The chemical cleaning and heat-insulating coating of the AHU outdoor unit have reduced power consumption by approximately 14%! *A collection of case studies from four industries is currently being offered.
Perform arithmetic operations on multiple measurement values to calculate total and average values by equipment group, line, and process. This reduces the burden of manual transcription and aggregation.
Simply by sticking it to the window, it supports a comfortable healing environment for patients.
Just by sticking it on the window, you can counteract the summer heat and winter cold! Make your working environment comfortable.
[Presentation of Materials] "If the outdoor unit is not maintained for 3 years, the power consumption will more than double..." A detailed explanation of the reasons. We will also introduce case studies on measures such as cleaning and heat-reflective painting!
Improvement of maintenance for heat exchangers! Both running costs and CO2 emissions reduced by approximately 60% (compared to steam systems).
The rational design of refrigeration equipment enables significant energy-saving operation.
Organize the differences between single-phase 2-wire, single-phase 3-wire, and three-phase 3-wire, as well as 1CT and 2CT. We will assist in product selection based on circuit configuration, rated current, and required accuracy.
Eliminate waste in air supply piping for energy savings and CO2 reduction! By reducing pressure, we enhance the dryness of steam and convert it into superheated steam, which suppresses drain generation and reduces fuel loss.
Support for decarbonized management! Convert wet steam into high-quality dry steam with steam reforming equipment, improving boiler efficiency. Double reduction in CO2 emissions and fuel costs.
Are you running your boiler unnecessarily? Increase steam dryness with a steam reforming device. By utilizing pressure differences for reforming, reduce the number of units, save energy, and cut costs.
The steam pressure regulator modifies steam through throttling and pressure reduction, minimizing heat loss in piping and drainage! *An easy-to-implement energy-saving measure.
Just incorporate it into the factory's steam line! The steam reforming device utilizes the pressure difference from a high-pressure operating boiler to supply high-quality steam. It reduces fuel costs and CO2 emissions.
A heat-insulating and thermal-insulating sheet (Bright Barrier Petit) that can be applied to windows to combat heat and cold.
Just by sticking it on the window, you can combat the summer heat and winter cold! Achieve a comfortable office space.
Just by sticking it on the window, you can counter the summer heat and winter cold. Create a comfortable learning environment.
Just by sticking it on the window, you can counter the summer heat and winter cold!
Just by sticking it on the window, it improves the cooling efficiency of data center servers.
Just by sticking it on the window, it keeps the temperature inside the greenhouse comfortable.
As a foundation for solar panel racks on flat roofs. Lightweight, dry, and quick to install!
A case has been confirmed where significant energy-saving effects can be achieved through heat-shielding paint application!
It has been confirmed that significant energy-saving effects can be achieved by simultaneously implementing cleaning and thermal insulation coating.
Achieved a 14.8% reduction in annual air conditioning costs through cleaning and heat-insulating coatings! *A collection of case studies from four industries is currently being offered.
The average reduction rate of power consumption due to heat-insulating coating construction is approximately 27.8%! *A collection of case studies from four industries is currently being offered.
The reduction rate of electricity consumption is approximately 36% due to partial chemical cleaning and thermal insulation coating! *A collection of case studies from four industries is currently being offered.
An easy-to-understand explanation of the mechanism and effects of 'heat-insulating paint' that reduces power consumption of air conditioning outdoor units, contributing to electricity cost reduction, heat accumulation countermeasures, and extending the lifespan of outdoor units.
Achieved a reduction in heat exchange costs of over 9 million yen annually. Utilizing water heater technology, we propose effective waste heat and natural energy utilization.
By integrating the main transformer and the high-voltage panel, the foundation area is reduced by 70%! This is a packaged substation equipment that significantly reduces installation and operating costs as well as the installation period.
Connect up to 31 PAL sensors to the cloud and verify the effectiveness of equipment monitoring and operational methods before full-scale implementation.
Record the simplified electric power consumption for non-operational scheduled time periods such as nights, holidays, and break times by circuit. This allows you to accumulate reference data for reviewing operational rules.
Focus on one specific equipment circuit for cloud measurement. After confirming how to interpret the data and internal operations, you can gradually expand the target range.
Connect the PAL series sensor with a connector and power it from an AC100V outlet. This reduces the burden of individual design and the installation of new servers within the factory.
Supports alarm display and email notification based on upper and lower limit conditions. You can check the time series history before and after the notification on the same screen and organize the subjects for on-site verification.
Organize measurement data of production equipment and common factory circuits by application. Start with important circuits and expand the management scope as the number of measurement points increases.















































































