In many real HVAC and building automation projects, the limiting factor is not software or network capacity, but something much more basic: you simply run out of relay outputs where you need them most. The room-level version of this, including turning a 0–10 V fan signal into stepped relays, is in 5-stage relay control. A…
Andivi’s BACnet sensor range sets a new standard in precision for temperature, humidity, and CO2 monitoring, offering both Standard and Extra Precision models that significantly reduce measurement error and extend CO2 detection up to 5000 ppm. These sensors enable smarter HVAC management and energy savings by delivering needlepoint accuracy crucial for sensitive environments like hospitals, cleanrooms, and data centers[1].
The Alledio Room Unit looks like a room controller, functions as one today, and is marketed as one—but beneath the surface lies something far more interesting: a customizable room unit interface built on a flexible platform that can be reshaped for industries, applications, and use cases that have nothing to do with HVAC. Strip away…
Sensors for data acquisition are the quiet translators of the physical world: they turn temperature, humidity, air quality, pressure, and presence into clean, structured data that automation systems can actually use. When chosen well, sensors for data acquisition don’t just “measure stuff” — they create a dependable foundation for control, optimization, reporting, and troubleshooting across…
Buildings are where most of life happens—and where a surprising amount of energy disappears. Heating, cooling, ventilation, lighting, hot water: together they make buildings one of the biggest levers Europe can pull to cut emissions and reduce energy bills. In that sense, energy performance isn’t a niche technical metric; it’s a proxy for comfort, operating…
Andivi’s BACnet Temperature Humidity Sensor lineup offers breakthrough precision with enhanced accuracy—for temperature ±0.1 °C and humidity ±1 % RH—which enables tighter control in HVAC and industrial environments where every decimal counts for energy savings and operational efficiency. Designed for demanding applications like clean rooms, data centers, and pharmaceutical manufacturing, these sensors also feature easy smartphone-enabled setup and ISO9001/14001 certifications, underscoring Andivi’s commitment to quality and environmental responsibility.
STM32: A smarter class of microcontroller The STM32 family didn’t just join the embedded scene—it reframed it with a balance of performance, low power, and scalability across cores and peripherals. That breadth lets teams match the microcontroller to the mission without overengineering, from Cortex-M0 efficiency to Cortex-M7 horsepower. Think of STM32 as a modular toolkit where timers, ADC/DAC, DMA, and robust comms interfaces let firmware stay elegant…
Andivi’s BACnet PM2.5 Sensor upgrade enhances air quality monitoring by precisely detecting fine particulate matter (PM2.5) with a range up to 1000 µg/m³, while supporting modern building automation protocols like Modbus RS485, BACnet MS/TP, and BACnet IP for seamless integration into HVAC and industrial systems.
Andivi’s new BACnet CO2 sensor lineup delivers significantly higher accuracy and expanded measurement range, enhancing energy efficiency and comfort in HVAC and industrial applications. Featuring Automatic Self-Calibration and ISO certifications, these sensors reduce energy wastage by enabling precise environmental control, making them ideal for critical and performance-driven environments[1][3].
recxU9tKa32t393sg symbolizes Andivi’s expertise in ESP32 firmware development, offering advanced, secure, and efficient solutions from concept to production. Leveraging ESP32’s powerful dual-core processing, extensive peripherals, and wireless connectivity, Andivi delivers smart sensors and firmware tailored for IoT, industrial, and HVAC applications.