The Top Benefits of IoT-Based Temperaturing Systems – What are they? If you are considering implementing a temperature monitoring solution, you need to know that this technology has several benefits for your business. It can increase operational efficiency, optimize yield, save resources, and increase comfort, to name a few. But before you begin installing an IoT-based solution, make sure to check these features first.
Here Are The The Top Benefits of IoT-Based Temperature Monitoring Systems
Improve operational efficiency
IoT-based temperature monitoring systems allow facility managers to access real-time data about temperatures and other environmental parameters. With the information at their fingertips, facilities can determine whether their equipment is performing at its optimal level. Not only do they improve occupant comfort and product quality, but they can also increase work productivity and identify areas that need staff training. In this article, we’ll explore the benefits of IoT-based temperature monitoring systems and how they can help improve your warehouse’s operational efficiency.
One example of how temperature-monitoring systems can improve operational efficiency is when the supply chain is complex. Many perishable products must be transported at sub-zero temperatures. Changes in the environment can have a negative impact on product quality. Because of this, manufacturers and distributors create special containers to maintain an environment that is appropriate for the product. Temperature monitoring sensors placed on trailers and other equipment improve the cold supply chain by minimizing human error.
Increase yields
IoT temperature monitoring is important in many industries. For example, food service organizations spend up to 28 percent of their revenue on pre-consumer food waste. That doesn’t include the costs of downtime. IoT temperature monitoring can also help with regulatory compliance. For example, certain temperatures promote legionella growth, and employers must ensure they are keeping the environment at the bare minimum. Automated temperature checks can help with this, as can wireless sensors that monitor flushing of pipes. An example of this is a client who saved 2900 kilograms of carbon per building, and reduced monitoring time by 81%.
The first test of the DSS system was conducted over 4 months using expert farmers to gather information and develop an algorithm. After that, the device was placed in a small plastic box under the solar panel. The sensors were able to detect extreme temperatures, including a summer temperature of 52 degC. The data collected by these sensors is then sent to the cloud analytics platform service ThingSpeak.
Save resources
When it comes to supply chain, a critical factor in product quality is temperature. Changing temperatures and humidity can affect the quality of products, and companies have been developing special containers that can help them maintain the proper temperature for their products. Fortunately, temperature monitoring systems help track environmental parameters of these trailers to increase transparency in the cold chain. With this type of system, warehouse managers can monitor environmental parameters and save resources by reducing the need for manual inspections.
An Infogrid system uses smart IoT thermometers to feed real-time temperatures to a centralized dashboard. This eliminates manual temperature monitoring, allowing for accurate information to be accessed remotely. This type of system is useful for temperature control in large buildings, as employee productivity is heavily impacted by temperature. On average, workers perform at a lower level when it’s hot and suffer from high heat, according to one recent study.
Improve comfort
Temperature monitoring systems have become an important asset to companies and buildings. Unlike old-fashioned thermometers, these systems can be set up to monitor a wide variety of environmental parameters. For example, the COVID-19 virus can survive for 28 days in a freezing environment, but only a few hours in temperatures that reach 40oC. Temperature can also have a significant impact on mould growth and employee wellbeing. Temperature sensors can help you monitor all these parameters and provide better workplace comfort.
One of the advantages of an IoT temperature monitoring system is its ability to improve the overall health and comfort of people living in a building. By using sensors and advanced analytics, these systems are capable of improving prediction accuracy, as well as reducing unplanned downtime. The IoT-based temperature monitoring system also provides remote operation, which means that personnel no longer need to visit the location to check the temperature.
Improve health
Using an IoT-based temperature monitoring system can help you improve the overall comfort level of a healthcare facility and its patients. This type of system utilizes sensors to monitor temperatures remotely and provide data that can be analyzed by advanced analytics. It can improve overall comfort and health by reducing the need for personnel to physically visit the facility. It also helps reduce costs by providing visibility into the cold supply chain.
This type of system is highly reliable, saving you time and money on manual monitoring. The system also helps you comply with regulations, such as the COVID-19 virus, which can survive for up to 28 days in cold temperatures but only a few hours in 40oC. By monitoring temperature in a building, you can prevent mould from growing, and improve the wellbeing of your employees. Temperature sensors can also help you keep track of other environmental parameters, such as the humidity levels in the building.
