List of Solar system, mounting system, and hardware products
- classification：Solar system, mounting system, and hardware
31～45 item / All 1691 items
![[Disaster Measures] A must-see for ...](https://image.www.ipros.com/public/product/image/595/2000904728/IPROS15684834320275806124.JPG?w=280&h=280){kind=small}
Since the construction-generated soil will be recycled on-site, the disposal costs for leftover soil and the costs for new purchases will be significantly reduced. 【Disaster Prevention】
- Special Construction Method
The Noto Reconstruction Office of the Ministry of Land, Infrastructure, Transport and Tourism has featured our 3D printer in the Nikkei newspaper.
The official X account of the Noto Reconstruction Office of the Ministry of Land, Infrastructure, Transport and Tourism and the Nihon Keizai Shimbun have published that our 3D printer has been adopted for the reconstruction of Noto. The official X account of the Noto Reconstruction Office introduces the use of our products in the restoration work of the Noto Expressway. Additionally, the Nihon Keizai Shimbun mentions that structures made with our products are being used for the restoration of roads damaged by the Noto Peninsula earthquake, and that the construction period can be shortened by about two weeks, so please take a look.
Contributing to the second stage of public infrastructure! Bringing public infrastructure development to the ground. A robust outdoor storage tank for hazardous materials capable of responding to the ...
- Water Treatment
"Achieving solar power with zero initial costs through on-site PPA" Reducing electricity costs × decarbonization = The most attention-grabbing management strategy right now.
- Solar power generation equipment
- Solar System Solar Module
- Solar power generation
Osaka Prefecture × Hanwha Japan "Green Alliance" collaboration agreement project! Installing solar power generation systems in child welfare facilities and educational institutions within the prefecture.
On July 16, 2025, Osaka Prefecture and Hanwha Japan signed a partnership agreement under the SDGs partnership system "Green Alliance," marking the official launch of the installation of solar power generation systems in child welfare facilities and educational institutions within the prefecture. In this project, our company handles everything from design to construction in a unified system, achieving both rapid delivery and high quality. The facilities that adopt this system will consume approximately 120 MWh of renewable energy annually, significantly reducing electricity costs and enabling data provision for environmental education programs. [Background and Purpose of Implementation] Recently, the introduction of renewable energy in local governments is expected to play a role not only in reducing CO₂ emissions but also as an environmental education tool for the next generation. The "Green Alliance" promoted by Osaka Prefecture is a system that accelerates concrete efforts toward achieving the SDGs by fostering collaboration between businesses and government. In this partnership agreement, we aimed to combine the solar panels provided by Hanwha Japan with our construction know-how to implement the most suitable systems for child welfare and educational facilities in a short timeframe.
Cut electricity costs by 28% to stabilize the management of steel product manufacturing sites. Subsidy support and zero initial cost model also available.
- Solar power generation equipment
- Solar System Solar Module
- Solar power generation
Released from the risk of rising electricity costs. Additionally, save up to 28% on electricity bills! Effective for clean rooms and air conditioning systems. Subsidy utilization and zero initial cost...
- Solar power generation equipment
- Solar System Solar Module
- Solar power generation
In an era of rising electricity costs, a seasoning manufacturing factory reduced power costs by 28% using solar energy from its roof! There are subsidy-compatible options and models with zero initial ...
- Solar power generation equipment
- Solar System Solar Module
- Solar power generation
End the soaring electricity costs at fish processing plants with refrigeration and freezing equipment! Reduce monthly costs "certainly" with rooftop solar power!
- Solar power generation equipment
- Solar System Solar Module
- Solar power generation
The electricity costs that remain high for the cooling equipment at the dairy factory can be immediately reduced by "28%" with rooftop solar power!
- Solar power generation equipment
- Solar System Solar Module
- Solar power generation
No more worries about rising electricity costs for confectionery manufacturing factories! With "roof-mounted self-consumption solar power," you can reliably reduce your monthly fixed costs by 28%!
- Solar power generation equipment
- Solar System Solar Module
- Solar power generation
Avoid fluctuations in electricity costs and achieve business stability with self-consumption solar power for meat processing plants. Subsidy support and zero initial cost implementation available!
- Solar power generation equipment
- Solar System Solar Module
- Solar power generation
Achieving both BCP measures and cost reduction simultaneously in manufacturing sites with high electricity usage.
- Solar power generation equipment
- Solar System Solar Module
- Solar power generation
Unstable electricity prices and rising heating and cooling costs—transform into a **“power-generating factory”** to achieve both stable management and decarbonization management simultaneously.
- Solar power generation equipment
- Solar System Solar Module
- Solar power generation
If you can't afford to fail in solar construction, leave it to Kenneth Energy Development!
- Solar power generation equipment
- Solar power generation
- Photovoltaic power generation system (solar system, energy-saving housing, electricity sales business)
Up to 28% reduction in electricity costs with rooftop solar! Total construction cost of 908.4 billion yen, with a track record of 83 solar power plants built over 12 years! Names of partner companies ...
- Solar power generation equipment
- Solar System Solar Module
- Solar power generation
Next-generation solar panels appear on airport roofs.
The latest "Calcophyllite Solar Cells" have been installed at the international terminal building of Fukuoka Airport. These solar cells are characterized by their ultra-lightweight and thin design, weighing only 0.8 kg per square meter. Because they can be installed without putting a burden on the roofs of buildings and facilities, they are attracting attention as a technology that greatly expands the possibilities of solar power generation in the future. The installation and demonstration experiments will be conducted by Kyuden Mirai Energy. The solar cells are provided by PXP Corporation, the construction is handled by Kyudenko, and the installation support is provided by JGC Corporation, with performance and construction feasibility being verified from December 2025 to February 2026. Particularly in places like airports, the shape of the roof and the impact of reflected light are also important verification points. This time, practical usability will be confirmed, including those factors. Fukuoka Airport is also planning an exhibition to introduce the details of the experiment. The day may soon come when lightweight and high-performance solar cells become the "norm" in future buildings.
However, if companies want to achieve reductions in electricity costs and CO₂ emissions now, "conventional industrial solar power generation" is the best option.
- Solar power generation equipment
- Solar System Solar Module
Next-generation solar panels appear on airport roofs.
The latest "Calcophyllite Solar Cells" have been installed at the international terminal building of Fukuoka Airport. These solar cells are characterized by their ultra-lightweight and thin design, weighing only 0.8 kg per square meter. Because they can be installed without putting a burden on the roofs of buildings and facilities, they are attracting attention as a technology that greatly expands the possibilities of solar power generation in the future. The installation and demonstration experiments will be conducted by Kyuden Mirai Energy. The solar cells are provided by PXP Corporation, the construction is handled by Kyudenko, and the installation support is provided by JGC Corporation, with performance and construction feasibility being verified from December 2025 to February 2026. Particularly in places like airports, the shape of the roof and the impact of reflected light are also important verification points. This time, practical usability will be confirmed, including those factors. Fukuoka Airport is also planning an exhibition to introduce the details of the experiment. The day may soon come when lightweight and high-performance solar cells become the "norm" in future buildings.