ELSYS | ERS Eco CO2

Key features highlights :

• Temperature, humidity, and CO2 sensor
• Powered by an organic indoor solar cell
• Enclosure made from biodegradable material
• Wireless and battery-free
• Lasts up to 30 days in the dark
• Self-adapting feature

Description :

The ERS Eco CO2 sensor is designed to provide long-lasting performance and energy efficiency. With a battery life of up to 30 days in dark conditions, the sensor ensures reliable monitoring of carbon dioxide (CO2) levels in various environments.

To optimize power consumption and network efficiency, the sensor incorporates a self-adapting feature. This intelligent capability adjusts the transmission rate based on the measured data. If the CO2 levels remain unchanged, the sensor will automatically reduce the frequency of data transmission, resulting in lower current consumption, reduced network load, and minimized redundant data transmission.

By dynamically adapting its transmission rate, the ERS Eco CO2 sensor optimizes battery life and network resources without compromising the accuracy and relevance of the collected data. This feature is especially beneficial in scenarios where CO2 levels remain stable over extended periods, such as well-ventilated spaces or controlled environments.

The ERS Eco CO2 sensor's energy-efficient design and self-adapting feature make it an ideal choice for long-term monitoring applications. It ensures continuous data collection while maximizing battery life and minimizing unnecessary data transmission, providing an efficient and cost-effective solution for CO2 monitoring in various settings, including offices, schools, hospitals, and indoor public spaces.

It can last up to 30 days in the dark depending on the sample interval, transmit interval, data rate, and environmental factors. It can be used with a self-adapting feature that will result in lower current consumption, lower network load, and less redundant data sent. With the feature activated, the sensor will adapt the transmission rate if the measured data is unchanged.

Use cases:

1. Indoor Air Quality Monitoring: The sensor enables continuous monitoring of CO2 levels in indoor environments such as offices, schools, and commercial buildings. It helps assess ventilation effectiveness, identify areas with poor air quality, and implement necessary measures for improved indoor air quality.

2. Energy Management: By monitoring CO2 levels, the sensor aids in optimizing energy consumption in buildings. It can be integrated into energy management systems to provide real-time data for demand-controlled ventilation, allowing for efficient use of heating, ventilation, and air conditioning (HVAC) systems.

3. Workplace Safety: High levels of CO2 can indicate inadequate ventilation, posing health risks to occupants. The sensor helps maintain a safe working environment by providing alerts when CO2 levels exceed predefined thresholds, allowing prompt actions to be taken to mitigate potential health hazards.