Power generation facilities - メーカー・企業77社の製品一覧とランキング | イプロス

更新日: 集計期間:Jul 22, 2026~Aug 18, 2026
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Power generation facilitiesのメーカー・企業ランキング

更新日: 集計期間:Jul 22, 2026~Aug 18, 2026
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  1. IWATEC CORPORATION Nagasaki//others
  2. ケネスエネルギー開発 Tokyo//Real Estate Developers
  3. サンジュニア 本社 Nagano//Electrical equipment construction business
  4. 4 ソーラー・カンキ社 Yamanashi//others
  5. 5 東京発電 本社 Tokyo//Electrical equipment construction business

Power generation facilitiesの製品ランキング

更新日: 集計期間:Jul 22, 2026~Aug 18, 2026
※当サイトの各ページの閲覧回数を元に算出したランキングです。

  1. Geothermal Power Generation IWATEC CORPORATION
  2. [Installation Example] Suzaka City, Nagano Prefecture, Sumizaka Junior High School Solar Power Plant サンジュニア 本社
  3. [PPA Model Implementation Case] The deciding factors are the speed to start power generation and the track record! サンジュニア 本社
  4. Micro Hydropower Project "Aqua Mew" 東京発電 本社
  5. 4 Blue Capital's biomass power generation business ブルーキャピタルマネジメント

Power generation facilitiesの製品一覧

121~150 件を表示 / 全 176 件

表示件数

[Press Release] "Collaboration Business Continuity Strengthening Plan" Certified

Our company's "Collaboration Business Continuity Strengthening Plan" with Aiwat Co., Ltd. has been certified.

Our company's "Collaboration Business Continuity Strengthening Plan" with Aiwat Co., Ltd. has been certified by the Kinki Bureau of Economy, Trade and Industry on May 17, 2022, based on the provisions of Article 58, Paragraph 1 of the Small and Medium-sized Enterprises Management Strengthening Act. Through collaboration between two businesses involved in the manufacturing and sales of LP gas and gasoline portable generators "ELSONA," we have been cooperating in order-taking and market development during normal times. In the event of natural disasters, we will support each other with the spirit of "mutual assistance" and work to strengthen disaster response measures. As two companies engaged in disaster prevention products, we will continue to cooperate with each other and actively engage in proactive measures for disaster prevention and mitigation, striving to enhance our business continuity capabilities. *For more details, please refer to the related links or feel free to contact us.

  • 企業:G&ECO
  • 価格:Other
  • Power generation equipment
  • Power generation facilities

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Offshore wind power-related work services

Support for the installation and construction work of offshore wind turbines, as well as operation and maintenance management work, using CTV/SOV!

Our company, in collaboration with the Kawasaki Kisen Group, provides services related to offshore wind power generation to support the establishment of an appropriate supply chain. We assist with survey operations related to offshore wind, such as environmental assessments, wind conditions, seabed, and ground investigations, offering suitable and high-quality transportation solutions from across Japan and around the world. We provide support for installation and construction work using CTV/SOV, and mooring operations for floating offshore wind turbines using AHTSV. Please feel free to consult us if you have any requests. 【Service Flow】 1. Survey and Development 2. Transportation and Logistics 3. Installation and Construction 4. Operation and Maintenance *For more details, please download the PDF or feel free to contact us.

  • Wind power generation
  • others
  • Power generation facilities

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Solar ventilation fan

No electricity bill required. Both intake and ventilation can be used with fan replacement.

We offer eco-friendly ventilation fans powered by solar energy. This is a quiet type with reduced airflow. It is designed to mitigate odors, mold, condensation, and humidity. The solar cells used are high-performance silicon solar cells that guarantee long-term reliability. 【Features】 ■ No electricity costs ■ No wiring required ■ Easy installation *For more details, please download the PDF or feel free to contact us.

  • Ventilation and smoke exhaust equipment
  • Power generation facilities

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Self-consumption solar power generation system

As a business operator for Tokyo's global warming countermeasures, we will create a sustainable future.

"Self-consumption solar power generation equipment" is a system that consumes the electricity generated by its own facilities rather than selling it. Provided by rooftop professionals who are well-versed in various roof and waterproof specifications. The use of high-strength polyurea allows for compatibility with various types of roofs. Additionally, qualified personnel with extensive knowledge and experience will support the introduction of solar power. You can trust us with solar installations on standing seam roofs, flat roofs, and more. [Features] ■ Trust as a business operator for global warming countermeasures ■ Knowledge and construction achievements cultivated through rooftop greening ■ One-stop provision as EPC services ■ Visualization through simulations supervised by a certified public accountant firm *For more details, please download the PDF or feel free to contact us.

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oliveious solar sharing system

It is an olive solar sharing system.

The industry's first solar sharing system for olives. Developed for the first time in Japan. A model field was established in Hitoyoshi City, Kumamoto Prefecture, in May 2024. We provide a system and know-how to maximize electricity sales and farming.

  • Solar power generation
  • Power generation facilities

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CO2 calculation software "One Click LCA"

Efficient visualization of CO2 emissions during construction.

"One Click LCA" is a cloud-based embodied carbon measurement LCA software suitable for architectural LCA in Japan. Since the launch of the Japanese version in August 2022, we have continued to customize the software based on user feedback, and it has already been adopted by many developers, general contractors, and design offices in Japan. [Features] ■ Achieves precise calculation of CO2 emissions ■ High compatibility with international certifications ■ Enables efficient data calculation *For more details, please download the PDF or feel free to contact us.

  • Other Software
  • Power generation facilities

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Consultation for buying and selling used solar power plants - Want to sell solar power, want to buy.

We offer high-quality used solar power generation equipment (expected annual yield of around 7-8.0%).

The solar power plants purchased through the green investment tax reduction have been on the market as high-yield products after 10 years (expected annual yield of about 7-8.0%). Although I have never owned a solar power plant before, I would like to research running costs, but I have no one to consult with. Here is an introduction to used solar power plants available for sale that we can provide for such individuals. Our company has been involved in regular reporting and application agency services for solar power plants for over five years, and we introduce high-quality used properties along with the purchasing process. *For more details, please download the PDF or feel free to contact us.*

  • Solar power generation equipment
  • Power generation facilities

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We handle equipment construction such as the installation of self-generated power systems and air conditioning systems!

We handle a wide range of electrical equipment construction, including lighting and power systems for offices, factories, stores, and apartments, high-voltage power receiving equipment, power supply installation work, and indoor wiring work.

Shimizu Electric Co., Ltd. handles a wide range of electrical equipment construction, including lighting and power systems for offices, factories, stores, and apartments, high-voltage receiving equipment, power supply installation work, and indoor wiring work. We are also capable of new installations, relocations, and modifications of self-generating power systems and air conditioning systems, as well as public works. We particularly excel in "transformer replacement work within cubicles." Leveraging our extensive experience, we provide reliable electrical equipment through consistent management from design to construction. 【Other Business Activities】 ■ Load Testing ■ Control Panel Manufacturing ■ Installation and Disposal of Solar Panels *For more details, please download the PDF or feel free to contact us.

  • Unit and other construction
  • Power generation facilities

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Achieve a 28% cost reduction in utility expenses for the apparel factory with rooftop solar power generation!

Revolutionizing the cost structure of apparel manufacturing with rooftop solar power generation! Minimizing initial investment through financing and subsidies!

Conventional: Full purchase from the power company → High risk of price spikes and significant impact from fluctuations After implementation: "Self-consumption" with rooftop solar → Up to 28% reduction in electricity costs, also strong for BCP! *For more details, please download the catalog or feel free to contact us.

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  • Solar power generation equipment
  • Solar System Solar Module
  • Solar power generation
  • Power generation facilities

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Up to 28% cost reduction with self-consumption solar power generation for semiconductor factories!

Achieving both BCP measures and cost reduction simultaneously in manufacturing sites with high electricity usage.

■The increase in electricity costs poses a risk of "profit pressure." In semiconductor factories that operate 24 hours a day, such as clean rooms, inspection equipment, and air conditioning systems, fluctuations in electricity prices directly impact profits. ■After the introduction of solar power, "costs become fixed," leading to stable budget management. Before: fluctuating electricity unit price + renewable energy surcharge + fuel adjustment costs After introduction: procuring electricity through self-consumption, with a maximum cost reduction of 28%. Moreover, with the PPA model, there are zero initial costs.

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  • Solar power generation equipment
  • Solar System Solar Module
  • Solar power generation
  • Power generation facilities

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28% reduction in electricity costs with self-consumption solar power for the steel product manufacturing industry!

Cut electricity costs by 28% to stabilize the management of steel product manufacturing sites. Subsidy support and zero initial cost model also available.

■ Do you have these concerns? The electricity costs for large electric furnaces, presses, and compressors are enormous. Rising fuel adjustment costs and renewable energy surcharges are squeezing profits. I want to appeal to business partners about our environmental contributions in line with ESG and SDGs. ■ Comparison before and after implementation Conventional: Molding, welding, painting → High electricity costs After implementation: Same processes + rooftop solar power for daytime self-consumption → Approximately 28% reduction in electricity costs and increased corporate value through CO₂ reduction.

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  • Solar power generation equipment
  • Solar System Solar Module
  • Solar power generation
  • Power generation facilities

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Industrial self-consumption solar power generation vs. thorough comparison of cost reduction through DX!

Industrial self-consumption solar power generation is the overwhelming No. 1 cost reduction measure.

【Reasons Why Solar Power Dominates】 ✅ Reason 1: Electricity Costs are "Always Consumed" = Reduction is Certain By consuming electricity generated by solar power during the day, it is directly deducted from your monthly electricity bill, allowing for immediate cost savings. ✅ Reason 2: Sustainable Cost Reduction Solar power is free and infinite energy. There is no need for system updates, and the reduction effects continue for over 20 years. ✅ Reason 3: Minimal Additional Costs and Operational Burden Once installed, it is almost maintenance-free. There are no ongoing personnel resources or update costs required, unlike the introduction of DX (digital transformation).

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  • Solar power generation equipment
  • Solar System Solar Module
  • Solar power generation
  • Power generation facilities

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Which cost reduction measure should the factory choose? The clear winner is industrial self-consumption solar power generation!

Industrial self-consumption solar power generation achieves reliable, sustainable, and low-risk reduction effects compared to business process improvements.

"Why Solar Power Dominates" ✅ Reason 1: The effects are "visible" Self-consumption of daytime electricity with rooftop solar → Immediate reduction in electricity costs Directly deducted from factory electricity costs, allowing for monthly verification of effects ✅ Reason 2: Zero additional costs and operational burden Almost maintenance-free after installation No need for PDCA or human resources like process improvements ✅ Reason 3: Zero initial cost introduction with subsidies and PPA Utilizing subsidies for up to 2/3 support

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  • Solar power generation equipment
  • Power generation facilities

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Accelerating decarbonization management with environmentally friendly paint and solar power generation.

Simultaneously achieving reductions in electricity costs and CO₂ emissions, industrial self-consumption solar power strongly supports environmental measures in manufacturing sites.

**The Flow of Environmental Consideration and the Role of Solar Power** - Background of Introducing Environmentally Friendly Paints Reducing VOC emissions with water-based paints, powder coatings, and high-solid paints. Compliance with regulations using low-hazardous substance and specialized paints. However, electricity consumption in the painting process remains high. - Solutions Provided by Solar Power Generation Self-supplying electricity for painting booths, drying ovens, and dust collectors using solar power installed on roofs. Reducing electricity costs by up to 28% and lowering CO₂ emissions through the use of renewable energy. Improving evaluations from business partners and customers with dual environmental measures for paints and energy.

  • Solar power generation equipment
  • Solar System Solar Module
  • Power generation facilities

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Industrial solar power: High-efficiency repowering of aging solar systems with the latest equipment.

Rehabilitate and optimize existing rooftop solar panels! Achieve both improved operational efficiency and reduced maintenance costs simultaneously!

[Our Construction Numbers and Client List] Cumulative total construction cost of 908.4 billion yen, with 83 solar power plants built over 12 years. Numerous transaction records with Sharp, Panasonic, Daiwa House, Nomura Securities, Mitsubishi HC Capital, JA Mitsui Leasing, DMM.com, KKR, Macquarie Capital, Canadian Solar, Trina Solar, J Holdings, RE100 Power, Excelsior Japan, WindSmile, B&M Asset Management, AD Works, Sparks Asset Management, Etrion, and many others. Simultaneously reduce costs and CO₂ without stopping high-precision manufacturing equipment! By updating existing rooftop solar power generation systems to "latest panels and power conditioners," we achieve improved power generation, system stability, and reduced maintenance burden. This is particularly optimal for corporate self-consumption repowering after the FIT period ends.

  • Solar power generation equipment
  • Solar System Solar Module
  • Photovoltaic power generation system (solar system, energy-saving housing, electricity sales business)
  • Power generation facilities

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[Article] How much electricity can be generated by using solar power in Aichi Prefecture?

Corporate Energy Saving Hacker: Detailed explanations on how to improve power generation efficiency unique to Aichi Prefecture and how to choose contractors!

Are you unsure whether to introduce solar power generation? The amount of electricity generated by solar power varies significantly depending on the region where it is implemented. In the case of Aichi Prefecture, we will explain whether solar power generation is suitable on a national scale and whether subsidies are available. Additionally, we will provide detailed explanations on how to improve generation efficiency and how to choose a contractor. 【Overview】 ■ Guidelines for solar power generation in Aichi Prefecture ■ Methods to enhance the efficiency of solar power generation ■ How to choose a reliable solar power installation contractor? ■ Conclusion *You can view the detailed content of the article through the related links. For more information, please feel free to contact us.

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

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[Article] How much does it cost to install solar power? Let's learn about the market price!

Corporate Energy Saving Hacker: Average Installation Costs of Solar Power Generation and Tips to Keep Them Low!

I want to install solar power generation, but I want to know how much it will cost." "There are many people who have questions like 'I've heard solar power is expensive, but is there a way to install it cheaply?' This time, we have summarized the average installation costs of solar power generation and points to keep costs low, as well as cases where installation costs may be high. If you have questions about the installation costs of solar power generation (solar panels), please refer to this information. [Overview] ■ Average installation costs of solar power generation ■ Cases where installation costs of solar power generation are high ■ How to keep installation costs of solar power generation low? ■ Summary *You can view the detailed content of the article through the related links. For more information, please feel free to contact us.

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

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Features of Rivax's biogas power generation business

The generated electricity will be sold using FIT and supplied as local power!

We would like to introduce the features of our biogas power generation business. We strictly implement environmental measures and have designed our facilities with space-saving in mind, enabling us to establish locations in urban areas. Our processing flow is based on the treatment of industrial waste, allowing us to accept large quantities of single materials by homogenizing the characteristics of the input materials in the adjustment tank. Additionally, the digestate produced during the methane fermentation process contains many components necessary for agricultural crops and is used as an alternative to chemical fertilizers. [Features] - Urban biogas power generation facilities realized through compliance with environmental measures and space-saving design. - Capable of accepting industrial waste such as wastewater treatment sludge and process wastewater that generates large amounts of single materials in a single discharge without any issues. - Can process food waste containing oils and salts, as well as packaged items in bags and cardboard. - The digestate generated during methane fermentation is dehydrated and recycled into fertilizer. - The electricity generated is used as local power. *For more details, please refer to the related links or feel free to contact us.

  • Other resource recycling
  • Biomass power generation facilities
  • Waste treatment facility
  • Power generation facilities

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Advantages of biogas power generation

A clean power generation method that does not produce CO2 and is carbon neutral!

I would like to introduce the benefits of biogas power generation. In the case of thermal power generation, which is a typical method of power generation, fossil fuels such as oil and coal are used as raw materials, and electricity is generated by burning these fuels, which inevitably produces CO2 in the process. In contrast, biogas power generation utilizes biogas derived from biomass, making it a clean power generation method that does not produce CO2 and is carbon neutral. 【Benefits】 ■ Utilizes biogas derived from biomass ■ A clean power generation method that is carbon neutral and does not produce CO2 *For more details, please refer to the related links or feel free to contact us.

  • Other resource recycling
  • Biomass power generation facilities
  • Waste treatment facility
  • Power generation facilities

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Industrial Self-Consumption Solar Power Generation for Communication Maintenance

Achieving both reduced electricity costs and reduced workload. Streamlining maintenance operations with rooftop solar installations.

In the telecommunications maintenance industry, the stable operation of base stations and communication equipment is essential. Power outages and unstable power supply can lead to the suspension of communication services, potentially damaging customer trust. Particularly, securing power in remote areas and during emergencies is a critical issue. Industrial self-consumption solar power generation enables on-site power self-sufficiency, reducing dependence on external power sources. This contributes to reducing power costs and ensuring power supply during emergencies, thereby supporting the stable operation of communication infrastructure. 【Usage Scenarios】 - Base stations - Communication equipment - Maintenance bases 【Benefits of Implementation】 - Reduction in power costs - Securing power during emergencies - Enhancement of corporate value

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  • Solar power generation equipment
  • Solar System Solar Module
  • Power generation facilities

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Cost reduction of 17% to 28% on electricity bills for the printing industry!

Cost reduction innovations for large factories, warehouses, and stores! Numerous achievements in mega-solar installations.

In the printing industry, reducing manufacturing costs and minimizing environmental impact are important challenges. In particular, the electricity costs required for the operation of printing machines are a major factor that pressures corporate profits. The rise in electricity prices not only decreases competitiveness but can also hinder sustainable business operations. Our industrial solar power generation construction addresses these challenges by reducing the purchase of electricity from power companies and cutting fixed electricity costs by 17% to 28%. 【Usage Scenarios】 - Printing factories - Ink drying equipment - Binding processes - Warehouses 【Benefits of Implementation】 - Significant reduction in electricity costs - Improved profit margins through cost reduction - Contribution to corporate decarbonization - Long-term cost advantages

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

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【For Agriculture】High-efficiency repowering of aging solar power systems to the latest equipment.

Achieve cost reduction in agricultural management through the optimization of solar power generation equipment!

In the agricultural sector, the soaring electricity costs have become a significant factor putting pressure on management. Particularly for facilities with high electricity consumption, such as irrigation systems and greenhouse air conditioning, cost reduction is an urgent issue. If the power generation efficiency of existing solar power systems is declining, addressing this issue is a pressing necessity. Our industrial solar repowering contributes to stabilizing agricultural management by simultaneously improving power generation and reducing maintenance costs. 【Usage Scenarios】 - Agricultural greenhouses - Irrigation systems - Livestock facilities 【Benefits of Implementation】 - Up to 20% increase in power generation - Reduction in electricity costs - Securing self-consumption power after the FIT period ends

  • Solar power generation equipment
  • Solar System Solar Module
  • Photovoltaic power generation system (solar system, energy-saving housing, electricity sales business)
  • Power generation facilities

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High-efficiency repowering of aging solar power systems to the latest equipment for commercial facilities.

Revitalize rooftop solar power, achieving both enhanced brand value and cost reduction!

In commercial facilities, consideration for the environment greatly influences brand image. Aging solar power generation equipment can lead to decreased efficiency and increased maintenance costs, which may ultimately harm the brand image. Our repowering solution enhances power generation by up to 20% through the replacement of outdated solar panels and inverters, while also reducing maintenance costs. This promotes sustainable energy use and contributes to enhancing corporate brand value. 【Usage Scenarios】 - Rooftops of commercial facilities - Parking lots of stores - Optimization of self-consumed electricity in commercial facilities 【Benefits of Implementation】 - Improved brand image - Reduced electricity costs - Decreased CO2 emissions

  • Solar power generation equipment
  • Solar System Solar Module
  • Photovoltaic power generation system (solar system, energy-saving housing, electricity sales business)
  • Power generation facilities

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[For Schools] Upgrading Aging Solar Power to High-Efficiency Latest Equipment

Utilizing the school's roof to create the future of education with renewable energy!

In the field of school education, initiatives aimed at achieving a sustainable society are being emphasized. The decline in efficiency of aging solar power generation equipment can lead not only to a decrease in power generation but also to a loss of educational value. Updating to the latest solar power generation equipment contributes to raising awareness of environmental issues in educational institutions, energy conservation, and long-term cost reduction. 【Usage Scenarios】 - Installation and updating of solar power generation equipment on school roofs - Introduction of renewable energy as part of environmental education - Reduction of school operating costs 【Effects of Implementation】 - Reduction in electricity costs due to increased power generation - Environmental contribution through reduced CO₂ emissions - Enhanced educational effectiveness through the introduction of the latest equipment

  • Solar power generation equipment
  • Solar System Solar Module
  • Photovoltaic power generation system (solar system, energy-saving housing, electricity sales business)
  • Power generation facilities

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[For Hospitals] Upgrading Aging Solar Power to High-Efficiency Latest Equipment

Ensuring power supply during emergencies while reducing costs! Contributing to hospitals' BCP measures.

In the hospital industry, the stability of power supply during disasters is extremely important. Power outages can lead to the shutdown of medical equipment and the failure of information systems, increasing risks to patient lives. The introduction of on-site power generation equipment is an effective measure, but the decline in generation efficiency of aging solar power systems may reduce the power supply capacity in emergencies. Our industrial solar repowering updates existing rooftop solar power systems to the latest technology, improving generation capacity and grid stability, thereby strengthening hospitals' BCP measures. 【Usage Scenarios】 - Rooftop solar power systems for hospitals - Securing backup power during outages - Cost reduction through self-consumption solar power generation 【Benefits of Implementation】 - Stable power supply during emergencies - Increased self-consumption due to up to 20% increase in generation capacity - Reduction in electricity costs - Utilization of subsidies and tax incentives

  • Solar power generation equipment
  • Solar System Solar Module
  • Photovoltaic power generation system (solar system, energy-saving housing, electricity sales business)
  • Power generation facilities

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[For Hotels] Upgrading Aging Solar Power to High-Efficiency Latest Equipment

Reproducing rooftop solar power to achieve reduced environmental impact and cost savings!

In the hotel industry, consideration for the environment is highly valued, and energy conservation is being sought. Particularly in the operation of accommodation facilities, reducing utility costs is one of the management challenges. Aging solar power generation equipment poses risks of decreased efficiency and failure, making it urgent to address these issues. Our repowering solutions enhance power generation, ensure grid stability, and reduce maintenance burdens, contributing to the improvement of hotels' environmental value and cost reduction. 【Usage Scenarios】 - Installation of solar power generation equipment on hotel roofs - Transition to self-consumption solar power generation after the FIT period ends - Enhancement of image as an environmentally conscious hotel 【Benefits of Implementation】 - Up to 20% increase in power generation leading to reduced electricity costs - Reduction of environmental impact through decreased CO₂ emissions - Lower initial costs by utilizing subsidies and tax incentives

  • Solar power generation equipment
  • Solar System Solar Module
  • Photovoltaic power generation system (solar system, energy-saving housing, electricity sales business)
  • Power generation facilities

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[For municipalities] High-efficiency repowering of aging solar panels with the latest equipment.

Promoting regional revitalization through sustainable energy supply utilizing local resources!

Local governments are being called upon to introduce renewable energy to achieve both the revitalization of the regional economy and the reduction of environmental impact. In particular, the aging of existing solar power generation facilities can lead to decreased power generation efficiency and increased maintenance costs, potentially hindering regional revitalization. Our industrial solar repowering addresses these challenges and contributes to the realization of sustainable communities. 【Usage Scenarios】 - Effective use of idle land - Installation on the roofs of public facilities - Power supply to local residents 【Effects of Introduction】 - Contribution to the regional economy through increased power generation - Reduction of environmental impact through decreased CO₂ emissions - Potential for new job creation - Increase in fixed asset tax revenue

  • Solar power generation equipment
  • Solar System Solar Module
  • Photovoltaic power generation system (solar system, energy-saving housing, electricity sales business)
  • Power generation facilities

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[Case Study for Automobile Manufacturing] Solving Disposal Cost Issues! Proactive Measures through Self-Consumption and Redesign.

We will convert the disposal costs and aging risks of solar equipment from "cost" to "reinvestment" through redesign and self-consumption.

In the automotive manufacturing industry, there is a demand for balancing stable operation of manufacturing lines with reducing environmental impact. In particular, the maintenance and future disposal of aging solar power generation equipment can lead to unexpected cost increases and risks to business continuity. In response to these challenges, it is important to propose a solution that not only disposes of existing equipment but also redesigns and updates it to a self-consumption type solar power system, achieving both electricity cost reduction and CO₂ reduction simultaneously. 【Usage Scenarios】 - Factories and warehouses where the decision to remove aging solar equipment has been postponed - Businesses with unclear future waste disposal and removal costs - Facilities that may require adjustments to equipment shutdowns or delivery routes - Situations where electricity costs remain high 【Benefits of Implementation】 - Reduction in electricity costs - Decrease in CO₂ emissions - Control of future disposal costs - Improvement in business continuity

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  • Solar power generation equipment
  • Solar System Solar Module
  • Solar power generation
  • Power generation facilities

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[Case Study for Electronic Equipment Manufacturing] Solving Disposal Cost Issues! Proactive Redesign for Self-Consumption

We will convert the disposal costs and aging risks of solar equipment from "cost" to "reinvestment" through redesign and self-consumption.

In the electronics manufacturing industry, the disposal costs of aging solar equipment and the associated risks can become management challenges. Concerns arise regarding future waste disposal costs, removal expenses, and opportunity losses due to equipment downtime. Additionally, the persistently high electricity costs are also a significant issue. This article introduces a case-based solution that proposes redesigning and updating existing solar equipment into self-consumption solar systems, rather than simply disposing of them, thereby contributing to reductions in electricity costs and CO₂ emissions. 【Usage Scenarios】 - When the decision to remove aging solar equipment is being postponed - When future waste disposal and removal costs are unclear - When adjustments to equipment downtime or delivery routes are necessary - When electricity costs remain high - When disposal alone leaves only costs - When options for self-consumption or reuse have not been considered 【Benefits of Implementation】 - Reduction in electricity costs - Reduction in CO₂ emissions - Control of future disposal costs - Reduction of equipment downtime risks - Transition from costs to reinvestment

  • スクリーンショット 2025-07-01 16.05.01.png
  • 取引先紹介1.png
  • 取引先紹介2.png
  • スクリーンショット 2026-01-13 20.37.39.png
  • Solar power generation equipment
  • Solar System Solar Module
  • Solar power generation
  • Power generation facilities

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