AIP Product Lineup

I have summarized it clearly in the image. For more details, please refer to the posted image.

We will visualize the waste of air conditioning and confirm the potential for reduction. Energy-saving target: approximately 10-30% *Depending on conditions and measures, we will also evaluate potential reductions exceeding 30%. Please start by consulting us to understand the current situation. Simple estimation of reduction potential and consultation are free of charge.

We would like to introduce the operating image of compressors and similar equipment. At 6.3kW, there is insufficient capacity, leading to almost continuous operation. At 11.2kW, the capacity may be excessive, resulting in low-load operation, which can decrease efficiency depending on the model. However, at the appropriate capacity, it can operate stably and efficiently. In the attached PDF document, we have included a comparative image for a space requiring a cooling capacity of 8.0kW, so please take a look. [Operation at 8.0kW (appropriate capacity)] - The load balance of the compressor is good. - It is easy to operate efficiently. - It is easier to achieve both comfort and energy savings. *For more details, please download the PDF or feel free to contact us.

In the hospital and clinic industry, maintaining a comfortable healing environment for patients and ensuring thorough hygiene management are essential. In particular, air conditioning is crucial for managing room temperature and humidity, and its stable operation directly impacts the quality of medical services. However, the aging of air conditioning equipment and inefficient operation can lead to unnecessary electricity costs and increase the risk of unexpected failures. Our free simple estimation service provides an immediate approximation of the potential electricity cost savings for your facility's air conditioning based on your electricity bill, helping to identify waste. 【Usage Scenarios】 - Reviewing electricity bills - Understanding the operational status of air conditioning equipment - Considering cost reduction 【Benefits of Implementation】 - Understanding the scale of annual electricity costs - Gaining insights into the proportion of air conditioning usage - Confirming the estimated potential for savings - Determining the need for detailed examination

At event venues, air conditioning is essential to maintain a comfortable space due to the large number of people gathering. However, there are many cases where the electricity costs are higher than expected. Particularly, depending on the scale of the event and the duration, the costs associated with air conditioning can put pressure on the overall operating expenses. Our free simple estimation service provides an immediate estimate of the potential savings on air conditioning electricity costs at event venues based on electricity bills. This allows for a quick understanding of cost-saving possibilities and provides decision-making material on whether to proceed with detailed considerations. 【Usage Scenarios】 - Large-scale event venues - Exhibition halls - Concert halls - Sports facilities 【Benefits of Implementation】 - Understanding potential savings on electricity costs - Providing materials for cost reduction considerations - Contributing to the optimization of operating expenses

Is lowering the air conditioning set temperature also lowering the outlet temperature? This is explained in detail with illustrations.

Is the rotation operation of stopping air conditioning units effective for energy saving? This is explained in detail with illustrations.

Is the practice of reduced operation for energy-saving (power-saving) purposes really beneficial? This is explained in detail with illustrations.

Even with the same set temperature for the air conditioner, the power consumption varies with the airflow, and this is explained in detail with illustrations.

We provide a detailed illustration of common issues related to air conditioning management in large office buildings.

We provide a detailed illustration of common issues related to air conditioning management in drugstores.

We provide a detailed illustration of common issues encountered in factory air conditioning management.

We provide a detailed illustration of common issues related to air conditioning management in university facilities.

We provide a detailed illustration of common issues related to air conditioning management in supermarkets.

In the manufacturing industry (factories), the operation of air conditioning associated with production activities can account for a significant portion of energy consumption. Particularly, managing air conditioning in conjunction with the operational status of production lines is crucial for reducing unnecessary energy consumption and achieving cost savings. However, the current air conditioning systems often struggle to link with production conditions, leading to excessive heating and cooling or unnecessary operation. Our "AIP Energy-Saving Air Conditioning" visualizes waste in air conditioning based on data, identifies potential reductions, and proposes plans to enhance energy efficiency at low costs for our customers' facilities, thereby achieving reductions in running costs and CO2 emissions. Please start by consulting us to understand the current situation. 【Usage Scenarios】 - Air conditioning operation tailored to the production line's operational status - Area-specific and time-specific air conditioning control within the factory - Optimization of air conditioning load through coordination with production planning 【Benefits of Implementation】 - Reduction in air conditioning energy consumption - Decrease in running costs - Reduction in CO2 emissions - Maintenance of a comfortable working environment that leads to improved production efficiency

In medical institutions, appropriate temperature and humidity management is required to maintain patient comfort and prevent infections. In particular, air conditioning systems are always in operation, and energy-saving measures in their operation are important from both cost reduction and environmental impact perspectives. However, understanding the current operational status of air conditioning equipment and identifying specific areas for reduction is not easy. Our company supports medical institutions in solving these challenges by visualizing waste in air conditioning and proposing feasible energy-saving plans based on data. 【Usage Scenarios】 - Understanding the overall air conditioning operation status within the facility - Optimizing temperature and humidity management in each area - Considering specific measures to achieve energy-saving goals 【Benefits of Implementation】 - Reduction of air conditioning running costs - Decrease in CO2 emissions - Confirmation of objective energy-saving effects based on data - Maintenance and improvement of a comfortable indoor environment

In the education sector, appropriate temperature management is required to improve learning effectiveness and maintain a comfortable educational environment. In particular, adjusting air conditioning according to class times and student activities is important for maintaining concentration and managing health. However, it can be difficult to implement detailed air conditioning control that aligns with the timetable, leading to unnecessary operation. Our energy-saving air conditioning business offers data-driven assessments of the current situation and proposes low-cost energy-saving plans tailored to your facilities, achieving reductions in running costs and CO2 emissions. 【Usage Scenarios】 - Air conditioning control tailored to the usage of each facility, such as classrooms, gyms, and libraries - Optimization of air conditioning in coordination with timetables and event schedules - Cost control through the reduction of unnecessary air conditioning operation 【Benefits of Implementation】 - Improved comfort of the learning environment leading to better concentration among students - Reduction in energy costs - Reduction in CO2 emissions

In the warehouse industry, temperature management through air conditioning is crucial for maintaining the quality of stored items and ensuring a comfortable working environment. Particularly in warehouses with vast spaces, achieving uniform temperature can be challenging, and the efficient operation of air conditioning becomes a significant issue. Inadequate temperature management can lead to the deterioration of stored items and a decrease in work efficiency. Our company proposes plans to visualize and reduce waste in air conditioning, allowing customers to achieve energy savings at low costs, thereby reducing running costs and CO2 emissions. 【Usage Scenarios】 - Achieving uniform temperature in large warehouse spaces - Maintaining the quality of stored items - Improving the comfort of the working environment 【Benefits of Implementation】 - Reduction of waste in air conditioning - Achieving energy-saving targets of approximately 10-30% - Reduction of running costs

In commercial facilities, efficient operation of zoned air conditioning is required to meet different air conditioning needs in various areas. It is especially important to reduce energy consumption while maintaining customer comfort. Improper air conditioning management can lead to unnecessary power consumption and decreased customer satisfaction. Our energy-saving air conditioning business visualizes the waste in air conditioning within your facilities based on data and identifies potential reductions, allowing us to propose an efficient energy-saving plan. 【Usage Scenarios】 - Commercial facilities such as stores, supermarkets, drugstores, and hotels - Temperature and humidity management by zone - Optimization of the balance between customer satisfaction and energy costs 【Benefits of Implementation】 - Reduction of running costs through the elimination of air conditioning waste - Decrease in CO2 emissions - Confirmation of objective energy-saving effects based on data

In the hotel industry, appropriate air conditioning management is always required to provide guests with a comfortable stay. However, fine-tuned air conditioning control that matches the occupancy of guest rooms is challenging, leading to the potential waste of energy due to air conditioning running when rooms are unoccupied. Additionally, if the accuracy of occupancy detection is low, it may compromise guest comfort. Our energy-saving air conditioning business contributes to reducing energy waste and lowering running costs while maintaining guest comfort through data-driven understanding of room occupancy and corresponding air conditioning control. 【Usage Scenarios】 - Automatic adjustment of air conditioning based on room occupancy - Air conditioning control based on the usage of common areas - Identification of potential reductions in energy consumption through "visualization" of energy usage 【Benefits of Implementation】 - Achievement of energy-saving targets for air conditioning of approximately 10-30% - Reduction of running costs - Decrease in CO2 emissions - Maintenance and improvement of guest comfort

Even with the same temperature setting on the air conditioner, the power consumption varies with the airflow, and this is explained in detail with illustrations.

Is the outdoor unit's operating sound an important sign? It is explained in detail with illustrations.

Is the outdoor unit's operating sound an important sign? It is explained in detail with illustrations.

Is the practice of reduced operation for energy-saving (power-saving) purposes really beneficial? This is explained in detail with illustrations.

Is the stop rotation operation of air conditioning units effective for energy saving? This is explained in detail with illustrations.

Is lowering the air conditioning set temperature also lowering the outlet temperature? This is explained in detail with illustrations.

We provide a detailed illustration of the maintenance obligations for commercial air conditioning units.

We have illustrated in detail the relationship between the air conditioning unit's set temperature and its power consumption.

We provide a detailed illustration on whether leaving the air conditioner on or turning it off is more energy-efficient.

We provide a detailed illustration of energy-saving air conditioning options that can be considered without equipment updates.

We provide a detailed illustration of the key points to consider when comparing and evaluating energy-saving air conditioning systems.

We provide a detailed illustration of how to visualize the waste of air conditioning.

We provide a detailed illustration of the causes of high electricity costs for air conditioning.

We provide a detailed illustration on why it is difficult to assess the effectiveness of air conditioning energy conservation.

It provides a detailed illustration of what can be seen about air conditioning with a current logger.

I have provided a detailed illustration on why the waste of air conditioning is a treasure trove, yet awareness does not seem to be directed towards it.

What is an air conditioner (AC)? It is explained in detail with illustrations.

We provide a detailed illustration of why air conditioners (ACs) are perceived to have high electricity costs.

It provides a detailed illustration of the relationship between the selection of air conditioning capacity and energy efficiency.

We provide a detailed illustration of the important maintenance that air conditioner (AC) users should perform.

If you feel that the performance of the commercial air conditioner is poor, we provide a detailed illustrated explanation.

We provide a detailed illustration of the causes of odors from commercial air conditioners.

We provide a detailed illustration explaining why the warm air stops during air conditioning heating.

We provide a detailed illustration about the timing for updating commercial air conditioners.

It provides a detailed illustration of what to do if a short circuit occurs in the air conditioning outdoor unit.