Description
ATORAA’s Desk Occupancy Sensor (A9-ODS) offers the possibility of detecting the occupancy of a workplace or
desk and transmitting this information wirelessly in accordance with the EnOcean radio standard. Desk Occupancy Sensor is powered by an
internal CR2032 battery. The service life is at least 5 years until the battery is replaced. Desk Occupancy Sensor is mounted on the table surface
using the enclosed double-sided adhesive pad. The EEP (EnOcean Equipment Profile) A5-07-01 is used. The evaluation
is configured using the integrated service button and the green LED as feedback.
Features & Benefits
- Wirelessly detects workplace occupancy using the EnOcean radio standard
- Powered by a long-lasting CR2032 battery (5+ years), it mounts easily with an adhesive pad
- Featuring a service button and LED feedback, it ensures seamless integration for smart office environments
1. Optimizing Space Utilization:
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Real-time desk availability: Sensors provide up-to-date information on which desks are occupied and which are vacant, allowing employees to quickly find available workspaces, especially in hot-desking or hybrid work environments.
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Informed space planning: By analyzing desk occupancy patterns, facility managers can make data-driven decisions about office layout, potentially identifying underutilized areas and optimizing space allocation.
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Reduced real estate costs: Understanding how desks are used can help companies optimize their office space, potentially leading to reduced square footage requirements and lower associated costs.
2. Improving Employee Experience:
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Easier desk booking: In some cases, occupancy data can be integrated with desk booking systems, allowing for more accurate and efficient desk reservations.
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Improved workspace management: Employees can easily locate available desks, reducing time spent searching and improving overall workplace efficiency.
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Enhanced cleaning and maintenance: Desk Occupancy Sensor can help identify which desks are frequently used, allowing for targeted cleaning and maintenance efforts, ensuring a healthier and more comfortable work environment.
3. Energy Efficiency and Cost Savings:
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Optimized HVAC and lighting: By knowing which areas are occupied, HVAC systems and lighting can be adjusted accordingly, potentially reducing energy consumption and lowering utility costs.
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Reduced energy waste: Sensors can help identify areas that are rarely used, allowing for potential repurposing or elimination of underutilized spaces, leading to further energy savings.
4. Data-Driven Decision Making:
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Understanding usage patterns: Occupancy data provides valuable insights into how desks are used, including peak usage times, days of the week, and specific desk usage patterns.
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Informed decisions on renovations and furniture upgrades: Analyzing desk usage data can help determine the need for furniture upgrades or renovations in specific areas, ensuring that the office space is well-equipped to support employee needs
