L1: 3 tiers, HS290-L1T80: 2 tiers). - Equipped with a large capacity oil tank (80L), allowing for 18 hours of continuous operation (HS290-L1T80).
Energy-saving oil heater that significantly reduces fuel consumption.
* No automatic oscillation feature * Achieves approximately 38% energy savings with eco mode! (Compared to continuous maximum operation at an outside temperature of 5°C.) * Quiet operating sound * Thermo operation function
The large and small versions of "Hydro X," the "HydroX Base/Power" and "HydroX mini," have been released!
The "HydroX Base/Power・HydroX mini" is a water supply system that can operate independently using renewable energy. It generates hydrogen by electrolyzing water through solar power, allowing it to operate autonomously without the need for external fossil fuels. It can also be utilized as a disaster response system. The "HydroX Base/Power" is a large version of "Hydro X," capable of being used in large evacuation shelters during disasters, while the "HydroX mini" is a smaller version that is useful for emergency preparedness. Our products are expected to be active in various scenarios in the future. If you have any inquiries regarding new applications, please feel free to contact us. 【Main Features】 ■ HydroX Base/Power: A large version of "Hydro X" with the capability to be used in large evacuation shelters during disasters. ■ HydroX mini: A small version of "Hydro X" that is useful for emergency preparedness. ■ Operates independently using renewable energy. ■ Can be utilized as a disaster response system. ■ Environmental education for a low-carbon society and hydrogen society. *For more details, please refer to the PDF materials or feel free to contact us.
The home "Energy Garden" is a new concept system based on the user's perspective, independent of module manufacturers.
We have built a system configuration that meets your satisfaction in terms of cost and quality, reliable construction technology, and support for long-term use.
The generated electricity is consumed by the factory's equipment and more! Introducing a system aimed at a decarbonized society.
A "self-consumption solar power generation system" refers to a system that generates electricity using solar panels and consumes that electricity on-site, such as in factories, warehouses, stores, or offices, without selling it back to the power company, thereby reducing the amount of electricity purchased from the power company. This document provides a detailed explanation of the types of self-consumption systems. It is designed to be easy to reference when considering the introduction of a solar power generation system, so please take a moment to read it. [Contents] ■ Types of solar power generation systems ■ Types of self-consumption systems ■ Why self-consumption? *For more details, please refer to the PDF document or feel free to contact us.
Excellent economics of self-consumption! Designing the capacity of the solar power generation system in line with electricity consumption.
This document includes the system design for self-consumption and the conditions suitable for self-consumption. It also provides detailed information on the differences based on the assumed surplus electricity sales price and the scenarios in which it is appropriate. Please make use of this information when considering the introduction of a solar power generation system for self-consumption. [Contents] ■ Self-consumption system design and simulation ■ Customers suitable for self-consumption type *For more details, please refer to the PDF document or feel free to contact us.
The annual electricity costs vary greatly for self-consumption types! Introduction of reduction examples.
Here are some examples of reductions achieved through the "excess power sales type" and "complete self-consumption type." In a certain logistics warehouse, by introducing the "excess power sales type" system, the annual electricity cost was reduced from 16.6 million yen to 3.8 million yen, achieving a 77% reduction. Additionally, in refrigerated and frozen warehouses that use a large amount of electricity throughout the year, the "complete self-consumption type" system was implemented, resulting in an annual electricity cost reduction of 3.98 million yen. 【Other Reduction Examples】 ■ Complete Self-Consumption Type - Frozen/Refrigerated Warehouse: Annual electricity cost reduced from 35.64 million yen to 29.07 million yen (18% reduction) - Manufacturing Factory (total of 2 buildings): Annual electricity cost reduced from 10 million yen to 6.8 million yen (32% reduction) ■ Excess Power Sales Type - Manufacturing Factory: Annual electricity cost reduced from 12.2 million yen to 4.9 million yen (59% reduction) *For more details, please refer to the PDF document or feel free to contact us.
![[Case Study on Reducing Electricity Costs] Self-Consumption Solar Power Generation System](https://image.www.ipros.com/public/product/image/cd3/2000998970/IPROS95106545219700732006.png?w=280&h=280)
Introducing the effects of installing self-consumption solar panels! Examples of electricity bill reductions.
We would like to introduce a case study of a self-consumption solar power generation system that reduced electricity costs. In a supermarket (fresh food), the electricity costs before installation were 6.87 million yen per year. Due to the effects of installing solar panels, the electricity costs after installation dropped to 5.35 million yen per year, achieving a reduction of 1.52 million yen. The reduction rate is 22%, and the amount of CO2 reduction is 32 tons per year. 【Case Overview】 ■ Before Installation - Electricity Costs, Before Installation/Year: 6.87 million yen ■ After Installation - Electricity Costs, After Installation/Year: 5.35 million yen - Reduction Amount, million yen/year: 1.52 - Reduction Rate: 22% *For more details, please refer to the PDF document or feel free to contact us.
Direct supply of generated power to specific equipment eliminates the need for cumbersome negotiations with power companies, modifications to on-site electrical facilities, and adjustments for power outage days. The inclusion of storage batteries is also effective for BCP measures.
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
![[Disaster Prevention] Emergency Power Supply - Standalone Solar Power Generation System with Battery Storage](https://image.www.ipros.com/public/product/image/326246/IPROS8316174796939704807.jpg?w=280&h=280)
[Public Facility Disaster Prevention] Ensuring power during disaster outages with renewable energy and batteries that can operate even during power outages.
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
Charging EVs under a solar carport - Charging possible with solar power even when away from the building - Standalone solar power generation.
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.
More than 90% of organic waste is converted into energy! Biogas is generated and burned to produce electricity.
Biomass methane gas power generation involves burning biogas generated from the decomposition and fermentation of organic waste with the help of microorganisms, which is then used to generate electricity through a gas engine. With the technology we are introducing, called "NGU (Nano Grinder Unit)," it is possible to enhance the energy conversion efficiency up to 90%. 【Features】 ■ Generates electricity using biogas produced from the decomposition and fermentation of organic matter contained in organic waste as fuel for a gas engine. ■ The "NGU (Nano Grinder Unit)" device can increase the energy conversion efficiency of organic matter up to 90%. ■ Enables the fermentation of lignin from wood and sorghum, which has been considered difficult for gasification, allowing for effective utilization of thinned wood and abandoned farmland. *For more details, please refer to the PDF materials or feel free to contact us.
![Solar Power Generation System [Construction Record Case 11]](https://image.www.ipros.com/public/product/image/512/1377866004/IPROS_15656068292126122000.jpg?w=280&h=280)
Responsibility for design and construction of solar power systems at Attic, without subcontracting.
Atik is a responsible design and construction contractor that handles total planning in-house, from the design of solar power generation (including all-electric systems) to construction and aftercare, based on its extensive track record of roofing work for major housing manufacturers over many years. Since we do not subcontract, we can quickly respond to various customer requests while keeping construction costs down.
![Solar Power Generation System [Construction Results Case 6]](https://image.www.ipros.com/public/product/image/a82/1377866006/IPROS_13535134712732522000.jpg?w=280&h=280)
Responsibility for design and construction of solar power systems at Attic without subcontracting.
Atik is a responsible design and construction contractor that handles total planning in-house, from the design to construction and aftercare of solar power generation (including all-electric systems), based on a wealth of experience gained from many years of roofing work for major housing manufacturers. Since we do not subcontract, we can quickly respond to various customer requests while keeping construction costs down.
![Solar Power Generation System [Construction Record Case 9]](https://image.www.ipros.com/public/product/image/217/1377866007/IPROS_13573670252760566000.jpg?w=280&h=280)
Responsibility for design and construction of solar power systems at Attic without subcontracting.
Atik is a responsible design and construction contractor that handles total planning in-house, from the design of solar power generation (including all-electric systems) to construction and aftercare, based on a wealth of experience in roofing work for major housing manufacturers over many years. Since we do not subcontract, we can quickly respond to various customer requests while keeping construction costs down.
![Solar Power Generation System [Construction Results Case 2]](https://image.www.ipros.com/public/product/image/af7/1377866009/IPROS_17593726529361424000.jpg?w=280&h=280)
Responsibility for design and construction of solar power systems at Attic without subcontracting.
Atik is a responsible design and construction contractor that handles total planning in-house, from the design of solar power generation (including all-electric systems) to construction and aftercare, based on a wealth of experience in roofing work for major housing manufacturers over many years. Since we do not subcontract, we can respond quickly to various customer requests while keeping construction costs down.
![Solar Power Generation System [Construction Results Case 1]](https://image.www.ipros.com/public/product/image/a50/1377866010/IPROS_17179790716785742000.jpg?w=280&h=280)
Responsibility for design and construction of solar power systems at Attic without subcontracting.
Atik is a responsible design and construction contractor that handles total planning in-house, from the design of solar power generation (including all-electric systems) to construction and aftercare, based on a wealth of experience from many years of roofing work for major housing manufacturers. Since we do not subcontract, we can quickly respond to various customer requests while keeping construction costs down.
![Solar Power Generation System [Construction Results Case 5]](https://image.www.ipros.com/public/product/image/0ad/1377866011/IPROS_14117774272447242000.jpg?w=280&h=280)
Responsible design and construction of solar power systems at Attic without subcontracting.
Atik is a responsible design and construction contractor that handles total planning in-house, from the design of solar power generation (including all-electric systems) to construction and aftercare, based on a wealth of experience in roofing work for major housing manufacturers over many years. Since we do not subcontract, we can quickly respond to various customer requests while keeping construction costs down.
![Solar Power Generation System [Construction Record Case 1]](https://image.www.ipros.com/public/product/image/5c9/1377866012/IPROS_18049499488481784000.jpg?w=280&h=280)
Responsibility for design and construction of solar power systems at Attic without subcontracting.
Atik is a responsible design and construction contractor that handles total planning in-house, from the design of solar power generation (including all-electric systems) to construction and aftercare, based on its extensive track record of roofing work for major housing manufacturers over many years. Since we do not subcontract, we can quickly respond to various customer requests while keeping construction costs down.
![Solar Power Generation System [Construction Achievements Case 4]](https://image.www.ipros.com/public/product/image/337/1377866015/IPROS_16929357169130217000.jpg?w=280&h=280)
Responsibility for design and construction of solar power generation systems at Attic, without subcontracting.
Atik is a responsible design and construction contractor that handles total planning in-house, from the design to construction and aftercare of solar power generation (including all-electric systems), based on its extensive experience in roofing work for major housing manufacturers over many years. Since we do not subcontract, we can quickly respond to various customer requests while keeping construction costs down.
![Solar power generation system [Construction Achievement Case 5]](https://image.www.ipros.com/public/product/image/b87/1377866016/IPROS_13679657163731436000.jpg?w=280&h=280)
In-house responsibility design and construction of solar power generation systems by Attic without subcontracting.
Atik is a responsible design and construction contractor that handles total planning in-house, from the design to construction and aftercare of solar power generation (including all-electric systems), based on a wealth of experience in roofing work for major housing manufacturers over many years. Since we do not subcontract, we can quickly respond to various customer requests while keeping construction costs down.
![Solar Power Generation System [Construction Achievements Case 6]](https://image.www.ipros.com/public/product/image/0aa/1377866017/IPROS_16610214587869323000.jpg?w=280&h=280)
Responsibility for design and construction of solar power systems at Attic without subcontracting.
Atik is a responsible design and construction contractor that handles total planning in-house, from the design to construction and aftercare of solar power generation (including all-electric systems), based on its extensive experience in roofing work for major housing manufacturers over many years. Since we do not subcontract, we can quickly respond to various customer requests while keeping construction costs down.
![Solar Power Generation System [Construction Achievements Case 9]](https://image.www.ipros.com/public/product/image/41d/1377866020/IPROS_17113020786189492000.jpg?w=280&h=280)
Responsibility for design and construction of solar power systems at Attic, without subcontracting.
Atik is a responsible design and construction contractor that handles total planning in-house, from the design of solar power generation (including all-electric systems) to construction and aftercare, based on a wealth of experience gained from many years of roofing work for major housing manufacturers. Since we do not subcontract, we can respond quickly to various customer requests while keeping construction costs down.
![Solar Power Generation System [Construction Record Case 10]](https://image.www.ipros.com/public/product/image/447/1377866021/IPROS_17875508797239054000.jpg?w=280&h=280)
Responsibility for design and construction of solar power systems at Attic without subcontracting.
Atik is a responsible design and construction contractor that handles total planning in-house, from the design of solar power generation (including all-electric systems) to construction and aftercare, based on its extensive experience in roofing work for major housing manufacturers over many years. Since we do not subcontract, we can quickly respond to various customer requests while keeping construction costs down.
![Solar Power Generation System [Construction Record Case 12]](https://image.www.ipros.com/public/product/image/cb9/1377866023/IPROS_13565883406033631000.jpg?w=280&h=280)
Responsibility for design and construction of solar power systems at Attic without subcontracting.
Atik is a responsible design and construction contractor that handles total planning in-house, from the design to construction and aftercare of solar power generation (including all-electric systems), based on its extensive experience in roofing work for major housing manufacturers over many years. Since we do not subcontract, we can quickly respond to various customer requests while keeping construction costs down.
![Solar Power Generation System [Construction Achievements Case 13]](https://image.www.ipros.com/public/product/image/ded/1377866024/IPROS_18713971594082165000.jpg?w=280&h=280)
Responsibility for design and construction of solar power systems at Attic, without subcontracting.
Atik is a responsible design and construction contractor that handles total planning in-house, from the design of solar power generation (including all-electric systems) to construction and aftercare, based on its extensive track record of roofing work for major housing manufacturers over many years. Since we do not subcontract, we can quickly respond to various customer requests while keeping construction costs down.
![Solar Power Generation System [Construction Record Case 15]](https://image.www.ipros.com/public/product/image/520/1377866026/IPROS_13219125638920000000.jpg?w=280&h=280)
Responsibility for design and construction of solar power systems at Attic without subcontracting.
Atik is a responsible design and construction contractor that handles total planning in-house, from the design of solar power generation (including all-electric systems) to construction and aftercare, based on a wealth of experience gained from many years of roofing work for major housing manufacturers. Since we do not subcontract, we can quickly respond to various customer requests while keeping construction costs down.
