AIP List of Products and Services

AIP Corporation provides eco-friendliness and comfort in social and living environments, focusing on the air conditioning business area. 【Products Offered】 ■ Air Conditioning Business Sales, installation, and maintenance of commercial and residential air conditioning equipment ■ Energy Conservation Business Equipment performance recovery devices: Eco Pulsar Triple E, R.O. Neo, Riduck Indoor control systems: E&E Air Visualization: emporia ■ Aqua Power Business Weakly acidic hypochlorous acid solution "Aqua Power CELA" Reverse osmosis water purifier "Clashia" Special purification materials: Revitalizing purification material Excel *For more details, please refer to the PDF materials or feel free to contact us.

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.

Do you have any of these concerns with your air conditioning equipment? ■ Struggling with high electricity bills ■ Daily temperature setting tasks are difficult ■ It's too hot to concentrate on work ■ Want to contribute to SDGs (CO2 reduction) ■ Realized too late that it was broken ■ Forgot to turn it off... Achieve a balance of comfort and energy savings with fully automated individual control of indoor temperature settings for all air conditioning units! We solve this with the power of IoT, without relying on human hands. We support domestic air conditioning manufacturers. (Toshiba, Daikin Industries, Panasonic, Mitsubishi Electric, Mitsubishi Heavy Industries, Hitachi) *For more details, please download the catalog or contact us.

It is a low-cost, high-function IoT energy monitoring system. It supports real-time and remote monitoring of power consumption, and allows for bulk management of multiple devices. By using the Emporia mobile app, you can also perform automatic control through integration with smart devices, such as turning the air conditioner on/off and setting schedules. We aim to achieve a sustainable and comfortable future through the "visualization" of energy. *For more details, please download the catalog or contact us.

We propose the latest solutions that balance comfort and efficiency. Please feel free to consult with us.

Industry: Transportation (within Kanazawa City) Target Equipment: Air conditioning units for refrigerated warehouses Test Period: July 23, 2024 - September 12, 2024 Target Devices: Model Refrigerant Charge Amount ------------------------------------------------------ Refrigerator 1 KX-NM40AVP1 R410A 70 kg Refrigerator 2 KX-NM40AVP1 R410A 70 kg Refrigerator KX-NM40AMVP1 R410A 70 kg Analysis Method: The total current values were calculated every hour, and the average reduction rate was determined by comparing the equivalent values of ambient temperature and internal temperature before installation (OFF) and after installation (ON). Results: Current Test Proposal Time Refrigerator 1 21.6% 13.0% Refrigerator 2 18.4% 13.0% Refrigerator 22.5% 13.0% Average of 3 Systems 20.8% 13.0% The average reduction rates above have been confirmed. *The average reduction rate is based on the values from weeks 2 to 5.

Industry: Drugstore Target Equipment: Air Conditioning Equipment, Refrigerated Cases Test Period: July 26, 2023 - September 18, 2023 Target Devices: In-store Equipment Air Conditioners: 8 units Refrigerated Cases: 4 units Analysis Method: During business hours, all air conditioning units were switched ON (refrigerated cases operated 24 hours). The total current values were measured every 30 minutes (as air conditioning and refrigerated cases influence each other, affecting room temperature). The temperature and room temperature values were compared before installation (OFF) and after installation (ON) to determine the average reduction rate. Result: 15.1% reduction (13.4% at the time of proposal)

Industry: Drugstore Target Equipment: Air Conditioning Units, Refrigerated Cases Test Period: July 26, 2023 - September 18, 2023 Target Devices: Equipment Installed in Sales Area Air Conditioning Units: 7 units Refrigerated Cases: 4 units Analysis Method: During business hours, all air conditioning units were switched ON (refrigerated cases operated 24 hours). The total current values were measured every 30 minutes (as air conditioning and refrigerated cases influence each other, affecting room temperature). The temperature and room temperature values were compared before installation (OFF) and after installation (ON) to calculate the average reduction rate. Result: 15.4% reduction (proposed at 13.8%)

Industry: Drugstore Target Equipment: Air Conditioning Units, Refrigerated Cases Test Period: July 26, 2023 - September 18, 2023 Target Devices: In-store Equipment Air Conditioning Units: 5 units Refrigerated Cases: 2 units Analysis Method: During business hours, all air conditioning units were switched ON (the refrigerated cases operated 24 hours). The total current values were measured every 30 minutes (as the air conditioning units and refrigerated cases influence each other, affecting the room temperature). The temperature and room temperature were compared before installation (OFF) and after installation (ON) to determine the average reduction rate. Result: 15.9% reduction (13.6% at the time of proposal)

Industry: Iron and Steel Industry (Ishikawa Prefecture) Target Equipment: Air Conditioning Equipment Test Period: February 1, 2023 - March 17, 2023 Target Device: Air Conditioning Equipment in the First Floor Office Daikin Ceiling Cassette Type Triple Simultaneous SZCP224KAM 1 unit Outdoor Unit RZYP224K Gas Type R410A approximately 8 kg Analysis Method: The air conditioning unit was tested in the ON state, calculating the total current value every hour. The values were compared before installation (OFF) and after installation (ON) under conditions where the outdoor temperature and indoor temperature were equivalent (the closest values), and the average reduction rate was determined. Results: An average current value reduction effect of 20.2% was confirmed.

Industry: Amusement Facility (within Ishikawa Prefecture) Target Equipment: Air Conditioning Units Test Period: August 9, 2024 - September 20, 2024 Target Devices: Store Air Conditioning Units Model Number Quantity Set Temperature Unit 1: SZVYP1400K 1 unit (4 outdoor units) 25℃ Unit 2: SZVYP1400K 1 unit (4 outdoor units) 25℃ Analysis Method: With the air conditioning units in the ON state as a condition, the total current values for each hour were calculated. Data was compared before installation (OFF) and after installation (ON) for values where the outdoor temperature and indoor temperature were equivalent (the closest values) and where the number of operating air conditioning units was the same, to determine the average reduction rate. Result: 20.2% (Proposed reduction rate: 15%)

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!

Many commercial air conditioning units waste about half of the electricity they use. The Air Map Service visualizes the energy losses hidden in air conditioning systems and achieves both cost reduction and environmental impact reduction through specialized analysis. After carefully listening to the customer's equipment conditions and requests, we collaborate with the Green Environment Preservation Organization (GEPA) to propose optimal energy-saving measures.

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."

In the hotel industry, it is essential to achieve comfortable temperature management for each guest room while also reducing energy costs. In particular, detailed air conditioning management based on usage conditions is important through room-by-room control. However, the energy efficiency of air conditioning systems is often overlooked. Our air conditioning energy loss diagnosis visualizes energy losses for each room and proposes optimal energy-saving measures. 【Usage Scenarios】 - Guest Rooms - Lobby - Restaurant - Conference Rooms 【Benefits of Implementation】 - Improved comfort for each guest room - Reduction in energy costs - Decrease in CO2 emissions