サンヴィレッジ List of Products and Services

In the gasoline station industry, in addition to the soaring fuel prices, the electricity costs necessary for store operations are also a significant burden. In particular, the power consumption for lighting, pumps, and air conditioning during business hours cannot be ignored. Reducing these costs is essential for improving profit margins. This service simultaneously achieves electricity cost reduction and BCP measures by combining industrial solar power generation with storage batteries. 【Usage Scenarios】 - Gasoline station stores - Car wash facilities - Offices 【Benefits of Implementation】 - Reduction in electricity costs - Improved business continuity through BCP measures - Effect of suppressing fuel costs

In factory management, electricity costs are one of the significant expenses. Particularly in the manufacturing industry, where a lot of power is consumed, rising electricity prices can pressure profits. Additionally, production line stoppages due to power outages can lead to substantial losses. This service simultaneously achieves electricity cost reduction and BCP (Business Continuity Planning) measures by combining industrial solar power generation with storage batteries. 【Usage Scenarios】 - High overall electricity consumption in the factory - Struggling with rising electricity prices - Wanting to implement business continuity measures during power outages 【Benefits of Implementation】 - Reduction in electricity costs - Ability to supply power even during outages - Strengthening of the company's BCP measures

In the warehouse industry, reducing electricity costs is a crucial issue to keep storage fees low. Particularly in large warehouses, energy consumption for air conditioning and lighting is high, putting pressure on electricity expenses. With rising electricity costs, cost reduction has become an urgent challenge. This service combines industrial solar power generation and storage batteries to achieve a reduction in electricity costs for warehouses. By consuming electricity generated in-house, it reduces the amount of electricity purchased from power companies, enabling the use of electricity without renewable energy surcharges. 【Usage Scenarios】 - Large warehouses - Refrigerated and frozen warehouses - Logistics centers 【Benefits of Implementation】 - Reduction in electricity costs - BCP measures - Securing revenue through electricity sales

In the hotel industry, utility costs have become a significant management challenge. In particular, fluctuations in electricity rates due to occupancy rates and seasonal variations are factors that pressure profits. Additionally, power outages during disasters can have serious impacts on business continuity. Our self-consumption solar power generation system addresses these challenges. 【Usage Scenarios】 * Facilities with high electricity consumption, such as guest rooms, restaurants, and banquet halls * Cases where simply reviewing electricity rate plans is not effective * Situations where securing emergency power sources is desired as part of BCP measures 【Benefits of Implementation】 * Reduction in electricity costs: Self-consumption helps to limit the amount of electricity purchased * BCP measures: Power supply is possible even during outages thanks to battery storage * Enhancement of corporate image: Utilization of renewable energy

In the food processing industry, electricity consumption during the manufacturing process is significant, and the rising electricity costs are a major factor putting pressure on management. Additionally, operational stoppages due to power outages can lead to product quality degradation and waste, potentially resulting in substantial losses. A stable power supply is extremely important for business continuity. This service enables the reduction of electricity costs and ensures business continuity during power outages by combining industrial solar power generation with storage batteries. By consuming the electricity generated in-house, it reduces the amount purchased from power companies, thereby lowering electricity bills. Furthermore, by installing storage batteries, it provides power during outages, supporting business continuity. 【Usage Scenarios】 - Power supply for food processing factories - Power supply for refrigeration and freezing equipment - Power supply for manufacturing lines 【Benefits of Implementation】 - Reduction in electricity costs - Business continuity during power outages - Strengthening of BCP measures

In recent years, industrial electricity rates have risen by about 74% compared to 2010, and it is predicted that electricity costs will continue to increase due to the rising renewable energy surcharge. Since the renewable energy surcharge is uniformly applied nationwide based on electricity usage, businesses that consume more power currently bear a larger cost burden. This service is an energy solution that combines industrial solar power generation with storage batteries. By consuming the electricity generated in-house, it reduces the amount of electricity "purchased" from power companies, achieving electricity use without the renewable energy surcharge. **Main Benefits of Implementation** - **Reduction in Electricity Costs:** There is no renewable energy surcharge on self-consumed electricity, which helps to curb electricity purchase amounts. - **Revenue Generation through Selling Electricity:** Surplus electricity can be sold using the FIT system. - **Accelerated Investment Recovery:** Due to the initial investment scheme, high-priced electricity sales are expected in the first five years. - **BCP and Disaster Measures:** With the installation of storage batteries, power supply is possible even during power outages. This solution contributes not only to reducing electricity costs but also to business continuity during disasters. It is an industrial energy solution that simultaneously achieves cost reduction, revenue generation, and disaster preparedness. *For more details, please download the PDF document or feel free to contact us.*

In the livestock industry, significant electricity is consumed for temperature management to maintain the appropriate growing environment for livestock. In particular, air conditioning in the summer and heating in the winter are major factors that strain electricity costs. Additionally, power outages can have serious impacts on the health and productivity of livestock. A self-consumption solar power generation system addresses these challenges. By using electricity generated in-house for temperature management, it reduces the amount purchased from power companies and lowers electricity costs. Furthermore, by installing storage batteries, it ensures power supply during outages, enabling business continuity. 【Usage Scenarios】 - Temperature management in livestock barns (heating and cooling) - Power supply for breeding facilities - Backup power during outages 【Benefits of Implementation】 - Reduction in electricity costs - Business continuity during outages - Avoidance of renewable energy surcharge risks

In hot spring facilities, the cost of electricity due to boiler operation has become a significant issue. In particular, the soaring electricity prices and the increase in renewable energy surcharges are factors that pressure management. The stable operation of boilers is essential for facility management, and reducing electricity costs is an important management challenge. Our self-consumption solar power generation system reduces the amount of electricity purchased from power companies by utilizing the electricity generated in-house for boiler power, thereby lowering electricity costs. 【Usage Scenarios】 - Boilers in hot spring facilities - Measures against rising electricity costs - BCP (Business Continuity Planning) measures 【Effects of Implementation】 - Reduction in electricity costs - Securing revenue through selling excess electricity - BCP and disaster response measures

In schools, securing educational funding is an important issue. The rise in electricity prices puts pressure on educational budgets and may affect the quality of education. Particularly in school facilities that consume a lot of electricity, such as heating, cooling, and lighting, reducing electricity costs is urgent. This service achieves electricity cost reduction for schools by combining industrial solar power generation with storage batteries. By consuming electricity generated in-house, it reduces the amount of electricity "purchased" from power companies, enabling the use of electricity without renewable energy surcharges. 【Usage Scenarios】 - Installation of solar power generation systems in large areas such as classrooms, gymnasiums, and schoolyards - Utilization of storage batteries as emergency power sources during power outages - Promotion of energy conservation in educational facilities 【Benefits of Implementation】 - Securing educational budgets through significant reductions in electricity costs - Business continuity planning (BCP) measures during disasters - Environmental contributions through the use of renewable energy

In commercial facilities, reducing operating costs and ensuring business continuity during power outages are important challenges. Electricity costs represent a significant portion of expenses, and their rise puts pressure on profits. Additionally, power outages can lead to lost sales opportunities and impact customers. This service simultaneously achieves cost reduction in electricity bills and BCP (Business Continuity Planning) measures by combining industrial solar power generation with storage batteries. 【Usage Scenarios】 - Commercial facilities - Stores - Office buildings 【Benefits of Implementation】 - Reduction in electricity costs - Securing emergency power supply - Enhancement of corporate image

In the warehousing industry, reducing electricity costs is a crucial issue to keep storage fees low. Particularly, temperature management and air conditioning systems consume a lot of electricity, making the rise in electricity costs a factor that pressures management. This service contributes to reducing electricity costs and lowering storage fees by combining industrial solar power generation with storage batteries. By utilizing self-consumption, it enables the use of electricity without renewable energy surcharges. 【Usage Scenarios】 - Temperature management within the warehouse - Operation of air conditioning systems - Use of lighting systems 【Benefits of Implementation】 - Reduction in electricity costs - BCP measures (power supply during outages) - Measures against renewable energy surcharges

In nursing facilities, the use of air conditioning systems is essential to maintain a comfortable living environment for residents. However, the rising electricity costs are one of the factors putting pressure on operating expenses and making management difficult. In particular, as the operating hours of air conditioning systems increase to cope with the extreme heat in summer and the cold in winter, reducing electricity costs has become an urgent issue. This service combines industrial solar power generation with storage batteries to simultaneously achieve electricity cost reduction for nursing facilities and BCP measures during power outages. 【Usage Scenarios】 - Reduction of air conditioning costs in nursing facilities - Maintenance of a comfortable living environment for residents - Continuity of business through power supply during outages 【Effects of Implementation】 - Up to 29% reduction in electricity costs - Strengthening of BCP measures - Securing revenue through electricity sales

In hospitals, a 24/7 power supply is essential for the stable operation of medical equipment. The rising electricity costs are one of the major factors putting pressure on hospital management, and since medical devices consume a lot of power, cost reduction has become urgent. Additionally, securing backup power during outages is crucial for ensuring patient safety. Our self-consumption solar power generation system addresses these challenges. 【Usage Scenarios】 - High-load medical equipment such as CT scans and MRIs - Critical areas like operating rooms and intensive care units - Backup power during outages 【Benefits of Implementation】 - Reduction in electricity costs - Strengthening of BCP measures - Continuity of operations during disasters - Freedom from renewable energy surcharges

In the dairy industry, a significant amount of electricity is consumed for heating and cooling barns and operating milking machines. The rising electricity costs pose a major challenge for dairy farmers' management. In particular, heating and cooling expenses fluctuate with the seasons, making cost management difficult. This service supports dairy farmers in reducing their electricity bills by combining industrial solar power generation with storage batteries. By consuming the electricity generated in-house, farmers can reduce the amount of electricity purchased from power companies, achieving cost savings. Furthermore, the introduction of storage batteries ensures a reliable power supply even during outages, contributing to business continuity planning (BCP). 【Usage Scenarios】 - Heating and cooling of barns - Operation of milking machines - Power supply for feed storage facilities 【Benefits of Implementation】 - Reduction in electricity costs - Assurance of power supply during outages - Relief from renewable energy surcharges

In the fishing industry, the soaring fuel costs have become a significant challenge that pressures management. Fuel costs for fishing boats occur as fixed expenses, regardless of catch volume or operating hours, making cost reduction an urgent necessity. Additionally, there are instances where power supply at fishing ports and on land is unstable, necessitating stable power supply from the perspective of business continuity planning (BCP). This service combines industrial solar power generation and storage batteries to replace part of the fuel costs with electricity, achieving both cost reduction and BCP measures simultaneously. 【Usage Scenarios】 - Power supply to fishing boats - Power supply to facilities at fishing ports - Power supply to land-based fishing-related facilities 【Benefits of Implementation】 - Reduction of part of the fuel costs - Reduction of electricity bills - Continuation of business during power outages - Securing revenue through selling electricity

In recent years, industrial electricity rates have risen by about 74% compared to 2010, and it is predicted that electricity costs will continue to rise due to the increasing renewable energy surcharge. Since the renewable energy surcharge is uniformly applied nationwide based on electricity usage, businesses that consume more power currently bear a larger cost burden. This service is an energy solution that combines industrial solar power generation with storage batteries. By consuming the electricity generated in-house, it reduces the amount of electricity "purchased" from power companies, enabling the use of electricity without incurring the renewable energy surcharge. **Main Benefits of Implementation** - **Reduction in Electricity Costs:** There is no renewable energy surcharge on self-consumed electricity, helping to curb electricity purchases. - **Revenue Generation from Selling Electricity:** Surplus electricity can be sold using the FIT system. - **Accelerated Investment Recovery:** Due to the initial investment scheme, high-priced electricity sales can be expected in the first five years. - **BCP and Disaster Measures:** With the installation of storage batteries, power supply is possible even during outages. This solution contributes not only to reducing electricity costs but also to business continuity during disasters. It is an industrial energy solution that simultaneously achieves cost reduction, revenue generation, and disaster preparedness. *For more details, please download the PDF document or feel free to contact us.*

In 2026, the rise in electricity prices continues unabated, putting pressure on companies' fixed costs. A complete shift from "selling electricity (FIT)" to "self-consumption." You can find realistic guidelines for the payback period of investments as of 2026, as well as specific conditions to shorten it to 8 to 12 years. *The payback period varies depending on installation area and conditions. *For more details, please download the PDF document or feel free to contact us.