Indoor air quality plays a crucial role in comfort, health, and productivity. However, traditional air measurement devices often fall short:
AiM solves all of these problems as a wireless, batteryless, and maintenance-free air quality monitoring solution.
AiM is engineered specifically for indoor air quality tracking. It:
Up to 15 AiM devices can connect to one display, within 20 meters.
AiM provides instant access to air quality data via mobile apps, web interface, or local display. Built for convenience and harsh environments:
With AiM, real-time indoor air quality monitoring is now possible — without wires, batteries, or hassle.
Description:
AiM is an indoor air quality measurement system developed by ESCOM-ES. It monitors Temperature, Humidity, Pressure, Air Quality and CO2 levels without battery and maintenance. With the receiver module, it is possible to monitor the data on the screen or via the web interface.
Temperature
Pressure
Humidity
CO2
Bt or LoRa
Depends on ambient light
+8dBm
Solar Cell
Discover the future of indoor air quality with AiM, ESCOM Enhanced Solutions' innovative, solar-powered monitoring solution. This state-of-the-art system effortlessly tracks temperature, humidity, pressure, air quality, and CO2 levels. Harnessing wireless technology and a built-in solar panel, AiM provides an eco-friendly, maintenance-free solution for comprehensive real-time air quality data. Designed for 24/7 use, AiM operates for up to a week in the dark when fully charged. Its intelligent low-energy level warning ensures you're always prepared, and an audible alert signals when CO2 levels reach a defined threshold, prioritizing occupant safety and well-being.
Air quality classification is a crucial aspect of environmental health and safety, providing a systematic approach to monitor and assess the condition of the air we breathe. These classifications are based on the concentration of different pollutants, such as CO2, particulate matter, and volatile organic compounds, among others. With devices like AiM, users can obtain real-time readings of these pollutants and understand the air quality in their indoor environment. An essential feature of AiM's air quality classification is the in-built automatic calibration routine for its CO2 sensor. This routine calibrates the sensor to a reading of 400 ppm, considered the lowest level in an approximately 8-hour period. This calibration requires the sensor to be in a well-ventilated environment at least once within that period. This approach ensures that readings are accurate and reliable, crucial for maintaining optimal indoor air quality. Accurate air quality classification is paramount for both personal and environmental health. High concentrations of pollutants can lead to adverse health effects and contribute to climate change. By utilizing the AiM air quality monitoring system, users can stay informed about their indoor air quality, enabling them to take necessary actions to maintain a healthy and comfortable environment. Thus, air quality classification serves as a guide to healthier living and a more sustainable world.
Click to view interactive 3D model
| Power Source | Solar Cell |
|---|---|
| Installed Sensors | Temperature, Pressure, Humidity, CO2 |
| Data Transmission | BLE or LoRa |
| Rf Transmission Power | +8dBm |
| Data Output | Temperature, Pressure, Humidity, Air Quality, CO2 |
| Operating Temperature | -40 to +85 °C |
| Weight | 52 grams |
| Dimension | 96x50 mm |
| Refund | 30 days |
| Warranty | 1 years |
| Customizable | Yes |
Wireless, batteryless, maintenance-free
It is designed for 7/24 operation.
Indicates Temperature-Humidity- CO2 levels.
It harvests energy with its built-in solar panel. Provides long-term use.
It works uninterrupted for 1 week even in the dark when maximum energy is stored.
It gives a warning at low energy level.
It gives an audible warning when the CO2 level reaches the threshold value.
Simple and portable using.
Thanks to the photovoltaic cell on it, it produces its own energy from the solar radiation falling on it in the environment it is in.
The generated energy is regulated by a DC/DC converter using the MPTT algorithm.
AiM is designed to monitor temperature, humidity, pressure, air quality, and CO2 levels wirelessly, without the need for batteries or maintenance. AiM features a built-in solar panel that harvests energy from ambient light, allowing it to operate efficiently and sustainably. With a receiver module, users can monitor the data on a screen or via a web interface, making it a versatile and convenient solution for maintaining optimal indoor air quality.
AiM uses a built-in solar panel with a photovoltaic cell to harvest energy from ambient light. The generated energy is regulated by a DC/DC converter using the MPTT algorithm, allowing it to operate without batteries or maintenance.
Yes, AiM can work uninterrupted for up to one week in the dark when maximum energy is stored. It also provides a low-energy level warning to alert users when energy reserves are running low.
AiM offers several advantages for monitoring indoor air quality:
- Wireless and maintenance-free operation.
- Energy-efficient solar-powered system.
- Comprehensive monitoring of temperature, humidity, pressure, air quality, and CO2 levels.
- Automatic calibration for accurate readings.
- Remote monitoring via a web interface or screen.
- Long-lasting operation even in low-light conditions.
AiM monitors temperature, humidity, pressure, air quality, and CO2 levels in indoor environments, providing comprehensive air quality insights.
The CO2 sensor features an automatic calibration routine that calibrates it to 400 ppm, which is the lowest reading in an approximately 8-hour period. To ensure accurate calibration, the sensor should be placed in a well-ventilated environment at least once during this period.
Yes, with the receiver module, you can monitor the data on the screen or via a web interface, giving you real-time access to your indoor air quality data from anywhere.
Besides the AiM sensor unit, you will need a receiver module to monitor the data. The receiver module can be connected to a screen or accessed via a web interface, enabling real-time monitoring of indoor air quality from anywhere.
AiM was developed for building managers, facility operators, and homeowners who need a reliable, sustainable, and maintenance-free solution for monitoring indoor air quality. It is ideal for use in offices, schools, hospitals, residential buildings, and other environments where maintaining optimal air quality is essential.
