A low-center-of-gravity mounting system for solar panels that achieves a weight of less than one-third of conventional methods! It can be installed without driving anchors, so there is no need to make holes in the building!
Supports various types of tiled roofs such as Japanese tiles, flat tiles, and Western tiles!
No heavy machinery or special equipment needed! Stands for single and double vertical solar panels.
Nominal maximum output of 635 to 645W! 72-cell double-sided generation double glass solar cell module.
An independent power source that integrates solar panels, batteries, and mounting structures. Capable of unmanned and maintenance-free operation.
This is the framework of ZAM, a highly corrosion-resistant coated steel plate, developed by our group company, Daishin Co., Ltd., which has been involved in many solar power plants to date.
Installation of solar mounting structures on cover method roofs.
We provide one-stop support for the introduction and operation of equipment and devices for various purposes. We are committed to solving our customers' challenges!
Cost reduction innovations for large factories, warehouses, and stores! Numerous achievements in mega-solar installations.
"A reliable solution for energy measures in pharmaceutical factories." With rooftop solar power generation, electricity costs can be reduced by up to 28%. It also strengthens BCP (Business Continuity Planning).
Generate electricity for cooling equipment and other electrical costs at beverage factories with rooftop solar! Reduce annual electricity costs by up to 28%!
Revolutionizing the cost structure of apparel manufacturing with rooftop solar power generation! Minimizing initial investment through financing and subsidies!
Solar power generation for automotive parts factories, contributing to peak cut, BCP, and CO₂ reduction. It is also possible to achieve zero initial investment by utilizing subsidies.
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%!
Achieve a 28% reduction in electricity costs for the precision metal processing manufacturing industry with self-consumption solar power, while maintaining profit margins. There are subsidy utilization options and a zero initial cost introduction model available.
Electricity costs for clean rooms and manufacturing lines reduced by up to 28%! Implementation with minimized risks is possible using a PPA model with zero initial costs and leveraging subsidies.
Simultaneously achieving cost reduction and decarbonization in public works and construction sites: A clear introduction to the benefits of introducing new technologies.
Self-consumption solar power generation that does not stop hospitals, nursing facilities, and manufacturing equipment due to snowfall.
We have received notification from the Chamber of Commerce that the tax system for strengthening small and medium-sized enterprises will be extended for two years!
Introduction of case studies for the industrial storage system LUVIS | Examples of utilizing subsidies to achieve BCP measures, reduce electricity costs, and lower environmental impact.
Case Study 3 on Solving Problems: Installation in Areas with Strong Winds, Salt Damage, and Heavy Salt Damage (e.g., Okinawa)
[Catalog] Case studies available: Featuring a storage system that achieves power optimization, stable supply, and power measures for disaster prevention bases!























































































































