Finding the Right LoRaWAN Smoke Detector
Wildfires cause devastation that makes headlines, with the situation continuing to worsen every year. Not only do wildfires cause enormous humanitarian and financial difficulties, but they also have a significant impact on the environment. Moreover, wildfires also destroy the lives of animals and plants and emit more than 30 tons of carbon per hectare. The total land that burns globally adds over 13 billion metric tons of extra carbon to the atmosphere in a year. Generally, wildfires are significant contributors to changes in climate.
Fire can start and spread out quickly in remote regions without anyone noticing. Traditional fire monitoring systems aren’t the best smoke detectors as they depend on ground-based cameras or images from satellites to alert local firefighters whenever they sense smoke or flames. Moreover, these traditional fire monitoring systems often take longer to detect smoke or flames.
The MOKOLoRa LoRaWAN Smoke detector is specially designed for remote real-time monitoring and reporting of the smoke’s status. Besides being ideal for demonstrating amenability, this detector enables the user to identify the deployed alarms not working. It is specially developed to report data packets to the user every 24 hours. The LoRaWAN Smoke detector from MOKOLoRa is the perfect solution for individuals willing to prevent the occurrence of fire within their buildings.
How a LoRaWAN Smoke Detector Works
MOKOLoRa LoRaWAN smoke detector enables real-time monitoring, connectivity, broadcasting, and extra functions such as geo-location. The sensors of a LoRaWAN smoke detection system are embedded with the LoRa technology to collect any data signs of smoke.
After data is collected, the sensors transmit the information to a LoRa based gateway. The gateway transfers data to a network server, where an application server analyzes the data collected. After the data is analyzed, the application server notifies property managers or emergency personnel through alerts on smoke sent via mobile devices or computers.
Applications of LoRaWAN Smoke Detector
The ideal complement to our smart building sensor range is the LoRaWAN smoke detector. It is specially designed with an electro-optical sensor that quickly detects smoke. The sensor makes a sound signal, a light alert, and transmits a message to the user via the LoRa data network whenever it senses smoke near its deployed position.
The most common applications of a LoRaWAN smoke detector are;
• Detecting smoke
• Generating an onside alert when it detects smoke
In the fire detection system, there are four major components. They include; sensors, gateways, internet servers, and end-users such as the municipal staff or the fire department. A star network topology is incorporated in the system to link the sensors and the gateways.
Most sensors in a LoRaWAN smoke detector system are evenly spread. They are linked to gateways to be capable of transferring data to the internet servers. The end-user can easily connect the sensors to the existing infrastructure whenever the local telegram providers give an open community LoRaWAN network.
Modules are used to control or monitor and power a circuit of the LoRaWAN smoke detector. They are essential in smoke detectors that must have a module to operate. The modules cut off the LoRaWAN smoke detector’s power and automatically reset the sensor whenever the fire alarm is cleared. This reset process is completed by temporarily cutting off power directed to the sensor. One module can be interfaced with multiple smoke detectors. Moreover, numerous smoke detectors can be configured to work and operate with the module on the same zone actively.
Our gateways rely on the conventional TCP/IP SSL network to link to the network server. The end-users using LoRa or FSK modulation depend on the LoRaWAN protocol to collect data from the gateways. Gateway’s primary role is to collect data from the various specks involved in detecting fire and linking them to the rest of the network. This process observes three different flows;
• Downlink flow – The router waits for the gateway near the device to be available after collecting downlink messages.
• Uplink flow – The router analyzes the uplink content for MAC payload and activations after receiving uplink messages from the gateways.
• Status messages – The router tracks the active gateways using these status messages.
Comparison between LoRaWAN and other IoT Technology Protocols used in Smoke Detection
Below is a table that compares LoRaWAN with other IoT technology protocols, including Wi-Fi, SigFox, ZigBee, and NB-IoT.
|2.4 GHz and 5GHz||868 MHz (EU);|
|Depends on the frequency licensed to LTE|
|22 kbps (LoRa)|
|2.4Gbps (IEEE802.11ax,2streams with 1024 QAM)||250kbps at 2.4 GHz,|
20kbps at 868 MHz,
40kbps at 915MHz
|100 bps||10 Mbps|
|50 m (indoor),|
40 km (outdoor)
|10–100 m||10 km (urban),|
40 km (rural)
LoRaWAN is the best protocol to use in smoke detectors as it offers a low bit rate, long-range, and consumes low power. The other suitable solutions, i.e., Wi-Fi, ZigBee, and SigFox, are based on short-range technologies; hence they are inadequate for use in long-range environments. Moreover, LoRaWAN has an open protocol, and it permits the deployment of its cheap network, not like SigFox that relies on the operator’s coverage.
Main Features of the LoRa Wireless RF Technology
a) Long-range – Infiltrates in both compact urban and deep door settings. In rural areas, it can link sensors that are 15-30 miles away.
b) Low power – Consumes low energy as it has a multi-year battery lifetime of more than 20 years.
c) Low cost – Minimizes the investments of upfront infrastructure plus the costs of operations and end-nodes.
d) High capacity – Every of its base station supports thousands of messages.
e) Standardized – Its specification allows interoperability among use cases, telecom operators, and providers of IoT solutions.
f) Geo-location – Allows easy tracking use cases without GPS or extra power consumption.
g) Secure – It provides optimal privacy and protection since it is embedded with end-to-end AES-128 data encryption.
Why Choose MOKOLoRa’s LoRAWAN Smoke Detector
Below are the benefits of MOKOLoRa’s LoRaWAN smoke detector,
a) No interruption – Our smoke detector offer early warning with any downtime by real-time monitoring, thus playing a significant role in preventing substantial damages.
b) Advanced technology – MOKOLoRa’s LoRaWAN smoke detector is built with the latest cutting-edge technology. They are cheap to purchase and are designed to support up to several kilometres.
c) Integrated measurement & alarm – It is an effective solution that integrates temperature information and notices into various outer control and monitoring systems
d) Faster time response – They allow a quicker response as they are built to transmit property status to the users in real-time.
e) Longer battery time – Our LoRaWAN smoke detector is easy to set up, and their batteries can last more than 20 years as they use low-power operations.
f) Reliable RF communication – Offers a consistent RF communication connection between the LoRaWAN based network and the sensing infrastructure.
MOKOLoRa Solutions to Combat Climate Change
IoT solutions have been identified as the potential keys that can help slow the negative course of climate change. MOKOLoRa is leading in the active role of offering IoT solutions aligned with international standards for protecting the climate. Some of the IoT solutions that can help combat climate changes from MOKOLoRa are;
a) IoT in agriculture
b) Cold chain solutions
c) Indoor GPS solutions
d) EV charging solutions
Find your IoT Solution from MOKOLoRa’s LoRa Ecosystem. Our technical sales team is dedicated to advising customers on the best LoRaWAN fire detection system for their exact use cases based on personal projects. Our products are available for purchase to all our customers globally.
Please feel free to contact our technical sales team for any inquiries regarding our products, shipping costs, and lead times.