Comprehensive Power Diagnosis for Automobile Factories
Comprehensive Power Diagnosis of the Factory
We will visualize the electricity costs of the automobile factory and promote energy conservation.
In the automotive industry, factories use a significant amount of electricity for production line operations, air conditioning, lighting, and more. Energy conservation is an important issue not only for cost reduction but also for reducing environmental impact. It is essential to understand where and how much electricity is being consumed and to implement improvement measures. Our "Comprehensive Factory Power Diagnosis" thoroughly analyzes the overall electricity usage of the factory and supports the first steps toward energy conservation. 【Usage Scenarios】 - Automotive factory production lines - Painting booths - Air conditioning systems - Lighting systems 【Benefits of Implementation】 - Visualization of electricity usage - Identification of energy-saving opportunities - Potential for reducing electricity costs - Clarification of improvement priorities
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basic information
【Features】 - Detailed analysis of overall power usage in the factory - Acquisition of power data for 2 weeks to 3 months - Analysis of power usage breakdown, load fluctuations, and demand trends - Visualization of reduction potential and improvement priorities - Estimation of payback period for investments 【Our Strengths】 - Expertise in energy-saving technologies for refrigeration and air conditioning systems - Improvement proposals utilizing existing equipment - Provision of high return on investment solutions
Price information
Basic Diagnosis: 198,000 yen (excluding tax). For a factory with an annual electricity cost of 20 million yen, a 1% improvement can save 200,000 yen. Standard Diagnosis: 580,000 yen (excluding tax). For a factory with an annual electricity cost of 20 million yen, a 2.9% improvement can be recovered. Premium Diagnosis: 980,000 yen (excluding tax). For a factory with an annual electricity cost of 30 million yen, a 3.3% improvement can be recovered. The cost of updating one refrigeration unit is between 15 million and 30 million yen. Before that, why not understand the "overall structure of wasted electricity" for 980,000 yen?
Price range
P4
Delivery Time
P4
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Applications/Examples of results
There are achievements from 13 companies, including food manufacturing factories and meat processing centers. Feedback from factory managers and energy-saving managers indicated that they seemed to know the proportion of electricity used by power equipment such as refrigeration units, chillers, compressors, conveyor belts, and processing machinery, but they actually did not. It was also revealed that large power equipment does not consume a significant amount of electricity depending on operating hours and seasonal variations, which helps in understanding the priority for energy-saving measures, allowing for effective strategies to be implemented and cost-effective energy-saving initiatives to be undertaken.
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Company information
Reduce electricity costs without replacing your freezer. We are an energy-saving technology manufacturer specializing in "electricity cost reduction" for freezers and air conditioning units in food factories. "Rising electricity costs" and "earthquake risks." Aim Co., Ltd. reduces corporate management risks from both equipment and building perspectives. We have developed our own energy-saving devices such as "Riduck," which improves the mechanical efficiency of commercial freezers and air conditioning units, the wall reinforcement material "Kabetsuyoshi Series" for wooden houses, and the seismic diagnosis software "Mokutai Hakase N." We provide high return on investment solutions through improvement proposals that utilize existing equipment.
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