しろくま電力 List of Products and Services

We would like to introduce a case study on the installation of a "solar carport" at the Caledonian Golf Club. In order to enhance the value for club users, we considered the idea of adding a roof to the parking lot and focused on solar carports, which can also increase environmental value. We introduced the "Shirokuma Carport" with the expectation of improving customer convenience and reducing electricity costs through self-consumption of the generated power. The Shirokuma Electric solar carport features a cantilever structure with support only at the rear, ensuring that the posts do not obstruct parking, and it has a maximum height of 3.6 meters, allowing for good visibility even for high-roof vehicles. 【Case Overview】 ■ Number of parking spaces: 64 ■ Installation location: Existing parking space ■ Total power generation: 258,617 kWh ■ Power self-sufficiency rate: 17.5% ■ CO2 reduction effect: 117.5 tons-CO2/year ■ Provision format: PPA method *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where a "solar carport" was installed in the staff parking lot of the Yachiyo Town Hall in Chiba Prefecture. Power supply through a Power Purchase Agreement (PPA) began on April 27, 2023. It is expected to reduce CO2 emissions by 58.4 tons annually as a renewable energy source with additionality. Additionally, it has become possible to implement the system in a short period using a unique construction method. 【Case Overview】 ■ Land Area: 746.16 m² ■ Installation Location: Existing parking space ■ Total Power Generation: 145,266 kWh/year ■ Self-Sufficiency Rate: 24.6% ■ CO2 Reduction Effect: 58.4 tons-CO2/year ■ Provision Method: PPA *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where one of Japan's largest "solar carports" was installed at Joyful Honda Chiba New Town store. The estimated annual power generation is 1,169,199 kWh, with an expected reduction of approximately 456 tons of CO2 emissions per year. By introducing the solar carport, we will supplement the environmental value that was insufficient with just rooftop installations, and together with the existing power generation facilities, we will increase the self-sufficiency rate of electricity to 20%. 【Case Overview】 ■ Number of parking spaces: 348 (including spaces for people with disabilities) ■ Installation location: Existing parking area ■ Total power generation: 1,169,199 kWh ■ Renewable energy ratio: 20% ■ CO2 reduction effect: 456 tons of CO2/year ■ Provision method: PPA (Power Purchase Agreement) *For more details, please download the PDF or feel free to contact us.

The reason you can introduce the "Shirokuma Carport" for 0 yen is that by signing a long-term power supply contract with Shirokuma Electric, you can procure green electricity generated by the newly installed solar carport at a fixed unit price. This allows for reductions in electricity costs and the avoidance of future price surge risks, stabilizing expenses. On the other hand, our company can cover the installation costs through revenue from electricity charges, making it possible for customers to have an initial cost of 0 yen. 【Case Studies】 ■ DCM Anesaki Store ■ Yachiyo Town Hall ■ Cainz Urawa Misono Store ■ Yorozu Oita *For more details, please download the PDF or feel free to contact us.

The "Shirokuma Carport" is a carport equipped with solar panels that can reduce both electricity costs and CO2 emissions. If the electricity is generated in-house, there will be no electricity charges, fuel adjustment fees, FIT surcharges, or transmission fees. This leads to significant reductions in electricity costs and mitigates the risk of future price increases due to external factors. Additionally, having a roof over the parking area provides shade and protection from rain, enhancing convenience for users. Since solar power is 100% renewable energy, it serves as a strong appeal for decarbonization management. 【Three Benefits】 ■ Reduction in electricity costs ■ Increased convenience for users ■ Decarbonization appeal *For more details, please download the PDF or feel free to contact us.

In the logistics industry, vehicle storage facilities face the important challenge of cost reduction alongside vehicle storage. In particular, electricity costs are one of the major factors putting pressure on operating costs. Additionally, consideration for environmental impact is required as part of a company's social responsibility. Shirokuma Carport contributes to addressing these challenges by utilizing green power. 【Usage Scenarios】 - Storage for vehicles such as trucks and forklifts - Parking lots for warehouses and logistics centers 【Benefits of Implementation】 - Reduction in electricity costs - Avoidance of future risks of rising electricity prices - Enhancement of the company's environmental value

In the agricultural sector, securing storage space for agricultural machinery and harvested crops, as well as reducing maintenance costs, are important challenges. In particular, carports utilizing solar power contribute to providing storage space while also reducing electricity costs, ultimately stabilizing management. Shirokuma Carport is a product that meets these needs. 【Usage Scenarios】 - Storage of agricultural machinery - Storage of harvested crops - Securing workspace 【Benefits of Implementation】 - Reduction in electricity costs - Securing storage space - Avoidance of future price inflation risks

In manufacturing material storage areas, there is a demand for reducing electricity costs and minimizing environmental impact. It is particularly important to limit the electricity consumption required for storing and transporting materials, aiming for sustainable management. Shirokuma Carport contributes to addressing these challenges through the utilization of green power. 【Usage Scenarios】 - Material storage areas - Factories - Warehouses 【Benefits of Implementation】 - Reduction in electricity bills - Enhancement of environmental value - Avoidance of future price inflation risks

Golf courses consume a lot of electricity for things like charging carts and supplying power to the clubhouse. In particular, the rising electricity costs are a significant challenge that puts pressure on operating expenses. Additionally, environmental considerations have become an important factor that influences customer evaluations. The Shirokuma carport can be utilized as a charging station for carts, contributing to the reduction of electricity costs at golf courses. Furthermore, the use of clean energy from solar power enhances environmental value and contributes to improving the company's image. 【Usage Scenarios】 - Cart charging station - Power supply to the clubhouse - Parking lot 【Benefits of Implementation】 - Reduction in electricity costs - Enhancement of environmental value - Improvement of corporate image

In hospital parking lots, ensuring convenience for patients and staff while considering the environment is essential. In particular, measures against heat from sunlight during the day and rising electricity costs can pose challenges for hospital operations. The Shirokuma Carport addresses these issues by reducing electricity costs through solar power generation and enhancing environmental value. Since it can be implemented with zero initial costs, it also contributes to cost reduction for hospitals. 【Usage Scenarios】 - Hospital parking lots - Patient pick-up and drop-off areas - Staff parking lots 【Effects of Implementation】 - Reduction in electricity costs - Improvement in environmental value - Increased satisfaction among parking lot users

In restaurants, there is a demand for both customer comfort and cost reduction in store operations. In particular, securing parking space and the rising electricity costs are significant challenges. The Shirokuma Carport, when installed in parking lots, provides customers with a comfortable space and contributes to reducing the store's electricity expenses. Since it can be introduced with an initial cost of 0 yen, it allows for environmentally conscious store operations without worrying about costs. 【Usage Scenarios】 - Parking lots - Store roofs 【Benefits of Introduction】 - Reduction in electricity costs - Increased environmental value - Enhanced customer attraction

In the real estate industry, there is a demand for differentiation of properties and the provision of attractive added value to tenants. Particularly, due to the increasing environmental awareness, the introduction of renewable energy has become an important factor in enhancing property value. It is crucial to keep initial costs low while increasing tenant satisfaction. Shirokuma Carport enables the introduction of renewable energy with zero initial costs through long-term power supply contracts. By procuring green electricity generated by the carport at a fixed rate, it contributes to reducing electricity costs and avoiding future price surge risks. This leads to added value for tenants and strengthens the competitiveness of the property. 【Usage Scenarios】 - Condominium developments - Rental apartments - Commercial facilities 【Effects of Introduction】 - Improvement of property environmental value - Increased tenant satisfaction - Long-term cost reduction - Differentiation of properties

In the hotel industry, there is a demand for improving the quality of shuttle services. The operating costs of shuttle vehicles are an important factor in providing customers with comfortable transportation. As the adoption of electric vehicles progresses, the installation of charging facilities and the reduction of electricity costs have become challenges in hotel management. Shirokuma Carport supplies the necessary power for charging shuttle vehicles and contributes to reducing electricity expenses. Since it can be implemented with zero initial costs, hotels can provide environmentally friendly shuttle services without worrying about costs. 【Usage Scenarios】 - Charging hotel shuttle vehicles - Parking lots - Customer parking 【Benefits of Implementation】 - Reduction in electricity costs - Enhancement of environmental value - Improvement of corporate image - Avoidance of future risks of rising electricity prices

Amid the ongoing rise in electricity prices, "solar carports" that effectively utilize hotel parking lots are gaining attention as a new cost-cutting measure. With the PPA model that allows for implementation with zero initial costs and zero maintenance costs, it is possible to introduce renewable energy to facilities and reduce electricity expenses without any financial burden. **Four Strengths that Solve SEO and Management Issues** ■ Overwhelming Reduction in Electricity Costs By utilizing inexpensive electricity from self-consumption solar power, we avoid the impact of fuel adjustment costs and renewable energy surcharges, thereby mitigating future price hike risks. ■ PPA Model with Zero Initial Investment There is no need to own assets, allowing for off-balance sheet implementation. There is also no maintenance hassle at all. ■ Improved Customer Satisfaction and EV Measures With heat insulation and rain protection effects, we protect customers' vehicles and shuttle buses. The establishment of charging infrastructure for the accelerating shift to EVs (electric vehicles) is also smooth. ■ Promotion of SDGs and Decarbonization Management We reduce CO2 emissions and enhance asset value as an environmentally conscious hotel. For more details, please check the "Download Catalog" link below.

In the hotel industry, there is a growing demand for improving the quality of shuttle services as a comfortable means of transportation for customers, and managing the operating costs of shuttle vehicles is being emphasized. Particularly, with the advancement of electric vehicle adoption, the burden of installing charging facilities and the rising electricity costs are issues that cannot be overlooked in hotel management. ■ Electricity Cost Reduction Solution Utilizing Parking Lots The Shirokuma Carport is a solar carport for parking lots equipped with solar panels on the roof. Even in limited land areas, it allows for effective utilization of parking space to establish power generation facilities. ■ Controlling Fuel Adjustment Costs and Renewable Energy Charges The electricity generated can be consumed on-site, eliminating fuel adjustment costs, renewable energy charges, and transmission fees. It can be implemented with zero initial costs, allowing for reduced expenses in charging shuttle vehicles and supplying power to the hotel. Documents summarizing electricity cost reduction measures through self-consumption utilizing parking lots and more detailed benefits of implementing and utilizing solar carports can be downloaded below.

The rising electricity costs in store operations, including restaurants, are a serious issue. Why not utilize your store's parking space effectively to reduce costs? By introducing industrial solar carports, you can consume the electricity generated for your own use. The electricity generated can be used directly within the store, providing a significant advantage. ■ No fuel adjustment costs ■ No renewable energy surcharges ■ No transmission fees incurred during electricity delivery This system helps mitigate the risk of future electricity price increases due to external factors. Adding a roof to the parking lot provides shade and rain protection. It prevents the interior temperature of vehicles from rising in the summer and enhances convenience during rainy weather, improving customer attraction. Since it can be implemented with zero initial costs, you can take measures without worrying about finances. You can download materials summarizing the reduction of electricity costs for stores through effective use of parking lots, as well as more detailed benefits of introducing industrial solar carports, from the link below.