Introduction to Energy Efficiency

Accurately monitoring occupancy levels is essential for optimizing energy usage and maintaining occupant comfort. Adjusting HVAC and lighting systems based on real-time data reduces waste and enhances operational efficiency. In environments like offices, retail areas, and event venues, understanding foot traffic patterns supports better space planning and resource allocation.

An advanced people counting sensor uses AI-powered algorithms to achieve high recognition accuracy while processing data locally. Only anonymous occupancy counts are transmitted, ensuring personal privacy is protected. With customizable detection regions, it allows precise monitoring of specific areas, enabling dynamic adjustments to environmental controls for optimized energy usage and enhanced occupant comfort.

Detecting whether a space is occupied and measuring brightness levels helps avoid energy waste and maintain optimal lighting. This is particularly valuable in offices, meeting rooms, or residential spaces where energy consumption can be fine-tuned.

A sensor that detects motion and brightness ensures systems like HVAC and lighting operate only when needed. It dynamically adjusts lighting based on ambient brightness and occupancy, reducing energy waste while maintaining a comfortable and efficient environment.

Fan coil units regulate room temperatures and are integral to HVAC efficiency. Proper monitoring ensures they operate as intended, maintaining comfort while minimizing energy consumption.

The Fan Coil Thermostat (FCT) is LoRaWAN device for 2- and 4-pipe Fan Coil Units, accommodating 3-speed or ECM fans. Ideal for building retrofitting, it enhances energy efficiency and reduces heating/cooling expenses significantly. With its 4.2” e-ink fast refresh display it allows the end-users to change the target temperature and see current indoor conditions. Its fully open and transparent communication protocol allows seamless integration into different systems.

Radiators are a major energy consumer in heating systems. Monitoring and controlling their performance ensures efficient heat distribution and prevents energy waste.

Smart Radiator Thermostat is tailored specifically to improve energy efficiency, achieve substantial cost savings and reduce the CO2 footprint within all types of buildings through its remote temperature control capabilities and innovative data analytics. With seamless integration into various heating systems, the device has 99% compatibility ensuring effortless installation.

Balancing temperature and humidity is key to maintaining comfort and energy efficiency. Unbalanced conditions can lead to overcooling or overheating, wasting energy.

The HT sensor is a LoRaWAN® Class A End-device with a battery life of up to 10 years, the longest available on the market. Equipped with built-in temperature and humidity sensors, it enables real-time tracking of the indoor environment and collects historical data for seamless sustainability reporting. Measuring 80 x 80 x 19mm and weighing just 60 grams, the HT sensor is small, discreet, and easy to mount. Installation is straightforward, with a few simple steps, a status button, and an LED light indicator for easy setup and connection.

Remote control of devices prevents energy waste and provides flexibility. It ensures systems are only powered when needed, reducing unnecessary electricity use.

A smart switch allows any common devices to be turned on/ off remotely, integrating seamlessly with IoT systems for automation. This ensures efficient energy management and supports operational convenience.