Last Updated： Aggregation Period:May 06, 2026～Jun 02, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 06, 2026～Jun 02, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 06, 2026～Jun 02, 2026
This ranking is based on the number of page views on our site.
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自然災害が増えてきているこのご時世に、もしもの時に何か備えを考えられている方必見！
【エイワットだから安心】 ■1997年から健全な再生可能エネルギー事業に取り組んできた長い歴史 ■ものづくりで培った圧倒的な技術力 ■様々な施設にて、建設事例多数（IKEA 仙台店など） 【自家消費をするとこんなメリットがあります】 ■省エネによる電気料金の削減 ■停電時にも電源が確保されBCP対策になります ■太陽光パネルを設置することによって遮熱効果 ■税制の優遇や補助金を活用することもできます ■脱炭素な運営で御社の企業価値を高めます ※詳しくはPDFをダウンロードしていただくか、お気軽に御問合せください。
ESG評価を高め、事業の社会的意義、成長の持続性など優れた企業特性を持ちたいとお考えの方必見！
【エイワットだから安心】 ■1997年から健全な再生可能エネルギー事業に取り組んできた長い歴史 ■ものづくりで培った圧倒的な技術力 ■様々な施設にて、建設事例多数（IKEA 仙台店など） 【自家消費をするとこんなメリットがあります】 ■省エネによる電気料金の削減 ■停電時にも電源が確保されBCP対策になります ■太陽光パネルを設置することによって遮熱効果 ■税制の優遇や補助金を活用することもできます ■脱炭素な運営で御社の企業価値を高めます ※詳しくはPDFをダウンロードしていただくか、お気軽に御問合せください。
![[Article] What are the features and benefits of solar power generation?](https://image.www.ipros.com/public/product/image/290/2000704738/IPROS96795119391758232477.png?w=280&h=280)
"Corporate Energy Saving Hacker" will also explain in comparison with other power generation methods!
According to an internet survey conducted by My Boss Com Co., Ltd., a research company, in 2021, the installation rate of solar power generation systems was only 9.2% out of 10,042 responses, indicating that the number of people incorporating solar power systems into their homes is still a minority. While many may have the image of "considering the Earth," it may not feel very real when it comes to actually installing it in their homes. However, there are various benefits to introducing solar power generation systems. Therefore, this time, we will clearly explain the advantages of solar power generation and how it differs from other methods of power generation. [Overview] ■ What is solar power generation? ■ There are many benefits to solar power generation ■ Comparison with other power generation methods ■ Current status and challenges of solar power generation ■ Points to consider when introducing a solar power generation system ■ Summary *For detailed content of the article, please refer to the related links. For more information, feel free to contact us.
Install solar power generation equipment on the roof and consume the generated electricity in-house! Here are the specific benefits.
The introduction of self-consumption solar power generation has benefits such as reducing electricity costs and providing disaster preparedness, as it allows the use of electricity generated by solar power during emergencies if equipped with a power conditioner that has autonomous operation capabilities. Additionally, using electricity derived from renewable energy and being recognized for efforts towards the SDGs can enhance a company's image. Furthermore, by utilizing the small and medium-sized enterprise management enhancement tax system, companies can achieve 100% immediate depreciation of equipment installation costs or a 10% tax credit on acquisition costs, providing a tax-saving advantage. 【Benefits of Introduction】 ■ Reduction in Electricity Costs - Can generate electricity at a lower cost than purchasing from power companies ■ Emergency Power Supply - Can use electricity generated by solar power during emergencies if equipped with a power conditioner that has autonomous operation capabilities ■ Improved Corporate Image - Recognition of efforts towards the SDGs can lead to an enhanced corporate image *For more details, please refer to the PDF document or feel free to contact us.
If you are having trouble with the maintenance, management, or mowing of agricultural land, we can solve it with solar power generation.
Our company offers a land utilization service for solar power generation, producing renewable energy on fallow farmland. For example, agricultural promotion areas (areas outside of agricultural zones) can be converted from farmland. If you are having trouble maintaining, managing, or mowing your farmland, please feel free to contact us. 【We are looking for land like this】 ■ More than 1 tan (approximately 0.1 hectares) ■ Idle farmland (convertible farmland) or mixed-use land ■ Good sunlight exposure ■ Flat land *For more details, please download the PDF or feel free to contact us.
![[Information] How to Choose Solar Power? <For Corporations>](https://image.www.ipros.com/public/product/image/2001299203/IPROS37504836338487453.JPG?w=280&h=280)
How to Choose a Solar Power System for Corporations! Key Points for Making a Selection Without Regrets.
This document introduces "How to Choose a Solar Power System for Corporations" to avoid the surprisingly common pitfall of "revisiting discussions" and to smoothly progress through the process of making suitable choices for your company. It explains key points to consider when evaluating the introduction of solar power, as well as challenges related to installing solar panels on roofs. Additionally, it highlights the strengths of the self-consumption PPA service for corporations, "Hinata Solar," so please take a moment to read it. [Contents] ■ Options for solar power introduction ■ Points to check when selecting a solar power system ■ Five factors that affect the installation of a solar power system on a roof ■ Key considerations when choosing a solar power provider ■ Strengths of Hinata Solar *For more details, please download the PDF or feel free to contact us.
Achieving both a reduction in electricity costs and a decrease in workload, thereby streamlining agricultural management.
In the agricultural sector, labor-saving and cost reduction are important challenges. In particular, the electricity costs associated with operating equipment that consumes a lot of power, such as irrigation systems and greenhouse air conditioning, are a significant burden. Self-consumption solar power generation systems are an effective means to address these challenges by reducing electricity costs and decreasing dependence on external power, thereby establishing a stable management foundation. 【Usage Scenarios】 - Power supply for irrigation systems - Air conditioning management for greenhouses - Power supply for agricultural machinery 【Effects of Implementation】 - Reduction in electricity costs - Decrease in dependence on external power - Environmentally conscious management
停電時も安心！自家消費型太陽光発電でBCP対策を強化
病院では、24時間365日の安定した電力供給が不可欠であり、停電は患者の安全を脅かす重大なリスクとなります。BCP（事業継続計画）の観点からも、非常用電源の確保は最優先事項です。自家消費型太陽光発電システムは、非常時の電源確保に貢献し、病院の事業継続を支援します。 【活用シーン】 ・停電時の非常用電源として ・災害時の電力供給源として ・BCP対策の一環として 【導入の効果】 ・停電時の電力供給を確保 ・事業継続リスクを低減 ・企業の信頼性向上
![[For Hotels] Reduce electricity costs by up to 28% with solar power and battery storage!](https://image.www.ipros.com/public/product/image/2116788/IPROS8067350341407958947.png?w=280&h=280)
A solution that utilizes subsidies to achieve cost reduction in hotel management while considering the environment.
In the hotel industry, the rise in electricity costs is putting pressure on management, and consideration for the environment, which can influence brand image, is also being emphasized. In particular, the operation of accommodation facilities involves significant electricity consumption, making the reduction of utility costs an urgent issue. At the same time, contributing to a sustainable society is essential for gaining customer trust. Our solar power generation system and industrial storage batteries address these challenges simultaneously. 【Usage Scenarios】 - Hotels, inns, and resort facilities - Large-scale accommodation facilities - Hotels that prioritize environmental considerations 【Benefits of Implementation】 - Reduction in electricity costs - Assurance of power supply during outages (BCP measures) - Improvement in corporate ESG ratings - Enhancement of brand image - Reduction of initial cost burden through subsidies
Reduce electricity costs and CO₂ emissions in office buildings by utilizing subsidies!
In office buildings, the surge in electricity costs is putting pressure on operating expenses, making energy-saving measures urgent. Particularly in office buildings with high electricity consumption for air conditioning and lighting, reducing electricity bills is a significant challenge. Additionally, efforts towards carbon neutrality are being demanded, making the introduction of renewable energy essential. Our solution supports the implementation of solar power generation and battery storage in a one-stop manner, achieving both electricity cost reduction and CO₂ emission reduction simultaneously. 【Usage Scenarios】 * Reducing electricity costs in office buildings * Securing backup power during outages * Promoting ESG management 【Benefits of Implementation】 * Up to 28% reduction in electricity costs (with case studies) * Strengthening BCP (Business Continuity Planning) * Reducing initial cost burden through subsidies
Reduce warehouse temperature management costs! Smart implementation using subsidies.
In the warehouse industry, maintaining the quality of temperature-controlled products and the rising costs due to increased electricity rates are significant challenges. Particularly in refrigerated and frozen warehouses, a stable power supply 24/7 is essential, and the risk of damage from power outages cannot be ignored. Our solution addresses these challenges by implementing solar power generation and storage batteries. We provide a one-stop service for self-consumption solar power generation systems, industrial storage batteries, and support for national and local government subsidy applications. 【Usage Scenarios】 * Refrigerated and frozen warehouses * Storage warehouses requiring temperature control * Self-generation as a BCP (Business Continuity Planning) measure 【Benefits of Implementation】 * Reduction in electricity costs * Securing backup power during outages * Improvement in corporate ESG (Environmental, Social, and Governance) ratings
Simultaneously achieve reductions in electricity costs and CO2 emissions. Cover the power for material handling equipment and transport vehicles with self-generated electricity.
In the warehouse industry, the power consumption of material handling equipment, air conditioning, and lighting is enormous, and the rising electricity costs are putting pressure on management. Responding to ESG and decarbonization is also an urgent task. With the spread of electric forklifts and automated guided vehicles (AGVs), electricity demand is tending to increase further. Our industrial self-consumption solar power generation system utilizes rooftop solar energy to cover daytime electricity needs, simultaneously reducing electricity costs and CO2 emissions. 【Usage Scenarios】 - Installation of solar power generation systems on warehouse rooftops - Supply of charging power for electric equipment such as forklifts and AGVs - Power supply for lighting and air conditioning systems within the warehouse 【Benefits of Implementation】 - Reliable cost reduction and reduction of CO2 emissions - Implementation with zero initial costs through the use of subsidies and PPA models - Enhancement of corporate environmental value
Protect food quality while reducing electricity costs and CO2 emissions.
In the food industry, the stable operation of refrigeration equipment is essential for maintaining product quality and ensuring business continuity. In particular, the rising electricity costs are putting pressure on management in refrigerated warehouses and freezers where temperature control is critical. Additionally, there is a demand for reducing CO2 emissions as part of ESG initiatives. Our self-consumption solar power generation system utilizes rooftop solar energy to cover daytime electricity needs, simultaneously reducing electricity costs and CO2 emissions. 【Usage Scenarios】 - Refrigerated warehouses - Freezers - Food processing plants 【Benefits of Implementation】 - Reduction in electricity costs - Reduction in CO2 emissions - Enhancement of corporate environmental value
Simultaneously achieve reductions in electricity costs and CO2 emissions. Power EV charging infrastructure with self-generated electricity.
In the automotive industry, as the shift to EVs progresses, the development of charging infrastructure has become urgent. In particular, the electricity costs of charging stations pose a significant challenge for business operations. By introducing self-consumption solar power generation, companies can cover the electricity needed for charging in-house, achieving both cost reduction and a decrease in environmental impact. Our company provides comprehensive support from planning, design, construction, to operation of solar power generation systems, assisting customers in their decarbonization efforts. 【Usage Scenarios】 - EV charging stations - Automobile manufacturers' factories - Dealership parking lots 【Benefits of Implementation】 - Reduction in electricity costs for charging - Decrease in CO2 emissions - Enhancement of corporate environmental value
Achieve both electricity cost reduction and CO2 emissions reduction simultaneously! Optimize delivery costs.
In the EC industry’s delivery sector, the electricity consumption of warehouses and distribution centers is enormous, and the rising electricity costs are putting pressure on management. Additionally, addressing environmental impact has become an urgent issue. Our products utilize rooftop solar power to cover daytime electricity needs, simultaneously reducing electricity costs and CO2 emissions. By covering the power for charging equipment such as forklifts and AGVs with solar energy, we also contribute to reducing fuel costs. It is possible to implement this with zero initial costs through the use of subsidies and PPA models. 【Usage Scenarios】 - EC distribution centers - Logistics warehouses - Charging facilities for delivery vehicles 【Benefits of Implementation】 - Reduction in electricity costs - Reduction in CO2 emissions - Improvement in corporate environmental value - Zero initial costs through the use of subsidies
Reduce electricity costs and CO2 emissions for stores!
In retail stores, the rising electricity costs are putting pressure on management, making energy-saving measures urgent. Additionally, reducing CO2 emissions is an important issue as part of efforts towards ESG (Environmental, Social, and Governance) initiatives. A self-consumption solar power generation system can be installed on the store's roof to generate electricity during the day, thereby reducing electricity costs and CO2 emissions. 【Usage Scenarios】 - On the store's roof - Parking lot - Backyard 【Benefits of Implementation】 - Reduction in electricity costs - Reduction in CO2 emissions - Improvement in corporate environmental value - Possibility of zero initial costs through the use of subsidies
Reduce power costs and CO2 emissions in the manufacturing process.
In the chemical manufacturing industry, the power consumption associated with the operation of production equipment is significant, and the rising electricity costs are a factor that pressures management. Additionally, efforts to reduce environmental impact are essential. Our self-consumption solar power generation system provides a solution that ensures both reliable cost reduction and a decrease in CO2 emissions in response to these challenges. 【Usage Scenarios】 - Power supply for manufacturing equipment - Reduction of overall power demand in factories - Promotion of ESG management and decarbonization management 【Effects of Implementation】 - Reduction in electricity costs - Reduction in CO2 emissions - Enhancement of the company's environmental value
Reduce electricity costs and CO2 emissions, and promote sustainable timber industry.
In the lumber industry, a significant amount of electricity is consumed for wood processing. Particularly in processes such as cutting, drying, and machining, electricity costs are a factor that pressures management. Additionally, addressing environmental impact is also an important issue. Our industrial self-consumption solar power generation system solves these challenges. 【Usage Scenarios】 - Installation on the roofs or premises of sawmills - Power supply for energy-intensive equipment such as dryers and cutting machines - Power supply for in-house transport vehicles like electric forklifts 【Benefits of Implementation】 - Significant reduction in electricity costs - Improvement in corporate environmental value through reduced CO2 emissions - Reduction of initial costs through the utilization of subsidies
Reduce electricity costs and CO2 emissions to achieve a sustainable dyeing process.
In the textile dyeing industry, a large amount of electricity is used, and reducing electricity costs and CO2 emissions is a challenge. In particular, temperature management during the dyeing process and the drying process consume a lot of energy. Self-consumption solar power generation is a solution that ensures both cost reduction and environmental impact reduction in response to these challenges. Our solar power generation system contributes to your business continuity and enhances corporate value. 【Usage Scenarios】 - Power supply during the dyeing process - Power supply during the drying process - Addressing the overall power demand of the factory 【Benefits of Implementation】 - Reduction in electricity costs - Reduction in CO2 emissions - Improvement in corporate ESG ratings - Reduction of initial costs through the use of subsidies - Implementation with zero initial costs through the PPA model
Transforming the parking lot into a solar power generation facility to create a new source of revenue.
In the parking lot industry, effective utilization of idle space is required. In particular, the effective use of land is essential for improving profitability. Our self-consumption solar power system can effectively utilize parking space and create a new source of revenue. 【Utilization Scenarios】 - Effective use of parking space - Reduction of electricity costs - Reduction of CO₂ emissions 【Effects of Implementation】 - Monetization of idle space - Cost reduction in electricity bills - Enhancement of corporate image
Utilize the rooftop of commercial facilities effectively with a waterproof integrated base platform!
In commercial facilities, consideration for the environment and improving the facility's image are both important challenges. Effective utilization of rooftop space can serve as a viable solution to address these challenges simultaneously. The introduction of solar power systems on flat roofs can showcase a company's commitment to environmental efforts through the use of clean energy, thereby enhancing customer goodwill. However, there are not infrequent cases where hesitation to implement such systems arises from concerns about rooftop waterproofing. The connected disk ADC is a solar mounting foundation integrated with waterproofing renovations, alleviating concerns about waterproofing and allowing for the safe installation of solar power systems. 【Usage Scenarios】 - Rooftops of commercial facilities - Facilities wanting to emphasize environmental considerations - Facilities looking to effectively utilize rooftop space 【Benefits of Implementation】 - Showcasing the company's commitment to environmental efforts - Increasing customer goodwill - Effective utilization of rooftop space
![[For Factories] Decarbonization Emergency Power Supply Self-Consumption Solar Power Generation System](https://image.www.ipros.com/public/product/image/326246/IPROS5715039311924505560.jpg?w=280&h=280)
Balancing BCP measures and decarbonization PR by securing power during outages and utilizing 100% renewable energy.
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
![[Solar Power + Emergency Power Supply] - Standalone Solar Power Generation System with Battery Storage](https://image.www.ipros.com/public/product/image/326246/IPROS7663427241980504238.jpg?w=280&h=280)
Balancing BCP measures and decarbonization PR through power security during outages and the use of 100% renewable energy.
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
A self-consumption system of 100% renewable energy that enables production to continue during power outages.
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
Prepare for large-scale power outages such as the Nankai Trough mega earthquake. An emergency power source that protects the factory's critical infrastructure and employees' lives with completely independent solar power generation.
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)?
Disaster prevention solution for storing electricity generated by solar cells.
~~ Protecting the company, the business, and the employees ~~ …Unexpected power outage! Is your office or business location safe at that time? ◆Here are some suggestions to protect your company → The electricity generated by solar power is used entirely within the company, reducing electricity costs. During a power outage, stored electricity can be used, allowing for stable power supply even during long outages. In the event of a large-scale disaster and emergency evacuation, internal lighting and communication devices can be used, aiding in information gathering and ensuring employee safety. ◆What concerns do our customers have? Can’t we store solar electricity for disaster prevention? Is lithium-ion battery safe? Isn’t it expensive? Is a seismic isolation device necessary? Aren’t construction costs high besides the materials? I want to install LED lights for safety measures, but I can’t get power. How much capacity is needed for lightning protection? Please download the catalog or contact us once.
Proposal by a solar power coordinator ... *The materials will be the booklet "Tell Me! Excavation Team!"
If you have a solar power generation system of 10 kW or more, there is a "Feed-in Tariff System for Renewable Energy" that allows you to sell electricity at a fixed price for 20 years (for the fiscal year 2015, from April 1 to June 30, the price is 29 yen per kWh (excluding tax), and from July 1 to March 31, the price is 27 yen per kWh (excluding tax)). Please feel free to contact us about this opportunity.
![[Column] What is a PPA Business for Solar Power Generation?](https://image.www.ipros.com/public/product/image/910/2000667969/IPROS37575095578906431765.png?w=280&h=280)
What is a solar power PPA business? This explains the mechanism, subsidy information, and contract details.
The PPA model, which allows the introduction of solar power generation systems without any investment, is currently attracting attention. In this column, we explain the mechanism of the PPA model, which enables the use of clean electricity at no cost, as well as key points for consideration when introducing it. Please take a moment to read it. 【Content Overview (Excerpt)】 1. What is PPA (Third-Party Ownership Model for Solar Power)? 1. Advantages and Risks of the PPA Model 2. Mechanism of the PPA Model 3. Combination with Energy Storage Systems 2. Subsidies Related to PPA *For detailed content of the column, please visit our company website. Sun Junior HP - https://www.sunjunior.co.jp/ For more information, please feel free to contact us.
![[Seminar Video] Benefits of Self-Consumption Solar Power Generation Revealed Through Case Studies](https://image.www.ipros.com/public/product/image/ef2/2001174060/IPROS16123023234529193990.jpeg?w=280&h=280)
Introduction of seminar video on measures against rising electricity costs and sustainable energy utilization!
We would like to introduce the archived videos of past seminars held by our company. Recommended for consultants and designers who want to propose the introduction of solar power generation systems, as well as for carbon neutrality officials in local governments. We explain solar power generation systems as a measure against rising electricity costs, case studies, and how to implement self-consumption solar power generation systems based on these examples. *For more details, please check the "Seminar videos can be found here" link below.
![[Seminar Video] Information to Know Before Introducing Solar Power in 2023](https://image.www.ipros.com/public/product/image/074/2001174093/IPROS35575719956294346902.jpeg?w=280&h=280)
Explanation of the FIT system, FIP system, and subsidies in 2023! Introducing seminar videos.
We would like to introduce the archived videos of past seminars held by our company. Recommended for "business managers aiming for carbon neutrality at their facilities" and "municipal carbon neutrality officials." We explain various methods for introducing self-consumption solar power generation and changes in rules for safely utilizing solar power generation systems. *For more details, please check the "Seminar videos can be found here" link below.
