アーキヤマデ List of Products and Services

The linked disk ADC is a waterproof material-integrated solar mounting foundation that enables the installation of solar panels on flat roofs. It is lightweight and dry, featuring integration with the waterproof layer. Additionally, it is designed with the assumption of waterproof renovation using a rivet roof waterproofing system, so there are no concerns about rooftop waterproofing when installing solar equipment. When installing solar equipment simultaneously (to carry out waterproof renovation), a new waterproof guarantee of 10 years is obtained. The waterproof sheet used is excellent in weather resistance and durability, allowing for safe maintenance and management of the equipment during the installation period of the solar panels. It accommodates various roof substrates, including RC bases and deck plate bases. *Please note that the range of compatibility may vary depending on the substrate and building location conditions. For more details, please contact us.

The linked disk ADC is a solar foundation that can be utilized when installing solar power generation equipment on rooftops. By combining it with the PVC sheet waterproofing system "Rivet Roof," it demonstrates high water tightness, enabling reliable installation of solar equipment. Its feature is a mechanism where the waterproof sheet integrates with it, creating a "waterproof layer down to the foundation." There is no concern about damaging the waterproof layer when installing solar panels on flat roofs. Unlike the placed foundation type, it is lightweight, weighing only about 4 kg/m² (this value is for the foundation part only). This makes it possible to install solar power systems on various flat roofs that were previously abandoned. Since it can be constructed dry, project management is smooth. The rooftop waterproofing contractor handles the foundation installation, making it easy for electrical work to simply involve placing the panels and performing wiring tasks. *For more details, please refer to the PDF or feel free to contact us.*

The "Grid Base L2" is a dry steel foundation that replaces the installation of concrete foundations in existing buildings, which can be cumbersome. The key points are its dry and lightweight nature. Compared to concrete foundations, it is lighter and does not require a concrete curing period, allowing for a reduction in construction time. Additionally, the main body is equipped with drainage, ensuring proper treatment of the waterproof layer's end, which helps reduce waterproofing issues in the long term. It can be efficiently integrated with the PVC sheet waterproofing material "Rivet Roof," achieving a "waterproof layer down to the foundation." 【Features】 ■ High strength and corrosion resistance ■ Convenient height adjustment function ■ Reduced construction time and lightweight ■ Does not create weaknesses in the waterproof layer ■ Flexibly accommodates substrate slopes *For more details, please refer to the PDF document or feel free to contact us.

Grid Base M is a solar foundation that can be utilized when installing solar panels on flat roofs. Its feature is a mechanism that integrates with PVC sheet waterproofing material, creating a "waterproof layer up to the foundation." Therefore, there is no concern about "damaging the waterproofing when installing solar panels on flat roofs." Moreover, it enables multi-tier installations for solar panels on flat roofs. Additionally, since it can be constructed using a dry method, project management is smooth. The waterproofing contractor will handle the foundation installation, allowing the electrical work to start from the assembly of the mounting structure, which facilitates smooth project management. *For more details, please refer to the PDF document or feel free to contact us.*

This is a rooftop waterproofing system using PVC resin-based sheet waterproofing material "Rivet Roof." It is compatible with various roof substrates, including RC substrates, deck plate substrates, standing seam roofs (for waterproofing renovation purposes), tile batten roofs (for waterproofing renovation purposes), and wooden structures. It easily accommodates various specifications such as high insulation, high solar reflectivity, and long lifespan, responding to the desire to achieve specific goals for rooftop waterproofing construction.

The Enebrid series is a fixed system for solar equipment on flat roofs. It is characterized by being lightweight and dry. Additionally, since it is based on a waterproofing renovation using a rivet roof waterproofing system, there is no concern about "worrying about roof waterproofing when placing solar equipment." When installing solar equipment, a new waterproofing guarantee of 10 years is obtained simultaneously (to carry out the waterproofing renovation). The waterproof sheets used are excellent in weather resistance and durability, allowing for safe maintenance and management of the equipment during the installation period of the solar panels. There are numerous case studies of implementation on RC substrates, such as school rooftops and apartment rooftops.

The Enebrid series is a fixed system for solar equipment on flat roofs. It is characterized by being lightweight and dry. Additionally, since it is based on waterproofing renovations using a rivet roof waterproofing system, there is no concern about roof waterproofing when installing solar equipment. A new waterproofing warranty of 10 years is obtained simultaneously with the installation of the solar equipment (to carry out waterproofing renovations). The waterproof sheets used are excellent in weather resistance and durability, allowing for peace of mind in maintaining the equipment during the installation period of the solar panels. It is also compatible with roofs that have a deck plate substrate. It is actively used on the roofs of factories, warehouses, and research facilities!

In the warehouse industry, energy-saving measures are important for reducing running costs. In particular, effective use of roofs can lead to reduced electricity costs through solar power generation. However, installing solar panels on flat roofs poses challenges in ensuring waterproofing. The connected disk ADC is a solar mounting foundation that integrates with the waterproof layer, alleviating concerns about waterproofing and enabling the installation of solar power systems on warehouse roofs. 【Usage Scenarios】 - Flat roofs of warehouses - Energy-saving measures - Reduction of electricity costs 【Benefits of Implementation】 - Assurance of waterproof performance - 10-year waterproof warranty - Long-term cost reduction

The introduction of solar power generation on school rooftops plays an important role in environmental education. It deepens understanding of renewable energy and fosters awareness towards achieving a sustainable society. However, the installation of solar panels on flat roofs poses challenges in ensuring waterproofing. Risks such as leaks can lead to a deterioration of the educational environment. The connected disk ADC provides a design that integrates with the waterproof layer, ensuring the waterproofing of flat roofs and creating an environment where solar power generation systems can be safely implemented. 【Usage Scenarios】 - School rooftops - Introduction of solar power generation as part of environmental education - Simultaneous waterproofing renovation of aging rooftops and installation of solar power generation 【Effects of Implementation】 - Eliminates concerns about rooftop waterproofing, enabling long-term operation - Reduces electricity costs through solar power generation - Raises awareness of environmental issues and creates educational effects

In factories, there is a demand for cost reduction through effective utilization of roofs. In particular, the introduction of solar power generation systems significantly contributes to reducing electricity costs. However, the installation of solar panels on flat roofs raises concerns about the impact on waterproofing performance. The connected disk ADC enables the introduction of solar power generation systems while ensuring waterproofing performance by adopting a foundation for the mounting structure that integrates waterproofing renovation. 【Usage Scenarios】 - Installation of solar panels on flat roofs of factories - Factories considering renovation due to deterioration of existing waterproofing layers and the introduction of solar power generation systems 【Effects of Introduction】 - Reduction in electricity costs - Improvement in the waterproofing performance of roofs - 10-year waterproofing guarantee

In hospitals, ensuring a power supply during disasters is essential for patient safety and the continuity of medical services. Power outages can lead to the shutdown of medical equipment and the failure of information systems, which can have serious impacts on patient care. The connected disk ADC enables the installation of solar panels on flat roofs, contributing to the assurance of emergency power supply. This strengthens the BCP (Business Continuity Plan) and allows for stable medical services even during disasters. 【Usage Scenarios】 - Hospital flat roofs - Introduction of solar power generation as a BCP measure - Assurance of emergency power supply 【Effects of Implementation】 - Strengthening of BCP through the assurance of emergency power supply - Continuation of medical services during power outages - Improvement of corporate image through the use of renewable energy

In commercial facilities, consideration for the environment and improving the facility's image are both important challenges. Effective utilization of rooftop space can serve as a viable solution to address these challenges simultaneously. The introduction of solar power systems on flat roofs can showcase a company's commitment to environmental efforts through the use of clean energy, thereby enhancing customer goodwill. However, there are not infrequent cases where hesitation to implement such systems arises from concerns about rooftop waterproofing. The connected disk ADC is a solar mounting foundation integrated with waterproofing renovations, alleviating concerns about waterproofing and allowing for the safe installation of solar power systems. 【Usage Scenarios】 - Rooftops of commercial facilities - Facilities wanting to emphasize environmental considerations - Facilities looking to effectively utilize rooftop space 【Benefits of Implementation】 - Showcasing the company's commitment to environmental efforts - Increasing customer goodwill - Effective utilization of rooftop space

In office buildings, energy efficiency and long-term maintenance of the structure are required to enhance the asset value of the building. In particular, the effective use of rooftop space is a crucial factor in increasing asset value. Implementing a solar power generation system while maintaining waterproofing performance is an effective means of enhancing the building's value. The connected disk ADC is a waterproof material-integrated solar mounting foundation that enables solar installation on flat roofs. By ensuring waterproofing performance and introducing a solar power generation system, it contributes to the increase in the building's asset value. 【Usage Scenarios】 - Flat roofs of office buildings - Simultaneous introduction of waterproofing renovations and solar power generation systems - Owners aiming to increase asset value 【Effects of Implementation】 - Introduction of solar power generation systems while maintaining waterproofing performance - Long-term maintenance of the building and increase in asset value - Provision of new waterproof guarantees

In the data center industry, stable operation 24/7, 365 days a year is required, and the stability of power supply is the most critical issue. Power outages can lead to serious situations such as interruptions in service delivery to customers due to system downtime and data loss. Solar power generation also plays a role as an emergency power source, contributing to the stabilization of power supply. The connected disk ADC is a waterproof integrated mounting foundation that enables the installation of solar panels on flat roofs. It excels in waterproof performance and durability, effectively utilizing rooftop space in data centers and supporting stable power supply. 【Usage Scenarios】 - Rooftops of data centers - Stabilization of power supply - Securing emergency power sources 【Effects of Implementation】 - Effective use of rooftop space - Reduction in power costs - Strengthening of BCP measures

In the hotel industry, consideration for the environment is highly valued, and the introduction of renewable energy is being sought as part of CSR activities. In particular, the effective use of flat roofs is essential for maximizing limited space and contributing to a sustainable society. However, many hotels are giving up on installing solar power systems due to concerns about rooftop waterproofing. The connected disk ADC is a waterproof material-integrated solar mounting foundation that enables solar installation on flat roofs. By installing solar equipment simultaneously with waterproofing renovations, it maintains the building's waterproof performance while facilitating the introduction of renewable energy. 【Usage Scenarios】 - Hotel rooftops - As part of CSR activities - Reducing environmental impact 【Benefits of Implementation】 - Alleviation of concerns about rooftop waterproofing - 10-year waterproof warranty - Improved corporate image through the use of renewable energy

In shared areas of apartment buildings, effective utilization of rooftop spaces is being sought. The introduction of solar power generation systems contributes to providing added value to residents and reducing utility costs in common areas. However, the installation of solar panels on flat roofs raises concerns about its impact on waterproofing performance. If leaks occur, it could affect the residents' quality of life. The connected disk ADC ensures waterproofing performance by adopting a foundation integrated with waterproofing renovations, allowing for the safe implementation of solar power generation systems. 【Usage Scenarios】 - Flat roofs of apartment buildings - Power supply for common areas - Owners who prioritize waterproofing performance 【Benefits of Implementation】 - Introduction of solar power generation systems while maintaining waterproofing performance - Reduction of utility costs in common areas - Providing added value to residents

In government offices, the introduction of renewable energy is an urgent task towards achieving a decarbonized society. In particular, solar power generation utilizing the roofs of public facilities is one of the effective means. However, installing solar panels on flat roofs poses challenges in ensuring waterproof performance. It is necessary to avoid risks such as leaks and enable long-term operation. The connected disk ADC is a waterproof material-integrated solar mounting foundation that allows for solar installation on flat roofs. By installing it simultaneously with waterproofing renovations, it ensures waterproof performance and meets the needs of government offices promoting decarbonization. 【Usage Scenarios】 - Installation of solar panels on the roofs of public facilities - Flat roofs of various facilities such as schools, government buildings, and hospitals - Introduction of renewable energy towards decarbonization 【Benefits of Implementation】 - Ensures waterproof performance and enables long-term operation - Increases the asset value of the building - Reduces CO2 emissions through the introduction of renewable energy - New waterproof guarantee for 10 years

In research facilities, a stable power supply is essential. Power outages can lead to delays in research activities and data loss. The introduction of a solar power generation system on flat roofs contributes to stabilizing the power supply. However, waterproofing measures for flat roofs are an important challenge. The connected disc ADC is a waterproof material-integrated solar mounting foundation that enables solar installation on flat roofs. By ensuring waterproof performance while introducing a solar power generation system, it contributes to stabilizing the power supply of research facilities. 【Usage Scenarios】 - Flat roofs of research facilities - Stabilization of power supply - When waterproofing measures are necessary 【Effects of Introduction】 - Reduction of power outage risks - Continuation of research activities - Reduction of power costs

When hosting events at sports facilities, the waterproofing of flat roofs is an important issue. Leaks can lead to interruptions in events and damage to the facility. The connected disk ADC is a waterproof material-integrated solar mounting foundation that enables the installation of solar panels on flat roofs. By installing solar equipment simultaneously with waterproofing renovations, we can enhance waterproof performance and reduce risks during events. 【Usage Scenarios】 - Flat roofs during sports events - Installation locations for event equipment - Event operations during rainy weather 【Benefits of Implementation】 - Reduced risk of event interruptions due to improved waterproof performance - 10-year waterproof warranty - Cost savings through solar power generation