This is solar power generation glass (BIPV) that contributes to decarbonization (CO2 reduction). It can generate electricity in various glass areas of buildings (such as windows).
For those aiming to reduce electricity costs in school facilities and consider the environment. We will introduce a case study of the installation of a 212.42 kW solar power system and a 76.8 kWh battery.
Balancing the reduction of electricity costs and preparedness for disasters. We will introduce a case study of the installation of a solar power system with 223.20 kW and a storage battery of 115.2 kWh.
For those who want to review the electricity costs related to facility operations, we will introduce a case study of a solar power system with a capacity of 91.35 kW and a storage battery of 76.8 kWh.
For those looking to review the electricity costs of maintenance equipment and factory lighting, we will introduce a case study of the installation of a 72.2 kW solar power system and a 34.56 kWh battery.
Space-saving design with a mounting base for power conditioners (PCS) for the PPSC® series of transformers for full self-consumption solar power generation systems.
[Looking for Partner Companies!] Utilizing the non-diminishing characteristics of crystal power generation, we provide continuous power generation as needed! Affordable and high strength! Good for the environment! ★ Technical papers published!
【Instant inspection of bypass circuit】0.1[A] voltage measurement, voltage, BPD, and cluster integrated measurement, tester with voltage logging function【Demo unit available for loan】
"Things that the Japanese Kernel System can do" series: Added perovskite simulation functionality!
[Free Download] Joint Research Report on Establishing a Space-Saving and High-Efficiency System
Attention general contractors and plant companies! Achieve shortened construction periods unaffected by weather. Tents of the required capacity available for rental starting from "1 month."
Case study of a seafood processing factory with high electricity consumption. We will introduce cost savings achieved through a solar power system of 84.48 kW and a battery storage of 153.6 kWh.
Countermeasures against rising refrigeration costs! Reduce costs and implement BCP measures with self-consumption solar power.
The installation area is 430m2! Here is an example of solar power generation installed on top of the gymnasium at Sumizaka Junior High School.



















































































































