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1～30 item / All 174 items
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[Case studies for commercial facilities available] Countermeasures against rising electricity costs with the introduction of solar power and storage batteries!
Achieved a maximum reduction of 28% in electricity costs. Also contributes to improved customer attraction.
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[Case studies for sports facilities available] Countermeasures against rising electricity costs with the introduction of solar power and storage batteries!
Up to 28% reduction in electricity costs. Supporting cost reduction for sports facilities and strengthening BCP (Business Continuity Planning).
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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.
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[Case studies available for office buildings] Countermeasures against rising electricity costs with the introduction of solar power and storage batteries!
Achieved a maximum reduction of 28% in electricity costs. Contributed to reducing tenant burdens.
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[Case study for accommodation facilities] Measures against rising electricity costs with solar power and storage batteries.
Reduce electricity costs by up to 28%. It will help control air conditioning management costs.
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[Case study for educational institutions] Measures against rising electricity costs with the introduction of solar power and storage batteries!
Achieved a maximum reduction of 28% in electricity costs. Controlled facility maintenance costs.
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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.
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[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.
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[Case study for the food and beverage industry] Countermeasures against rising electricity costs with the introduction of solar power and storage batteries!
Achieved a maximum reduction of 28% in kitchen electricity costs. Success rate of implementation is 100%.
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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%.
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[Case studies for agriculture available] Countermeasures against rising electricity costs with the introduction of solar power and storage batteries!
Reduce electricity costs for agricultural management by up to 28%. Support for improving irrigation efficiency.
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[Case study for the manufacturing industry] Stable production with solar power × storage batteries
Achieving up to 28% reduction in electricity costs while ensuring stable production.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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[For municipalities] Solving disposal cost issues! The key to solar panel disposal problems is redesign.
Utilizing regional resources to build sustainable energy infrastructure.
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The key to solving the disposal cost issue of old solar panels for data centers is redesign.
Reduce power costs for data centers and implement BCP measures through solar power generation and self-consumption.
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The key to solving the disposal cost issue of old solar panels for office buildings is redesign.
Reduce disposal costs and equipment risks of solar power generation, supporting the enhancement of asset value for office buildings.
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[For Hospitals] The key to solving the disposal cost issue of old solar panels is redesign.
Balancing power supply during emergencies and cost reduction. We support hospitals' BCP measures.
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[For Schools] The issue of disposal costs for old solar panels is key to redesign.
We will solve the disposal costs and risks of solar power generation equipment through self-consumption and redesign.
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The key to solving the disposal cost issue of old solar panels for warehouses is redesign.
Solving the exit problem of solar power generation! Supporting up to 28% reduction in electricity costs and CO₂ reduction.
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The key to solving the disposal cost issue of old solar panels for agriculture is redesign.
We will solve the exit problem of solar power generation and support the stabilization of agricultural management.
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The key to solving the disposal cost issue of old solar panels for factories is redesign.
Reduce disposal costs and equipment downtime risks, achieving up to 28% savings on electricity bills.
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Solving the disposal cost issue! The exit problem of solar power is proactively addressed through self-consumption and redesign.
Solar power generation equipment is not just about installation and then being done. Rising disposal costs and the risk of equipment shutdown become management challenges.
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