What is solar power that can lower electricity costs immediately, compared to perovskite?
The ideal and reality of perovskite. What companies should choose now is proven self-consumption solar power generation.
Our company has constructed a total of 83 solar power plants with a cumulative total construction cost of 908.4 billion yen. We take pride in our track record of transactions with companies such as Sharp, Panasonic, Daiwa House, and Mitsubishi HC Capital. Even in high-precision factories and logistics centers, we have achieved a maximum reduction of 28% in electricity costs and simultaneous CO₂ reduction without stopping operations. 【Industry Challenges】 The rise in electricity prices shows no signs of stopping. The cost recovery for energy-saving equipment installation is unpredictable. There are concerns about power outages and electricity supply shortages. 【On-Site Pain Points】 While waiting for "next-generation technology," electricity prices continue to rise. The electricity unit price in 2025 is about 1.6 times that of ten years ago. Energy-saving equipment alone cannot compensate, and risks during power outages remain. The gap between companies waiting for "perovskite someday" and those creating a self-sufficient system with "current technology" will directly impact profits in a few years.
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**Proof (Numbers, Examples, Future Predictions)** - Electricity rates: Average increase of +65% over 10 years - Solar installation costs: Decreased to about 1/3 of what they were 10 years ago - Tokyo Metropolitan Government subsidy: 2/3 subsidy on eligible expenses (up to 100 million yen) At Company A's factory in Gunma Prefecture, the installation of a 300kW rooftop system achieved a 27% reduction in annual electricity costs and a reduction of 45 tons of CO₂ per year. **Solution (In-house Products, Implementation Examples)** Utilizing existing Tier 1 Chinese and domestically produced high-efficiency modules. With reliable Omron inverters and a remote monitoring system, operational status is visualized even after installation. Subsidy compliant with non-FIT (self-consumption) method. Widely adopted in major logistics warehouses, food factories, hospitals, and more.
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【Utilization Image for Trading Companies and Agents】 - Proposal examples: Factories / Logistics centers / Hospitals / Large stores - Can be proposed as "solar power that can be implemented immediately" to "customers interested due to Takai's statement." - Achieve differentiation with the appeal of "Perovskite = future" and "current solar power = immediate effect." - Subsidy utilization is also possible! 【Price Information and Subsidy Support】 - Applicable subsidies: Renewable energy equipment introduction promotion project, Tokyo local production for local consumption renewable energy enhancement project - Cost estimate: 120,000 to 150,000 yen per kW (including design and construction) - Lease / financing options available
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Our company, as a member of Japanese society, aims to contribute to the evolution of society by delivering truly valuable products and services to the world through the skill of sales writing. We believe it is our responsibility to possess the skill to accurately and dramatically communicate "the value that the product or service holds." As a result, we believe this will lay the foundation for a hopeful and prosperous society where everyone can live not according to someone else's values, but according to their own values and in their own way.
![[For hot spring facilities] Muroran City electricity cost reduced by up to 29%! Rooftop solar power generation.](https://image.mono.ipros.com/public/product/image/2117111/IPROS15774452423270552532.jpg?w=280&h=280)
