Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
31～53 item / All 53 items
Our latest solar carport model is now available!
The posts are installed at the back, making parking super easy! It does not obstruct door opening and allows for parking of two vehicles! 【Compatible Environment】 Wind pressure resistance: 38 m/s Snow load resistance: 50 cm *For more details, please download the materials or feel free to contact us.
![[Case Study] Mitsui & Co., Ltd. Steel Division Solar Carport (for 4 cars)](https://image.mono.ipros.com/public/product/image/7cb/2000848234/IPROS16998726016940193043.jpg?w=280&h=280)
A cantilever type solar carport that makes parking and getting in and out comfortable【Santi】.
We would like to introduce a case study of the 'Santi' handled by Kakefu Juken. Panel used: Yingli Solar (415W) Option: Rigid joint type We also introduced an EV car and are charging it with electricity generated from the solar carport using a power supply unit. From our customer, we received the following feedback: "Since it is domestically produced and designed, there were no worries about the application for confirmation. The design makes parking easy, and getting in and out of the car is comfortable."
![[Case Study] Solar Carport Adoption at a Certain Golf Course](https://image.mono.ipros.com/public/product/image/0ec/2000879724/IPROS1955726677463626529.jpg?w=280&h=280)
Effective use of a large parking lot【Santi】
We would like to introduce a case study of the 'Santi' handled by Kakefu Juken. Used panels: Yingli Solar (415W) Options: Rigid connection type We also introduced an EV car at the same time, charging it with electricity generated from the solar carport using a power supply unit. From our customers, we received feedback: "Since it is domestically produced and designed, there were no concerns about the confirmation application. The design makes parking easy, and everyday parking and getting in and out of the car is comfortable."
New product release!!!
We have developed a solar carport designed for back-to-back installation in parking lots. While maintaining the traditional ease of parking with Santi, we can reduce the number of columns compared to Santi's back-to-back design. With fewer columns, this product is expected to lower not only material costs but also construction costs.
A solar carport system 'Sukkiri GX' that is easy to park without horizontal beams.
The Rooftop Greening System has launched a nationwide solar carport business! <Utilizing parking space for decarbonization and reducing electricity costs!> Solar carports, which efficiently harness solar power by making effective use of the overhead space in parking lots, are gaining attention. They can easily facilitate self-consumption, ensuring power availability even during disasters. Efforts towards decarbonization also contribute to enhancing corporate image. <Designed by Professor Osamu Takahashi, Department of Architecture, Tokyo University of Science> The absence of horizontal beams makes parking easier and reduces the risk of damage from collisions. The optional evaluation (single-slope type) simplifies the building confirmation application process. The construction method does not require concrete foundations, allowing for easy assembly and disassembly, significantly shortening construction time. At Rooftop Greening System Co., Ltd., we offer one-stop proposals for the introduction and installation of appropriate solar carports tailored to cost and installation environment.
業態や地域条件に応じた仕様提案で高い費用対効果を発揮。コスト削減イメージが分かる資料を無料進呈
当社は、空いている駐車場を活用して、電力を自社で発電・消費できる 太陽光発電設備「ソーラーカーポート」を取り扱っています。 業態や全国各地域の環境条件に応じた柔軟な仕様提案が可能で、 高い費用対効果を実現。CO2排出量の抑制に貢献し、 脱炭素ソリューションとして高い効果が期待できます。 現在、コスト削減のシミュレーション例も掲載した資料を無料で進呈中です。 詳しい内容は“ダウンロードボタン”よりご覧いただけます。 【特長】 ■オンサイトで発電した電力の自家消費により電気料金の削減が可能 ■設置容量が多い場合、電気代を年間で最大約30％削減できる可能性あり（当社試算） ■工場の社員駐車場や商業施設のカーポートにも好適 ■野ざらしで駐車していた車に屋根ができる ■多様な工法で幅広い地盤条件に対応可能 ※詳しくは資料をご覧ください。お問い合わせもお気軽にどうぞ。
The sense of openness without intermediate pillars and a variety of color options! You can choose in a style that suits your taste.
The "Type" series is a solar carport that has been developed through trial and error. Type-W features a design that maximizes power generation, while Type-S offers a design that can flexibly adapt to the style of the property and home. By providing these two options, we allow you to choose the perfect solar carport for your lifestyle and residence. It enables energy self-sufficiency and brings new spaces and enriching time to your life. 【Features】 ■ Dual-sided power generation solar modules ■ Integrated size variations (0.5 units / no intermediate columns) ■ All-black color design ■ Four height variations to match vehicle height and other needs ■ Specifications tailored to the living environment (snow load resistance / wind resistance) *For more details, please download the PDF or feel free to contact us.
![[Information] What is a solar carport?](https://image.mono.ipros.com/public/product/image/2117438/IPROS12661196562619258533.png?w=280&h=280)
Economic benefits of solar power generation! Monthly electricity bills are reduced, easing the burden on household finances.
This document is a catalog introducing the "Solar Carport," a carport equipped with solar panels that generates electricity. It includes the benefits of installation, comparisons with traditional carports, case studies, and reasons why Tomoshie is chosen. Please make use of this information when considering the installation of a solar carport. 【Contents (partial)】 ■ Product Overview ■ Benefits of Installing a Solar Carport ■ Comparison with Traditional Carports ■ Other Features ■ Case Studies ■ Introduction to Tomoshie *For more details, please download the PDF or feel free to contact us.
Overwhelming power generation performance achieved with rooftop solar panels and bi-facial power generation.
TYPE W is a solar carport that utilizes double-sided solar panels. By capturing not only direct sunlight from above but also reflected light from the ground, it is expected to improve power generation compared to traditional single-sided systems. Additionally, its open structure without intermediate columns ensures ease of parking and getting in and out of vehicles, while also providing an aesthetically pleasing appearance. It accommodates multiple vehicles, such as for two or three cars, and offers flexible designs based on site conditions. Among the "TYPE" series of solar carports (including TYPE W and TYPE S), this model emphasizes both power generation and spatial quality.
Reduce electricity costs by up to approximately 30%! Make effective use of parking spaces.
In the office, effective use of parking space and reduction of electricity costs are important issues. In particular, the rising electricity prices are one of the factors putting pressure on corporate profits. Solar carports contribute to cost reduction by installing roofs in parking lots, enabling savings on electricity bills through self-generated power. 【Usage Scenarios】 - Employee parking lot at the office - Visitor parking lot 【Benefits of Implementation】 - Reduction of electricity costs - Effective use of parking space - Enhancement of corporate image
Reduce electricity costs by up to approximately 30%! Make effective use of factory parking lots.
In factories, the rising electricity costs have become a significant challenge for management. The introduction of self-generated power facilities is an important means of both reducing costs and demonstrating a company's commitment to environmental efforts. Solar carports effectively utilize factory parking spaces and contribute to reducing electricity bills by establishing a self-consumption solar power generation system. 【Usage Scenarios】 - Employee parking lot at the factory - Visitor parking lot - Idle land 【Benefits of Implementation】 - Reduction in electricity costs - Mitigation of CO2 emissions - Improvement of corporate image
Make effective use of the parking lot to achieve both improved customer satisfaction and cost reduction!
In the hotel industry, prioritizing customer comfort during their stay requires effective utilization of parking space. In particular, protecting vehicles from daytime sunlight and maintaining them in good condition contributes to increased customer satisfaction. Additionally, the rising electricity costs pose a significant challenge for hotel management. Our solar carports install roofs in parking lots and reduce electricity expenses through self-consumption of solar power. This allows for both improved customer service and cost reduction. 【Usage Scenarios】 - Hotel parking lots - Parking for guests - Reducing electricity costs 【Benefits of Implementation】 - Protecting customers' vehicles from sunlight - Reducing electricity expenses - Enhancing the image of environmentally conscious hotels
![[English Market Research Report] Global Market for Solar Carports](https://image.mono.ipros.com/public/product/image/d36/2001213679/IPROS9641484004568756149.png?w=280&h=280)
"Free samples" are currently being offered! Please check the application method from the [PDF download] button, or apply directly from the related links.
The global solar carport market size was valued at 533.24 million USD in 2022 and is expected to grow from 558.30 million USD in 2023 to 806.20 million USD by 2031, with a projected CAGR of 4.70% during the forecast period (2024-2031). Solar carport canopies provide shade for parking spaces and serve as independent structures that replace traditional rooftop solar panel installations. This type of solar system not only shields parked vehicles from sunlight but also elevates solar panels to enhance efficiency. Similar to ground-mounted solar panels, solar carports utilize sloped panel modules, eliminating the need for additional land and favoring effective space utilization. Solar carports are a viable option for maximizing space while minimizing constraints, as they are more efficient compared to ground-mounted panels, making them preferred in various scenarios. As awareness of the benefits of solar energy, particularly regarding flexibility and battery storage for power generation, increases, the solar carport market continues to expand, driven by factors such as optimization of panel placement and market development related to the advantages of solar vehicles.
The number of parking spaces is 2 to 10! This product has a design wind speed standard of 46 m/s.
We would like to introduce the "Sky Port GULAN" equipped with double-sided panels, handled by Sky Japan Co., Ltd. Rainwater management is done using a drainage rail system, and a power conditioner can be installed. Additionally, the number of parking spaces ranges from 2 to 10, with a design wind speed of 46 m/s and a maximum design vertical snow accumulation of 65 cm. 【Specifications (partial)】 <SPT-GX2A/P(※)-※※※S> ■ Main body dimensions (total length (opening) × depth × height): 5,950mm (pillar center dimension 5,300mm) × 5,232mm × 2,940mm ■ Number of vehicles that can be delivered: 2 <SPT-GX4A/P(※)-※※※S> ■ Main body dimensions (total length (opening) × depth × height): 11,900mm (pillar center dimension 5,300mm) × 5,232mm × 2,940mm ■ Number of vehicles that can be delivered: 4
The number of vehicles available for delivery is unlimited! They can be customized to fit the installation environment.
We would like to introduce the "Double-Sided Panel Equipped Energy Stand VELGA 150R" that we handle. The main body is made of aluminum, and rainwater is managed using a drainage rail system. 【Specifications】 ■ Model: EST-150RT※A/P(※)-※※※S ■ Solar panel module slope: 5 degrees ■ Common opening dimensions for all models (pillar center dimension): 5,000mm※ for 2 units ■ Main body dimensions (depth × height): 4,930mm × 3,055mm *For more details, please refer to the related links or feel free to contact us.
Reduce electricity costs by up to approximately 30%! Ideal for EV charging in logistics facilities.
In the logistics industry, there is a growing demand for charging needs of EV trucks and forklifts. Particularly in logistics facilities with large areas, the expansion of charging infrastructure, along with the rising electricity costs, has become a challenge. Solar carports provide a solution that balances the reduction of electricity costs through self-generated power and the establishment of EV charging infrastructure. 【Usage Scenarios】 - Parking lots of logistics facilities - Charging stations for EV trucks and forklifts - Warehouses and distribution centers 【Benefits of Implementation】 - Reduction in electricity costs - Optimization of EV charging costs - Reduction in CO2 emissions - Enhancement of corporate environmental value
Reduce electricity costs by up to about 30%! Make effective use of parking lots to achieve energy savings.
In the retail industry, the rising electricity costs have become a significant challenge for management. In particular, the power consumption of store lighting, air conditioning, and refrigerators is substantial, making energy-saving measures essential. Solar carports effectively utilize parking space and reduce electricity costs through solar power generation. By promoting self-consumption, they help keep power costs down and contribute to improved profit margins. 【Usage Scenarios】 - Store parking lots - Carports in commercial facilities - Employee parking lots 【Benefits of Implementation】 - Reduction in electricity costs - Mitigation of CO2 emissions - Enhancement of corporate image
A solar carport that can also be used as an emergency power source, strengthening the hospital's BCP measures.
In hospitals, securing emergency power during power outages is essential. To protect patient safety and continue medical activities, a stable power supply is required. Solar carports can reduce electricity costs through self-consumption of solar power while also serving as an emergency power source during emergencies. This strengthens the hospital's BCP (Business Continuity Plan) measures and establishes a system that can respond to unforeseen circumstances. 【Usage Scenarios】 - Hospital parking lots - Utilization as an emergency power source - Reduction of electricity costs 【Benefits of Implementation】 - Ensuring power supply during outages - Reduction of electricity bills - Improvement of the company's environmental image
Building environmentally friendly schools for the children who will shape the future.
In schools, environmental education aimed at achieving a sustainable society is important. The solar power generation facility "Solar Carport" provides a space for children to learn about and practice environmental issues through the use of renewable energy. It contributes not only to reducing electricity costs but also to lowering CO2 emissions, supporting environmentally friendly school operations. 【Usage Scenarios】 - Installation in schoolyards or parking lots - Utilization as part of environmental education - Use as a disaster prevention measure 【Effects of Implementation】 - Reduction in electricity costs - Decrease in CO2 emissions - Increased awareness of environmental issues - Provision of emergency power supply during disasters
Make effective use of vacant parking spaces! Achieve both an increase in the asset value of the condominium and a reduction in electricity costs.
In a condominium, the comfort of residents and the maintenance of asset value are important. Parking lots are one of the factors that influence the convenience for residents, and their effective utilization can enhance the appeal of the condominium. Solar carports provide a roof over the parking area, preventing deterioration of residents' vehicles and offering added value. At the same time, the reduction in electricity costs from solar power generation contributes to overall cost savings for the condominium, ultimately leading to an increase in asset value. 【Utilization Scenes】 - Condominium parking lots - Improvement of services for residents - Reduction of electricity costs in common areas 【Effects of Implementation】 - Prevention of deterioration from sun exposure and rain/wind in parking lots - Control of condominium management costs through reduced electricity expenses - Enhanced image as an environmentally friendly condominium
Up to 30% reduction in electricity costs annually! Balancing visitor comfort and corporate environmental value.
In the operation of theme park attractions, electricity costs are one of the major challenges. With the increase in visitors, the demand for electricity rises, and the increase in electricity rates puts pressure on profits. At the same time, there is a demand for environmental consideration, and the introduction of renewable energy can also enhance the company's image. Our solar carports address these challenges. 【Usage Scenarios】 - Attraction parking lots - Employee parking lots - Visitor parking lots 【Benefits of Implementation】 - Reduction in electricity costs - Mitigation of CO2 emissions - Enhancement of the company's environmental value
Reduce electricity costs by up to approximately 30%! We will keep the power costs of irrigation equipment down.
In the agricultural sector, securing power to operate irrigation systems stably is crucial. In particular, effectively utilizing sunlight during the day to achieve self-sufficiency in the power needed for irrigation not only reduces costs but also contributes to sustainable agricultural management. Solar carports make it possible to generate power for irrigation by effectively utilizing parking space. 【Usage Scenarios】 - Power supply for irrigation equipment - Charging agricultural machinery - Power supply for warehouses and offices 【Benefits of Implementation】 - Reduction in electricity costs - Mitigation of CO2 emissions - Securing power during emergencies
Ensuring emergency power supply and utilizing parking facilities simultaneously.
In disaster prevention measures at municipalities, securing power supply during emergencies is a crucial issue. Establishing a system to provide electricity at evacuation centers and disaster prevention hubs during power outages is essential for ensuring the safety of residents. At the same time, effectively utilizing public facility parking lots to enhance convenience for citizens during normal times is also required. Solar carports are a solution that addresses these challenges simultaneously. 【Usage Scenarios】 - Parking lots of public facilities that serve as evacuation centers - Parking lots of disaster stockpiling warehouses - Parking lots of disaster response headquarters 【Benefits of Implementation】 - Securing emergency power supply - Reducing electricity costs - Mitigating CO2 emissions - Effective use of parking space
