AIP Product Lineup

A device that merges 'environmental consideration' and 'cost reduction' by reducing electricity costs and carbon dioxide emissions from air conditioning and refrigeration systems! The 'Eco Pulsar e3' is an energy-saving signal generator that significantly improves the heat exchange rate of air conditioning and refrigeration systems. By applying an electrical signal (eco pulse), it weakens intermolecular forces, restoring refrigeration oil to its pre-degradation state, thereby achieving reductions in power consumption and CO2 emissions. Additionally, all that is needed is an AC100V power supply. Simply connect the signal line supplied from this product to the refrigerant piping, with no piping work required. 【Features】 ■ Approximately 15-20% reduction in power consumption ■ Achieves energy savings without modifying existing equipment ■ Reduces the load on air conditioning and refrigeration equipment ■ Contributes to CO2 reduction *For more details, please download the PDF or feel free to contact us.

The "Eco Pulsar Triple E" focuses on the performance degradation of refrigerant oil due to aging (increased viscosity) and reduces power consumption by restoring the fluidity of the refrigerant with an electrical signal. It can be used simply by connecting it to an AC100V power supply and attaching the signal line to the existing air conditioning or refrigeration system's refrigerant piping. By enhancing the fluidity of the refrigerant and the heat exchange efficiency, it reduces the operating time of the compressor, and in inverter-controlled air conditioning systems, it also contributes to lowering the compressor's rotation speed. 【Features】 - Approximately 15-20% reduction in power consumption - Effectiveness observed about two weeks after installation - Achieves low-cost energy savings without modifications to existing equipment - Helps reduce the load on the compressor, contributing to the longevity of the equipment *One Eco Pulsar can connect to a maximum of six units (compressors) with limitations on the amount of refrigerant gas enclosed. *For more details, please refer to the materials available by clicking "Download Catalog." We also support "Reduction Rate Confirmation Tests" for temporary installations and comparison of actual measurement data.

Sensibo Air PRO easily smartens existing air conditioners. It automatically adjusts operation based on indoor temperature and humidity, eliminating waste while achieving both comfort and energy savings.

"Visualizing electricity" for thorough management of waste and costs! 《Features》 - Real-time monitoring of electricity usage by circuit and device - Remote monitoring and notifications via smartphone app - Display of energy-saving effects and electricity cost predictions - Can be retrofitted to existing equipment

Do you have any of these concerns? - Struggling with high electricity bills - Wanting to contribute to SDGs (CO2 reduction) - Finding daily temperature setting tasks difficult - Unable to concentrate on work due to excessive heat - Noticing malfunctions too late - Forgetting to turn things off... We will solve these issues with the power of IoT, without relying on human hands!

In many stores and facilities, the following responses are commonly practiced: "When it's hot → lower the set temperature" "When it's cold → raise the set temperature." While this approach is indeed effective as a temporary measure, it can often be counterproductive from an energy-saving perspective. This is because the set temperature is merely a "number on the control panel," while the actual adversaries that the air conditioning system is battling are the indoor load and the invisible "losses." **Typical examples where changing the set temperature yields no effect:** - High humidity prevents a decrease in perceived temperature - Disruptions from kitchens or backyards flow in - Cold air from showcases disrupts the air conditioning airflow - Airflow is short-circuited and not circulating - There are significant temperature variations between the ceiling and floor All of these are "problems that cannot be resolved by adjusting the set temperature." The first step in energy saving is to read "temperature × humidity × indoor behavior" instead of focusing on the "set temperature." The correct approach to energy-saving in air conditioning is to shift the focus from "the number of the set temperature" to "the state of the space itself."

Do you have any of these concerns about your air conditioning equipment? - I want to reduce running costs without compromising comfort. - I want to make my existing equipment (both new and old) more energy-efficient. - I can't stop it because it needs to operate continuously for 24 hours. - Rising electricity costs are squeezing my profits, etc. An air conditioning energy-saving planner with extensive field experience will carefully support you from energy-saving diagnostics of your air conditioning equipment to proposing optimal operating conditions. Let's work together to identify waste and optimize energy!

I believe that everyone in the manufacturing industry is constantly pursuing improvements in production efficiency and cost reduction. In particular, the running costs of air conditioning systems are one of the major factors that pressure profits. It is crucial to find ways to reduce energy consumption while maintaining a comfortable working environment. Our energy-saving diagnosis aims to maximize the use of existing air conditioning systems and improve energy efficiency through operational enhancements. 【Usage Scenarios】 * Air conditioning systems within factories * Temperature management on production lines * Air conditioning in clean rooms 【Benefits of Implementation】 * Reduction in electricity costs * Decrease in CO2 emissions * Maintenance of a comfortable working environment

In the logistics industry, temperature management within warehouses is crucial for maintaining product quality and ensuring the comfort of workers. In particular, depending on the storage locations of products and the workflow, air conditioning efficiency may be poor, leading to increased running costs. Our energy-saving diagnosis thoroughly analyzes the current operation of air conditioning equipment and proposes optimal operating conditions, contributing to cost reduction. 【Usage Scenarios】 - Logistics warehouses - Refrigerated and frozen warehouses - Distribution centers 【Benefits of Implementation】 - Reduction of running costs - Achievement of energy savings - Provision of a comfortable working environment

Energy conservation in factories is essential for reducing both running costs and CO2 emissions. In particular, for factories operating 24 hours a day or those affected by rising electricity costs, improving the efficiency of air conditioning systems has become a critical issue. Our energy-saving diagnosis supports the resolution of these challenges by thoroughly analyzing the current air conditioning systems and proposing optimal operating conditions and improvement measures. 【Usage Scenarios】 - Energy conservation of air conditioning systems throughout the factory - Efficiency improvement of aging air conditioning systems - Reduction of running costs in 24-hour operating factories 【Benefits of Implementation】 - Reduction of running costs for air conditioning systems - Reduction of CO2 emissions - Maintenance of comfort

In hospitals, it is important to maintain a comfortable healing environment for patients while keeping running costs, such as utility expenses, under control. In particular, air conditioning systems that require 24-hour operation present a significant challenge for improving energy efficiency. Our energy-saving diagnostics thoroughly analyze the current air conditioning systems and support the balance of cost reduction and comfort through proposals for operational and equipment improvements. 【Usage Scenarios】 - Air conditioning systems within hospitals (patient rooms, waiting areas, operating rooms, etc.) - Air conditioning systems that operate 24 hours a day - Measures to counteract cost increases due to rising electricity prices 【Benefits of Implementation】 - Reduction in running costs - Maintenance of comfort - Reduction in CO2 emissions

In the operation of school air conditioning, it is important to maintain a comfortable environment while keeping running costs down. In particular, with aging equipment or certain operational methods, energy efficiency can deteriorate, leading to significant increases in electricity costs. Our free simple diagnosis begins with a detailed investigation of the current air conditioning equipment to identify opportunities for energy savings. Experts will propose optimal operating conditions and improvement measures tailored to the school's situation. 【Usage Scenarios】 - Air conditioning equipment in classrooms, gymnasiums, and staff rooms - Energy-saving measures for existing equipment - Reduction of electricity costs 【Effects of Implementation】 - Reduction of running costs - Maintenance of comfort - Reduction of CO2 emissions

In the management department of commercial facilities, reducing the running costs of air conditioning systems is an important issue. In particular, there is a need for methods to keep costs down without compromising comfort, especially in light of rising electricity prices. It is essential to make effective use of existing equipment and achieve energy savings. Our free simple diagnosis helps to understand the current state of air conditioning systems and proposes optimal operating conditions, contributing to cost reduction. 【Usage Scenarios】 - Want to reduce the operating costs of air conditioning systems in commercial facilities - Want to make existing air conditioning systems more energy-efficient - Want to lower electricity costs for air conditioning systems that operate 24 hours a day 【Benefits of Implementation】 - Reduction of running costs - Maintenance of comfort - Reduction of CO2 emissions through energy savings