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

[Case study for the transportation industry] Countermeasures for EV charging costs with the introduction of solar power and storage batteries!

Reduce EV charging power costs by up to 28%. Proven success rate of 100% in implementation.

In the transportation industry, the establishment of charging infrastructure accompanying the introduction of EVs and the resulting increase in electricity costs are challenges. Particularly when operating a large number of vehicles, the electricity costs associated with charging can become a significant fixed expense, potentially putting pressure on management. Additionally, fluctuations in electricity rates and increases in peak power can destabilize cost management and lead to unpredictable expenses. Furthermore, in the event of a power outage, risks related to business continuity, such as vehicle operation halts and disruptions in the logistics network, can be anticipated. Our company provides a one-stop solution to address these challenges by combining self-consumption solar power generation with storage batteries. By reducing purchased electricity during the day and supplying the power needed for EV charging, we aim to cut and stabilize electricity costs. Additionally, the storage batteries serve as an emergency power source during outages, contributing to the strengthening of business continuity plans (BCP). 【Usage Scenarios】 - As a power source for EV charging facilities at business sites and sales offices - Stabilizing charging power during nighttime and early morning at logistics centers - Utilization as an emergency power source during disasters 【Benefits of Implementation】 - Reduction in electricity costs associated with EV charging - Lowering the risk of fluctuations in electricity rates - Improved business continuity during power outages - Contribution to ESG management through reduced CO2 emissions

企業：ケネスエネルギー開発
価格：Other

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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Heat from the residue! Steam!

Don't throw away the residue! Leave the solutions for waste disposal, fuel costs, energy conservation, and environmental considerations to us.

"Contributing to the SDGs" "CO2 Reduction and Control" "Towards the Realization of a Zero Emission, Zero Carbon Ideal Decarbonized Society" Key Point 1: Heat from Residues! Steam! ⇒ Energy cost reduction is expected. Key Point 2: Turning Waste into Valuable Resources! ⇒ Reduction or elimination of industrial waste disposal costs is expected. Key Point 3: Achieving Local Production and Consumption of Energy! ⇒ Reduction of fuel and electricity costs, and decreased environmental impact are expected. For those considering steam supply systems, binary power generation systems, etc., we are here to assist you in collaboration with a biomass boiler manufacturer with extensive experience. Are you facing any of these issues? ■ Those struggling with beverage residues (green tea, black tea, coffee grounds, oolong tea) ■ Those dealing with mushroom "waste substrates" ■ Those having trouble with waste cooking oil disposal ■ Those considering effective utilization of other organic residues ■ Others currently examining energy-related challenges If you would like a more detailed explanation, please feel free to contact us.

企業：東芝プラントシステム
価格：Other

Other resource recycling
Power generation facilities

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If you are having trouble with the disposal of beverage residues green tea, black tea, coffee grounds, oolong tea

That residue might turn into "treasure"! Leave the challenges of waste disposal, fuel costs, energy conservation, and environmental considerations to us!

"Contributing to the SDGs," "CO2 Reduction and Control," "Towards the Realization of a Zero Emission, Zero Carbon Ideal Decarbonized Society" Key Point 1: Heat from Residues! Steam! ⇒ Energy cost reduction is expected. Key Point 2: Turning Waste into Valuable Resources! ⇒ Relief and elimination of industrial waste disposal costs are expected. Key Point 3: Achieving Local Production and Consumption of Energy! ⇒ Reduction in fuel and electricity costs, and decreased environmental impact are expected. For those considering steam supply systems, binary power generation systems, etc., we will assist you in collaboration with a biomass boiler manufacturer with extensive experience. Are you facing any of these issues? ■ Those struggling with beverage residues (green tea, black tea, coffee grounds, oolong tea) ■ Those troubled by mushroom "spent substrate" residues ■ Those having difficulties with waste cooking oil disposal ■ Those considering effective utilization of other organic residues ■ Others currently examining energy-related challenges If you would like more detailed information, please feel free to contact us.

企業：東芝プラントシステム
価格：Other

Other resource recycling
Power generation facilities

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Hybrid Portable Emergency Generator "ELSONA"

Hybrid generator using gasoline and LP gas created from the experience of the Great East Japan Earthquake.

【Product Features】 ■ Easy maintenance due to the use of LP gas! ■ Easily vaporizes even in sub-zero temperatures for simple startup! ■ Stable output that can be safely used with precision machinery! ■ Can be used as an emergency power source for shelter lighting and emergency outlets! ■ One 50kg cylinder can operate for approximately 30 hours! * For more details, please download the PDF or feel free to contact us.

企業：エイワット
価格：Other

Other power generation
Power generation facilities

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[Article] A Comprehensive Explanation of Suitable Locations and Angles for Installing Solar Power Generation

Corporate Energy Saving Hacker: What are the suitable locations for installing solar power generation? We will introduce it in detail!

When you start to think specifically about solar power generation, questions may arise such as, "I want to try solar power generation, but where should I install it in my home?" or "I have space, but it doesn't get much sunlight. Can I install it in this case?" These questions pertain to suitable installation locations and efficient installation methods. In this article, we will provide detailed information about the installation locations and angles for solar power generation. [Overview] ■ What are suitable locations for solar power generation installation? ■ The relationship between installation angles, regions, and directions that increase power generation efficiency ■ Locations that are not suitable for solar power generation installation ■ Summary *You can view the detailed content of the article through the related links. For more information, please feel free to contact us.*

企業：中エネ
価格：Other

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] Can solar power generation be a solution for power outages even during disasters?

"Corporate Energy-Saving Hacker" will explain measures against power outages that can be implemented with solar power generation!

Are you considering measures against power outages during disasters? When a power outage occurs, you can no longer heat your home with air conditioning in winter or cool it with air conditioning in summer. Modern life heavily depends on electricity, so when electricity is unavailable, even the minimum daily life becomes impossible. However, if you have installed solar power generation, you can use electricity even during a power outage, and if you also have a storage battery, you can use electricity at night when solar power generation is not possible, allowing you to live comfortably. This time, I will explain the measures against power outages that can be taken with solar power generation. [Overview] ■ Can electricity from solar power generation be used during disasters? ■ Benefits of using solar power generation during disasters ■ Let's install a storage battery ■ Conclusion *You can view the detailed content of the article through the related links. For more information, please feel free to contact us.

企業：中エネ
価格：Other

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 are the maintenance costs for solar power generation?

I will explain the necessity of maintenance and the associated costs for corporate energy-saving hackers!

Solar power generation tends to focus on the initial installation costs, but it is also important to be aware of maintenance costs. By properly conducting maintenance, you can prevent malfunctions, extend the lifespan of the equipment, and maintain the performance of the system. Additionally, by removing debris and performing weeding, you can prevent a decrease in power generation efficiency. In this article, we will explain the necessity of maintenance for solar power generation and the associated costs. [Overview] ■ Market rates for solar power maintenance costs ■ Summary *For detailed content of the article, please refer to the related links. For more information, feel free to contact us.*

企業：中エネ
価格：Other

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] Explanation of the Lifespan of Solar Power Generation

Corporate Energy Saving Hacker: What is the useful life for depreciation? An explanation of useful life!

Solar power generation is not something to be used for a short period of one or two years, but rather for several decades. When filing a tax return, the installation costs of solar power generation can be expensed annually based on the statutory useful life. However, in the case of residential solar power generation, the income from selling electricity may not be significant, so it may not be necessary to file a tax return. It is a bit complicated, so this time I will explain in detail about the useful life of solar power generation. [Overview] ■ What is the useful life for depreciation? ■ Statutory useful life of solar power generation ■ How many years can solar power generation actually be used? ■ Summary *For detailed content of the article, please refer to the related links. For more information, feel free to contact us.

企業：中エネ
価格：Other

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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Environmental education and electricity cost reduction for schools

A sustainable society for the children who will carry the future, through solar power generation.

In the field of school education, there is a demand to raise awareness of environmental issues and to engage in efforts toward the realization of a sustainable society. In particular, energy issues are one of the important challenges that children will face in the future. Solar power generation provides an excellent opportunity to deepen understanding of environmental issues through the use of renewable energy. At the same time, it contributes to reducing school electricity costs, making effective use of the education budget possible. 【Utilization Scenes】 - Installation of solar power generation equipment on roofs and schoolyards - Use in environmental education programs - Energy conservation awareness activities 【Effects of Implementation】 - Reduction of environmental impact through the use of renewable energy - Increased efficiency in school operations due to reduced electricity costs - Improvement of children's environmental awareness - Contribution to the local community

企業：ケネスエネルギー開発
価格：Other

Solar power generation equipment
Solar System Solar Module
Power generation facilities

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Industrial Self-Consumption Solar Power Generation for Educational Institutions

Balancing power cost reduction with a sustainable experimental environment.

In educational institutions, stable power supply and cost management are crucial for experiments. Particularly when conducting high-precision experiments or long-duration tests, electricity costs can become a significant burden. Additionally, consideration for the environment is an important issue for educational institutions. Industrial self-consumption solar power generation addresses these challenges and supports the establishment of a sustainable experimental environment. 【Usage Scenarios】 - Science laboratories - Research labs - Outdoor experimental facilities 【Benefits of Implementation】 - Reduction in electricity costs - Decrease in CO₂ emissions - Improvement of the institution's image

企業：ケネスエネルギー開発
価格：Other

Solar power generation equipment
Solar System Solar Module
Power generation facilities

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High-efficiency repowering of aging solar power for data centers with the latest equipment.

Achieve power stabilization and cost reduction for data centers through solar repowering!

In the data center industry, stable operation 24/7, 365 days a year is essential, and the stability of power supply is the most critical issue. Power outages and instability in power supply can lead to system downtime and data loss, potentially causing significant damage. Aging solar power generation equipment increases the risk of decreased generation efficiency and failures, posing a threat to the stability of power supply. Our industrial solar repowering enhances power generation and strengthens grid stability through updates to the latest solar panels and power conditioners, contributing to the stability of power for data centers. 【Use Cases】 - Securing self-consumption power for data centers - Utilization as an emergency power source - Reducing electricity costs 【Benefits of Implementation】 - Up to 20% increase in power generation - Improved stability of power supply - Effective utilization of equipment after the FIT period ends

企業：ケネスエネルギー開発
価格：Other

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 Golf Courses】High-efficiency repowering of aging solar power to the latest equipment.

Creating new value for golf courses through the regeneration of solar power generation facilities!

At golf courses, consideration for the environment and improving customer attraction are both important challenges. Aging solar power generation equipment can lead to decreased efficiency and increased maintenance costs, potentially worsening these issues. Our repowering service balances increased power generation and cost reduction, supporting the sustainable operation of golf courses. 【Usage Scenarios】 - Roofs and parking lots of golf course facilities - Power supply for clubhouses - Image enhancement through energy conservation 【Benefits of Implementation】 - Up to 20% increase in power generation leading to reduced electricity costs - Improved image as an environmentally conscious golf course - Reduction of initial costs through the use of subsidies and tax incentives

企業：ケネスエネルギー開発
価格：Other

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 Theme Parks】High-efficiency repowering of aging solar power systems with the latest equipment.

Revitalize rooftop solar power and enhance the theme park's image with clean energy!

In the theme park industry, consideration for the environment is highly valued, and the use of clean energy is essential. Particularly, with the increase in visitors leading to higher electricity consumption, the introduction of renewable energy is crucial for sustainable operations and enhancing corporate image. Aging solar power generation equipment poses risks due to decreased efficiency and deterioration, necessitating urgent measures. Our repowering solution can improve power generation by up to 20% through the replacement with the latest solar panels and inverters, ensuring a stable power supply. 【Usage Scenarios】 - Rooftops of theme parks - Rooftops of amusement parks - Parking lots 【Benefits of Implementation】 - Enhanced corporate image through clean energy supply - Reduced electricity costs due to increased power generation - Lower initial costs through the utilization of subsidies and tax incentives

企業：ケネスエネルギー開発
価格：Other

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 Logistics Centers】High-efficiency repowering of aging solar panels to the latest equipment.

Revitalize rooftop solar power and enhance the sustainability of logistics hubs!

In the logistics industry, reducing environmental impact and cutting costs are important challenges. Particularly in large warehouses and distribution centers, there is a high electricity consumption, and the introduction of renewable energy is required. Aging solar power generation facilities can lead to decreased generation efficiency and increased maintenance costs, potentially worsening these issues. Our repowering service contributes to enhancing the sustainability of logistics centers by updating existing solar power generation facilities to the latest equipment, thereby improving power generation, ensuring grid stability, and reducing maintenance burdens. 【Usage Scenarios】 - Large logistics warehouses - Distribution centers - Warehouse roofs 【Benefits of Implementation】 - Up to 20% increase in power generation - Securing self-consumption power after the FIT period ends - Reduction in CO2 emissions - Utilization of subsidies and tax incentives

企業：ケネスエネルギー開発
価格：Other

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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Energy-saving reform on-site with industrial self-consumption solar power for pharmaceutical storage facilities!

Protect the quality of pharmaceuticals while reducing electricity costs and CO2 emissions.

In the pharmaceutical industry, temperature management is thoroughly implemented to maintain product quality. Proper temperature management is essential, especially for the storage of temperature-sensitive pharmaceuticals. The rising cost of electricity is one of the factors putting pressure on management. Self-consumption solar power generation can meet the electricity demands of pharmaceutical storage facilities and reduce electricity costs. It also contributes to the reduction of CO2 emissions and enhances the environmental value of the company. 【Usage Scenarios】 - Pharmaceutical storage warehouses - Refrigeration and freezing equipment - Air conditioning systems 【Effects of Implementation】 - Reduction in electricity costs - Reduction in CO2 emissions - Improvement of corporate environmental value - Initial cost reduction through the use of subsidies

企業：ケネスエネルギー開発
価格：Other

Solar power generation equipment
Solar System Solar Module
Power generation facilities

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[Case Study for Food Manufacturing] Solving Disposal Costs! 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 food manufacturing industry, the future removal costs of aging solar equipment, waste disposal costs, and the risk of equipment shutdown may become management issues. Additionally, the high electricity prices will impact manufacturing costs. It is necessary to not only dispose of the equipment but also to redesign and update it to a self-consumption solar system to achieve both electricity cost reduction and CO₂ reduction simultaneously. 【Usage Scenarios】 - Updating aging solar equipment - Balancing electricity cost reduction and CO₂ emission reduction - Controlling waste disposal costs 【Effects of Implementation】 - Reduction in electricity costs (up to 28%) - Reduction in CO₂ emissions - Control of future removal and waste disposal costs - Reduction of equipment shutdown risks

企業：ケネスエネルギー開発
価格：Other

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

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[Case Study for the Chemical Industry] 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 chemical industry, the disposal and renewal of aging solar power equipment may become a challenge for future cost burdens and business continuity. Particularly, as the utilization of by-products and optimization of energy costs are required, the effective use of existing equipment is an important consideration. This article introduces case-based solutions that view the disposal of solar power equipment not merely as a cost, but as an opportunity to redesign and renew it into self-consumption solar power, leading to reductions in electricity costs and CO₂ emissions. 【Utilization Scenarios】 - Delaying the decision to remove aging solar power equipment - Uncertainty regarding future waste disposal and removal costs - The necessity for equipment shutdowns and adjustments to delivery routes - Persistently high electricity costs - Costs arising solely from disposal - Insufficient consideration of self-consumption and reuse 【Benefits of Implementation】 - Reduction in electricity costs - Reduction in CO₂ emissions - Control of future disposal costs - Improvement in business continuity

企業：ケネスエネルギー開発
価格：Other

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

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[Case Study for the Pharmaceutical Industry] Solving Disposal Cost Issues! Proactive Measures through In-House Consumption and Redesign

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

In the pharmaceutical industry, the future removal costs of aging solar power equipment, waste disposal costs, and the risk of equipment shutdown may become management issues. Additionally, the persistently high electricity prices could impact manufacturing costs. This article introduces case-based solutions that aim to reduce electricity costs and CO₂ emissions by proposing the redesign and upgrade of existing solar power equipment into self-consumption solar systems, rather than simply "disposing of" them. This approach seeks to reduce disposal costs and create new value. 【Usage Scenarios】 - When the decision to remove aging solar power equipment is being postponed - When future waste disposal and removal costs are unclear - When adjustments to equipment shutdown or delivery routes are necessary - When electricity prices remain high - When disposal alone leaves only costs behind - When options for self-consumption or reuse are not being considered 【Benefits of Implementation】 - Reduction in electricity costs - Reduction in CO₂ emissions - Control of future disposal costs - Reduction of equipment shutdown risks

企業：ケネスエネルギー開発
価格：Other

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 power 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 prices are also a significant issue. This article introduces a case-based solution that proposes redesigning and updating existing solar power equipment into self-consumption solar systems, thereby leading to reductions in electricity costs and CO₂ emissions, rather than simply disposing of the equipment. 【Usage Scenarios】 - When the decision to remove aging solar power equipment is being postponed - When future waste disposal and removal costs are unclear - When equipment downtime or adjustments to delivery routes are necessary - When electricity prices are persistently 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

企業：ケネスエネルギー開発
価格：Other

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 leading to reductions in electricity costs and CO₂ emissions. 【Usage Scenarios】 - When the decision to remove aging solar equipment has been postponed - When future waste disposal and removal costs are unclear - When equipment downtime or adjustments to 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

企業：ケネスエネルギー開発
価格：Other

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

企業：ケネスエネルギー開発
価格：Other

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

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[Case Study for the Textile Industry] Solving Disposal Cost Issues! Proactive Measures through Self-Consumption and Redesign.

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

In the textile industry, there is a demand for reducing energy costs in the manufacturing process and addressing environmental impact. In particular, the maintenance of aging solar power equipment and future disposal costs may become unexpected management challenges. Additionally, it is emphasized that creating new value is important, not just disposing of waste. Our company provides solutions that achieve both electricity cost reduction and CO₂ reduction through redesign and upgrade proposals for existing solar power equipment, rather than simply "disposing" of it. 【Usage Scenarios】 - Updating aging solar power equipment - Balancing electricity cost reduction and CO₂ emission reduction - Controlling disposal costs and transitioning to reinvestment - Continuous energy supply without stopping factory, warehouse, or facility operations 【Benefits of Implementation】 - Reduction in electricity costs (up to 28%) - Reduction in CO₂ emissions - Mitigation of future disposal costs - Reduction of equipment downtime risk - Transitioning energy costs to reinvestment

企業：ケネスエネルギー開発
価格：Other

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

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[Case study for retail industry] Measures against rising electricity costs with the introduction of solar power and storage batteries!

Achieved a maximum reduction of 28% in store electricity costs. Success rate of implementation: 100%.

In the retail industry, fluctuations in electricity costs for store operations can impact revenue planning. In particular, the power costs associated with lighting and air conditioning become significant challenges in balancing store comfort and operational efficiency. Rising electricity bills are no longer just fixed costs; they can become a business risk. Our company designs a system that combines self-consumption solar power generation and storage batteries to reduce daytime electricity purchases, addressing peak power measures and ensuring business continuity during power outages (BCP) as a unified solution. By utilizing subsidies, we significantly reduce initial burdens and support measures for store electricity costs. 【Usage Scenarios】 - Store lighting and air conditioning - Cash registers and POS systems - Refrigeration and freezing equipment - Backroom facilities 【Benefits of Implementation】 - Reduction in electricity costs - Mitigation of risks associated with fluctuations in electricity rates - Improved business continuity during power outages - Reduction in CO2 emissions

企業：ケネスエネルギー開発
価格：Other

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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[Case studies for medical and welfare sectors available] Emergency power solutions with solar power and storage batteries!

Ensuring power supply during emergencies while reducing electricity costs.

In the medical and welfare industry, securing emergency power sources that can maintain facility operations even during power outages is extremely important to protect the safety and security of patients and users. In particular, the operation of medical equipment and air conditioning management can be significantly affected by even a slight shortage of electricity. By combining self-consumption solar power generation with storage batteries, we can reduce electricity purchases during the day while ensuring a stable power supply during outages. 【Usage Scenarios】 - Operation of medical equipment during disasters - Continued operation of heating and cooling systems - Backup for IT systems 【Benefits of Implementation】 - Improved business continuity during emergencies - Reduction in electricity costs - Reduction in CO2 emissions

企業：ケネスエネルギー開発
価格：Other

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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[Case study for data centers] Introduction of solar power × storage batteries

Measures for stabilizing data center cooling and rising electricity costs.

In the data center industry, stable power supply and the continuous operation of accompanying cooling systems are extremely important. Fluctuations in electricity prices and increases in peak power not only raise operational costs but also increase the risk of equipment troubles and production stoppages due to unexpected power outages and momentary interruptions. In response to these challenges, a combination of self-consumption solar power generation and storage batteries serves as a practical solution that reduces purchased electricity, simultaneously addressing peak power measures and business continuity (BCP) during outages. 【Usage Scenarios】 - Power supply for cooling systems in server rooms - Utilization as a backup power source during outages - Reduction of risks associated with electricity price fluctuations 【Benefits of Implementation】 - Protection of equipment through stable operation of cooling systems - Reduction of operational costs through lower electricity bills - Improved business continuity through BCP measures

企業：ケネスエネルギー開発
価格：Other

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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Kaden's Rescue Team

We will continue to provide high-quality services and achieve "immediate peace of mind and lasting peace of mind"!

Our company conducts "rescue activities" to quickly respond to the SOS from customers who use home appliances daily, helping to resolve their troubles through these appliances. We address various "troubles" and "what should I do?" situations, from urgent appliance issues to minor concerns, alleviating various "negatives" in everyday life. Additionally, we are involved in solar power projects such as the installation of solar panels and grass cutting, as well as all-electric and energy-saving initiatives. 【Features】 ■ Safety, Security, Trust ■ Long-term Perspective ■ Cost Performance *For more details, please download the PDF or feel free to contact us.

企業：カデンのエトウ
価格：Other

others
Power generation facilities

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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

Power generation facilitiesのメーカー・企業ランキング

Power generation facilitiesの製品ランキング

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Heat from the residue! Steam!

If you are having trouble with the disposal of beverage residues green tea, black tea, coffee grounds, oolong tea

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High-efficiency repowering of aging solar power for data centers with the latest equipment.

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[Case Study for Food Manufacturing] Solving Disposal Costs! Self-Consumption and Redesign

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

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

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

[Case Study for the Textile Industry] Solving Disposal Cost Issues! Proactive Measures through Self-Consumption and Redesign.

[Case study for retail industry] Measures against rising electricity costs with the introduction of solar power and storage batteries!

[Case studies for medical and welfare sectors available] Emergency power solutions with solar power and storage batteries!

[Case study for data centers] Introduction of solar power × storage batteries

Kaden's Rescue Team