Sistema de supervisión de densidad Nanoenvi IAQ

de temperaturade presiónde humedad

Increase passenger satisfaction and reduce the risk of contagion with our professional solution for measuring indoor air quality in public transport.Improved comfort: Ensures a pleasant environment for passengers and staff.Safer environment: Reduces the risk of airborne transmission of viruses and pathogens.Real-time control: Continuous monitoring of air quality parameters.Automatic alerts: Immediate notifications when thresholds are exceeded.Easy installation: Plug and play solution, simple integration into vehicle fleets.Efficient ventilation: Integrable with HVAC systems to optimize energy use.Why monitor air quality in transport?In the passenger transport sector, where thousands of people spend time in enclosed spaces with often compromised ventilation (buses, metro cars, train stations, airport terminals), indoor air quality becomes a critical factor. The accumulation of pollutants not only affects comfort and health but also impacts the perception of safety and the reputation of the transport service.Main benefits:Greater safety and comfort: High occupancy leads to increased CO2 levels. Other pollutants such as particulate matter and volatile organic compounds (VOCs) from personal hygiene products can cause drowsiness, headaches, and a feeling of 'stale air', as well as increase the probability of virus transmission via aerosols. Optimizing ventilation creates a safer, fresher, and more pleasant environment, directly improving user satisfaction.Multiple advantages for vehicle fleets: Air quality data from each vehicle is received in real time on a single platform, allowing fleet managers to identify problems remotely, compare performance, and apply uniform ventilation policies. Adapting ventilation to actual occupancy reduces fuel consumption or increases autonomy in electric vehicles. Meeting air quality requirements in public tenders can also provide technical advantages.Parameters affecting air quality in passenger transport:Carbon Dioxide and Monoxide (CO2, CO): High levels cause drowsiness, headaches, and a perception of 'stale air'.Particulate Matter (PM): Dust, brake particles, and diesel smoke concentrate inside vehicles and stations, posing respiratory and cardiovascular risks.Volatile Organic Compounds (VOCs): Emitted by interior materials, cleaning products, and personal hygiene products, causing irritation and unpleasant odors.Temperature and Humidity: Directly impact passenger comfort. Avoiding stuffiness or dryness is key to user satisfaction.Certified IoT air quality sensor: The Nanoenvi IAQ smart monitor is accredited by the RESET Air Standard, certifying it as a precise and reliable indoor air quality measurement tool. It helps maintain a safe and healthy environment inside vehicles, stations, and passenger terminals.Make the invisible visible: The Nanoenvi IAQ monitoring system is designed for precise, continuous, real-time measurement of key indoor air quality parameters in transport, both in vehicle fleets and terminals. Its advanced IoT sensor technology detects invisible pollutants that directly affect occupant health and comfort.Accessible data for all users: Data collected by the air quality monitors is integrated into a multi-device, multi-user data visualization platform. Only an internet-connected device is needed to view real-time air quality. The platform allows for automatic alarm notifications and remote maintenance.Pioneers in public transport IAQ monitoring: The urban bus fleet of Lanzarote was the first in Spain to install monitoring systems for evaluating indoor air quality. Thanks to IoT sensors, real-time concentrations of CO2, CO, PM2.5, PM10, VOCs, temperature, humidity, and atmospheric pressure are measured.Frequently Asked Questions (FAQ):Why is it important to measure air quality in public transport? Air quality in enclosed spaces like buses, metro cars, or trains directly impacts the health and comfort of passengers and staff. Continuous monitoring reduces the risk of virus transmission, prevents drowsiness and the feeling of stale air, and improves the perception of safety and cleanliness.What parameters does the Nanoenvi IAQ sensor measure? Real-time monitoring of: CO2, CO, PM10, PM4, PM2.5, PM1, VOCs, temperature, relative humidity, and atmospheric pressure.How does it benefit a transport company? Optimizes ventilation systems according to real occupancy, saving fuel or increasing autonomy in electric vehicles. Personalized alerts and data monitoring enable preventive maintenance and cost savings. It also facilitates access to public tenders and improves user satisfaction and loyalty.Is installation complex? No, Nanoenvi IAQ is a plug and play solution, easy to install and integrate into vehicle fleets.How can the data be accessed? Data is viewed in real time via an online platform accessible from any device and for multiple users, allowing centralized control of all monitored vehicles.Technical Specifications / Features:Real-time monitoring of CO2, CO, PM10, PM4, PM2.5, PM1, VOCs, temperature, humidity, and atmospheric pressureCertified by RESET Air StandardIoT connectivity for remote data access and alarmsMulti-device, multi-user data platformPlug and play installationIntegrable with HVAC systems