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<p>Smart Utilities are key players in the dynamic of energy transition. By modernising their facilities, they can optimise resource consumption and infrastructure use. The resources and exemplary approach adopted in this sector in particular, together with the IoT, will play a differentiating role in a highly competitive market.</p>

Smart Utilities are key players in the dynamic of energy transition. By modernising their facilities, they can optimise resource consumption and infrastructure use. The resources and exemplary approach adopted in this sector in particular, together with the IoT, will play a key differentiating role in a highly competitive market.

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<h5 id="tw-target-text" class="tw-data-text tw-text-large XcVN5d tw-ta" dir="ltr" data-placeholder="Traduction"><span class="Y2IQFc" lang="en" style="font-size: 12pt; color: #ecf0f1;">Food sovereignty, the need for traceability and environmental challenges are at the heart of the challenges of Smart Agriculture. Precision agriculture and robotics can promote a more sustainable and fairer use of resources: inputs, water, energy ... at the service of European agriculture.</span></h5>
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Food sovereignty, the need for traceability and environmental challenges are at the heart of the challenges of Smart Agriculture. Precision agriculture and robotics can promote a more sustainable and fairer use of resources: inputs, water, energy ... at the service of European agriculture.

<h5><span style="font-size: 12pt; color: #ecf0f1;">Buildings and their construction together account for 36 percent of global energy use and 39 percent of energy-related carbon dioxide emissions annually, according to the Uninated Nations Environment Program.&nbsp;</span><br /><br /><span class="Y2IQFc" lang="en" style="font-size: 12pt; color: #ecf0f1;">Energy consumption is therefore one of the major challenges of Smart Building. Also, optimizing the resources used involves opening up building management systems, while placing user comfort at the center of service design.</span><br /><br /><span style="font-size: 12pt; color: #ecf0f1;">&nbsp;</span></h5>

Buildings and their construction together account for 36 percent of global energy use and 39 percent of energy-related carbon dioxide emissions annually, according to the United Nations Environment Program.   Energy consumption is therefore one of the major challenges of Smart Building. Also, optimizing the resources used involves opening up building management systems, while placing user comfort at the center of service design.   

<h5 id="tw-target-text" class="tw-data-text tw-text-large XcVN5d tw-ta" dir="ltr" data-placeholder="Traduction"><span class="Y2IQFc" lang="en" style="color: #ecf0f1;"><span style="font-size: 12pt;">Smart Cities call on powerful tools to improve the lives of fellow citizens, optimize the consumption of resources and enhance the attractiveness of their territory. These challenges are largely served by regulatory changes such as the law for energy transition or the decree in order to improve the energy performance of buildings</span>.</span></h5>

Smart Cities call on powerful tools to improve the lives of fellow citizens, optimize the consumption of resources and enhance the attractiveness of their territory. These challenges are largely served by regulatory changes such as the law for energy transition or the decree in order to improve the energy performance of buildings.

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<h5 id="tw-target-text" class="tw-data-text tw-text-large XcVN5d tw-ta" dir="ltr" data-placeholder="Traduction"><span class="Y2IQFc" lang="en" style="font-size: 12pt; color: #ecf0f1;">Industry 4.0 provides solutions around major challenges: boosting industry offers and services, optimizing production, securing industrial systems, streamlining logistics, facilitating the work of agents. Thus, more than ever, the IoT can be a link between machines and software solutions to improve team work and performance.</span></h5>
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Industry 4.0 provides solutions around major challenges: boosting industry offers and services, optimizing production, securing industrial systems, streamlining logistics, facilitating the work of agents. Thus, more than ever, the IoT can be a link between machines and software solutions to improve team work and performance.

Decentlab

Texas Instruments

Decentlab’s indoor ambiance monitor continuously measures carbon dioxide (CO 2 ) concentration, volatile organic compounds (VOC), temperature, humidity, barometric pressure, ambient light and motion / presence. These data allow to quantify the air quality, temperature and illumination (ambiance) in offices, class rooms, hospitals, stores or malls. These data also indicate the presence of people and how they move in a room. This allows to efficiently control heating, ventilation, air conditioning (HVAC) and illumination corresponding to the actual situation in a specific room.
Sensor data are transmitted in real-time using LoRaWAN ® radio technology. LoRaWAN ® enables encrypted radio transmissions over long distances while consuming very little power. The user can obtain sensor data through Decentlab’s data storage and visualization system, or through the user's own infrastructure. Visit www.decentlab.com for more information about Decentlab's data cloud service.

Applications
- Indoor air quality monitoring in offices, class rooms, hospitals, stores or malls
- Office occupancy monitoring
- Motion / activity monitoring of people in a room
- Heating, ventilation and air conditioning (HVAC) control: for good indoor air quality and energy savings
- Process yield and economic efficiency: e.g. in greenhouses, mushroom farming, food packaging, transportation/storage, chicken hatcheries and incubators.
- Personal safety: in confined spaces where combustion is present or gas leakage could
occur such as garages, tunnels, public bars, restaurants or burners

DL-IAM-rf-exposure-compliance-assessment - indoor-ambiance-monitor-1536587946

DE.19.010.R02 Decentlab DL-IAM-certificate - indoor-ambiance-monitor-1536587946

DE.19.010.F02 Decentlab DL-IAM-certificate - indoor-ambiance-monitor-1536587946

Decentlab-configuration-interfaces-v160 - indoor-ambiance-monitor-1536587946

Decentlab-DL-IAM-datasheet - indoor-ambiance-monitor-1536587946

Assessement - Decentlab - IAM - indoor-ambiance-monitor-1536587946

FR_Guide_installation_Qualite_AIR INTERIEUR_DL-IAM_V1.3 - indoor-ambiance-monitor-1536587946

Semtech

Indoor Ambiance Monitor

Le "indoor ambiance monitor" de Decentlab est un capteur qui mesure la concentration de dioxyde de carbone (CO2), les composés organiques volatils (COV), la température, l'humidité, la pression barométrique, la lumière ambiante ainsi que les mouvements. 

Les données des capteurs sont transmises en temps réel grâce à la technologie radio LoRaWAN®. Ce qui permet la transmission radio cryptée sur de longues distances tout en consommant très peu d'énergie.
L'utilisateur peut obtenir des données de capteur via le système de stockage et de visualisation de données de Decentlab, ou via sa propre infrastructure.

Indoor Ambiance Monitor

Product description

Use cases

Technical specifications

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