ビーアイ Product Lineup

In schools, appropriate power management is required to continue educational activities. In particular, efficient power usage through remote control contributes to reducing operational costs. Inadequate power management can lead to unnecessary energy consumption, potentially straining operating expenses. Our energy-saving solutions optimize electricity consumption in schools and achieve cost reductions by combining EOS, COS, AECO, and LED lighting. 【Usage Scenarios】 - Lighting in classrooms, gymnasiums, libraries, etc. - Remote control of air conditioning systems - Monitoring of electricity usage across the entire school building 【Benefits of Implementation】 - Reduction in electricity costs - Improvement in energy efficiency - Enhanced operational efficiency through remote power management

• Other services

In the hospital industry, the operation of 24-hour medical equipment and air conditioning systems tends to lead to high electricity consumption. Reducing energy costs is a crucial issue for improving management efficiency. Our energy-saving solutions analyze the electricity consumption of hospitals in detail and propose optimal energy-saving measures. 【Usage Scenarios】 - Hospitals with a large number of medical devices - Hospitals with high electricity consumption from air conditioning systems - Hospitals considering updating their lighting systems 【Benefits of Implementation】 - Reduction in electricity bills - Environmental contribution through energy conservation - Management improvement through cost reduction

• Other services

In commercial facilities, the rising electricity costs have become a significant challenge. In particular, air conditioning systems and lighting consume a lot of power, making cost reduction urgent. Energy-saving measures are important not only for reducing operating costs but also for environmental considerations. Our energy-saving solutions address these challenges and contribute to improving your company's profits. 【Usage Scenarios】 - Optimization of overall electricity usage in commercial facilities - Reduction of electricity consumption in air conditioning systems - Cost reduction through the conversion of lighting systems to LED - Promotion of energy savings through centralized management of multiple stores 【Effects of Implementation】 - Cost reduction through up to 30% electricity savings - Reduction of environmental impact through the introduction of energy-efficient equipment - Enhancement of corporate image - Centralized management of electricity usage across multiple facilities

• Other services

In the data center industry, stable operation 24/7 is required, and high power consumption is a significant challenge. In particular, the power consumption of server cooling and air conditioning systems is a factor that pressures operational costs. Our energy-saving solutions address these challenges by optimizing power consumption and reducing costs. 【Usage Scenarios】 - Reduction of power usage in server rooms - Efficiency improvements in air conditioning systems - Energy-saving lighting systems 【Benefits of Implementation】 - Up to 30% reduction in power consumption - Significant reduction in operational costs - Decrease in environmental impact

• Other services

As factory automation progresses, an increase in power consumption is unavoidable. In particular, the operation of manufacturing lines and the use of air conditioning systems contribute to rising electricity costs. The increase in electricity costs can pressure profits and potentially lead to a decline in competitiveness. Our energy-saving solutions effectively reduce power consumption in response to these challenges. 【Usage Scenarios】 - Optimization of electricity usage in manufacturing lines - Improvement of power efficiency in air conditioning systems - Conversion of lighting systems to LED 【Benefits of Implementation】 - Up to 30% reduction in electricity consumption - Significant reduction in electricity bills - Enhanced corporate image through energy conservation

• Other services

Our energy-saving solutions utilize the latest technology and innovative approaches to achieve effective reductions in power consumption. 1. EOS (Energy Optimization System): A system specialized in optimizing power consumption. It collects energy usage data and identifies inefficient areas. 2. COS (Centralized Optimization System): A system that centralizes power management for multiple facilities. It achieves efficient power supply and balanced consumption. 3. AECO (Advanced Energy Control System): An advanced energy control system. It reduces consumption during peak times and enables efficient power management. 4. LED Lighting: Implementation of highly energy-efficient LED lighting. It is expected to reduce lighting costs and contribute to the environment. 5. Energy-saving Measures: Review of power usage and proposals for energy-saving equipment. It also addresses improvements in energy efficiency and reductions in unnecessary consumption. 6. Comprehensive Power Reduction Target of 30%: A comprehensive review of the customer's power consumption, setting a maximum energy-saving target of 30%. We provide support with specific improvement measures and optimization methods.

• Other services

In the food and beverage industry, it is essential to smoothly accept and accurately process customer orders. Especially during peak times, mistakes in taking orders or delays in operations can lead to a decrease in customer satisfaction. Our mobile arm secures the tablet in an optimal position, streamlining the ordering process. 【Usage Scenarios】 - Taking orders at table seats - Confirming orders at counter seats - Providing cooking instructions in the kitchen 【Benefits of Implementation】 - Reduction of order mistakes - Increased operational efficiency - Improvement in customer satisfaction

• Other services

In the agricultural sector, it is important to understand the growth conditions of crops and manage appropriate watering and fertilization. This is especially true when managing vast farmland or crops dispersed across multiple locations, where efficient monitoring is required. A monitoring system utilizing tablets enables remote information collection and contributes to improved work efficiency. A mobile arm supports monitoring tasks by installing the tablet and securing it in a visible position. 【Usage Scenarios】 - Monitoring of fields - Environmental monitoring inside greenhouses - Checking work records 【Benefits of Implementation】 - Real-time understanding of growth conditions - Improved work efficiency - Early detection of abnormalities

• Other services