発電事業
発電事業
固定価格買取制度に依存しない「非FIT型太陽光発電所」の設計・建設。敷地内から電気を供給する「オンサイトPPA」、敷地外から供給する「オフサイトPPA」などにも対応します。
61～90 item / All 110 items
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Noboribetsu City: Reduce electricity costs by up to 29% with self-consumption solar power for food processing!
Measures against rising electricity costs in the food processing industry. Reduce costs and implement BCP measures with self-consumption solar power generation.
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Reduce electricity costs and renewable energy usage with self-consumption solar power in Noboribetsu City for seafood processing!
For electricity costs in the fish processing industry and BCP measures. Reduce costs with self-consumption solar power generation and storage batteries!
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Irrigation cost reduction through self-consumption solar power generation in Noboribetsu City for agriculture.
Reduce irrigation electricity costs by up to 29% with solar power generation and storage batteries!
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[Noboribetsu City for Warehouse Industry] Up to 29% Reduction in Electricity Costs! Self-Consumption Type Solar Power Generation
Measures to combat the rising electricity costs of the warehouse. Reduce costs and implement BCP measures with solar power generation and storage batteries.
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[Noboribetsu City for Manufacturing Industry] Up to 29% Reduction in Electricity Costs! Self-Consumption Type Solar Power Generation
Achieve cost reduction and BCP measures simultaneously with industrial solar power and storage batteries.
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Up to 29% reduction in electricity costs with solar power generation in Noboribetsu City for shopping malls.
Achieving cost reduction and BCP measures with industrial solar power generation and storage batteries.
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Asahikawa City reduces electricity costs by up to 29% with self-consumption solar power generation!
To address the rising electricity costs and renewable energy surcharges, we will increase "self-generated electricity" through industrial solar power and storage batteries, achieving both cost reduction and BCP measures simultaneously.
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Asahikawa City for Food Processing: Reduce electricity costs by up to 29% with self-consumption solar power!
Reduce refrigeration costs in the food processing industry! Use self-consumption solar power to lower electricity bills and enhance BCP measures.
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Self-consumption solar power generation for the manufacturing industry in Asahikawa City.
To combat rising electricity costs and implement BCP measures. Reduce costs with industrial solar power and storage batteries!
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[For Accommodation Facilities] Asahikawa City - Up to 29% Reduction in Electricity Costs! Solar Power Generation
Measures against rising air conditioning costs! Cost reduction with self-consumption solar power generation.
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[For Hospitals] Asahikawa City: Reduce electricity costs and promote renewable energy with self-consumption solar power generation!
Supporting the stable operation of medical devices! Balancing electricity costs and BCP measures.
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[For Warehousing Industry] Asahikawa City - Up to 29% Reduction in Electricity Costs! Self-Consumption Type Solar Power Generation
Measures against rising electricity costs for warehouses. Reduce costs and implement BCP measures with solar power generation and storage batteries.
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[For Data Centers] Up to 29% Reduction in Electricity Costs in Asahikawa City! Renewable Energy Disaster Measures
Reduce server power costs and achieve BCP measures.
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[For the printing industry] Asahikawa City: Up to 29% reduction in electricity costs! Self-consumption type solar power generation.
Reduce the power consumption of the printer to achieve both cost reduction and BCP measures.
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[For Automobile Repair Shops] Asahikawa City - Reduce electricity costs by up to 29% with solar power!
Balancing charging costs and BCP measures with industrial solar power generation and storage batteries.
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Hakodate City reduces electricity costs by up to 29% with self-consumption solar power generation!
To address the rising electricity costs and renewable energy surcharges, we will increase "self-generated electricity" through industrial solar power and storage batteries, achieving both cost reduction and BCP measures simultaneously.
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Cost reduction for freshness maintenance with self-consumption solar power generation in Hakodate City for seafood processing!
For electricity costs in the fish processing industry and BCP measures. Reduce electricity costs for maintaining freshness with solar power generation and storage batteries.
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[For warehouses] Hakodate City - Up to 29% reduction in electricity costs! Self-consumption solar power generation.
Measures against rising electricity costs. Reduce costs and implement BCP measures with industrial solar power and storage batteries.
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[For Agriculture] Hakodate City: Reducing Renewable Energy and Disaster Measures with Self-Consumption Solar Power Generation!
Solve the rising electricity costs and reduce fuel expenses with industrial solar power and storage batteries.
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Self-consumption solar power for commercial facilities in Hakodate City: Balancing electricity costs and power outage measures!
Achieve cost reduction and BCP measures simultaneously with solar power generation and storage batteries!
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[For Schools] Hakodate City: Reduce Electricity Costs and Renewable Energy with Self-Consumption Solar Power!
For the children who will carry the future. Reducing school electricity costs and contributing to environmental education.
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[For nursing care facilities] Hakodate City electricity bill reduced by up to 29%! Self-consumption type solar power generation.
Measures against rising electricity costs. Achieving cost reduction and BCP measures simultaneously.
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[For Factories] Hakodate City: Reducing Renewable Energy and Disaster Preparedness with Self-Consumption Solar Power Generation!
Measures against rising electricity costs! Reduce costs and implement BCP measures with self-consumption solar power generation.
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[For Data Centers] Hakodate City Stabilizes Power with Self-Consumption Solar Power Generation!
Reduce power outage risks! Implement solar power generation and storage batteries for data center BCP measures.
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Initial cost of 0 yen!! Differences between solar power generation PPA model and company-owned systems.
Recent hot topic: Self-consumption solar power generation - Which is better, the PPA model or ownership? A thorough explanation!!
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Otaru City reduces electricity costs by up to 29% with self-consumption solar power generation!
To address the rising electricity costs and renewable energy surcharges, we will increase "self-generated electricity" with industrial solar power and storage batteries, achieving both cost reduction and BCP measures simultaneously.
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[For Seafood Processing] Otaru City Achieves Up to 29% Reduction in Electricity Costs with Self-Consumption Solar Power!
Balancing electricity costs and BCP measures for the fish processing industry with industrial solar power generation and storage batteries.
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[For Accommodation Facilities] Up to 29% Reduction in Electricity Costs in Otaru City! Self-Consumption Solar Power Generation
Measures against rising electricity costs. Reduce costs and implement BCP measures with industrial solar power and storage batteries.
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[For bathing facilities] Otaru City reduces electricity costs by up to 29% with self-consumption solar power!
Measures against rising fuel costs! Reduce costs and implement BCP measures with self-consumption solar power generation.
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[For Data Centers] Otaru City Achieves Up to 29% Reduction in Electricity Costs with Solar Power!
Reduce operational costs of data centers with industrial solar power generation and storage batteries.
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