In the evolving technology world, the idea of interconnecting and intelligent manufacturing is gaining ground. Understanding the economic growth impact of IoT most professionals and investors are adopting the technological revolution.

A statically report states that in the year 2020 amount spend globally on the Internet of things(IoT) is around $840 billion if it maintains the 12.6% year-over-year compound annual growth rate. It is clear that a huge part of this expenditure is spent on the introduction of IoT by most of the industry including manufacturing. Thus already been proven that the revolution of IIoT in the manufacturing industry has begun in the form of connecting machine-to-machine communication, creating security of preventive maintenance, and generating reports with big data analytics.

What is Smart Factory?

A smart factory is the digital transformation of the manufacturing industry providing facilities like connecting devices & machinery with smart sensors and maintaining the production system by continuously collecting and sharing data. Using this data, the organizations can take decisions in improving the business processes and also address any problems that may arise.

The smart manufacturing practice handled by smart factories is enabled by various technologies like the industrial internet of things(IIoT), artificial intelligence, big data analytics, and cloud computing. The smart factory connects both the digital and physical world to monitor complete production processes to individual performance like tracking the operations of persons on the shop floor.

Key Principles of Smart Factory:

The main principles of the smart factory and the future of the manufacturing industry are connectivity along with data analytics & diagnostics which leads to fewer shutdowns, improved processes, and optimized facilities.

A smart factory is basically being enabled with the latest technologies to improve processes.

Using the latest technologies like IoT and artificial intelligence the smart factory can be more responsive, and predictive and also encourages the available resources to be cost-effective and efficient manufacturing.

Creating a Smart Factory:

Though the digital transformation of a factory to be smart is expensive, it can make fast and effective changes in your business process without replacing every machine in the manufacturing chain.

Complete access to the manufacturing chain and identify important parts to be changed, quickly make changes to see the difference in the entire process. Analyzing the key areas will support with information to plan the next improvement processes.

The analysis should be among the diverse team including every specialist from different areas of the business. The more involved workforce in the analysis will generate the most effective changes in the process. And also ensure training for employees on any new equipment so they feel comfortable using it. The smart factory can reduce the workforce and also supports them with a facility like monitoring systems, collecting data, and action improvements, inspection, or repairs.

The Internet of Things (IoT) has evolved drastically over the last decade and increasingly pervaded domestic and industrial spaces. However, there are security risks also associated, arising out of this proliferation of IoT applications, particularly in Industrial IoT (IIoT).

IIoT refers to industrial devices connected to network via the cloud platform, belonging to various equipment in a manufacturing plant, or individual machines, or down to small sensors at various sites. These sensors form the edge of the IoT platform, which collect data on various parameters for performance or efficiency, or any other requirement, which is then sent to a centralised source.

As IIoT applications work through the internet, it is subject to risks attributed to the internet, such as cyber security compromise, hacking, outage, etc. Here we can look at some of the key risks associated with the IIoT system.

Device hijacking

This risk can happen when the endpoint or sensor is hijacked by hackers. Depending on the intelligence of the sensor and its numbers, it can suffer data breaches caused by hacking. This can be prevented by updating hardware and software components, or by using a VPN solution.

Data siphoning

Hackers can evesdrop on your network traffic by attacking the endpoint devices. If they gain access they can siphon off protected information or sensitive data. Adopting a security policy to ensure all transmitted data is encrypted sufficiently is advisable.

Denial of Service attacks

When the network is flooded with traffic the endpoint devices cannot handle the overload. This kind of risk is called denial-of-service attack. One way to avoid this kind of risk is to protect your connection with a firewall.

Data breaches

With increased IIoT deployment across industries, and also sharing the same internet connection, the chances for cyber attacker to find cracks to breach the system is increasing. The lack of network segmentation can be disastrous. Additionally, the presence of insecure technologies of legacy systems, help hackers to breach the network of larger corporates, by attacking from this point. It is important to secure the devices with hardware based VPN connection with continuous rea-time monitoring and analysis of the system.

Physical theft of devices

If sensitive information is stored in in the endpoint devices, in the event of the device being stolen physically, it becomes a security risk for any organisation. Arrangement should be made to ensure devices are protected and not allowed to store sensitive data on endpoint devices, owing to increasing cyberattacks. To minimise the risk of theft, critical data should be transmitted and stored on secured cloud-based infra in real-time.

Device spoofing

A spoofing attack is when the hacker disguises as a trusted device in the network and sends information between the endpoint device and to centralised network. They can send wrong or false information or data to alter or compromise a process. It should be addressed using a security solution that is hardware based.

Trinetra offers such secured remote monitoring system and other customised IoT solutions for clients. Trinetra T-sense possesses the expertise and experience, gained by IIoT projects delivered. Kindly browse our site for more details regarding our tech-driven solutions. You can also fill and submit the enquiry form online, or just email a request and our executives will contact you.

The air compressor is widely used in various segments of industry and manufacturing as an important facilitator in industrial automation. It finds application in textiles, automobile, ship building, steel, aerospace and many other sectors. To run air compressors there are lot of trouble shooting, repairs and maintenance involved. This implies risks of downtime and faults that can cause losses to the company. So, traditionally engineers inspect and check each equipment which incurs costs.

The use of Air Compressor Monitoring System

Logically to ensure normal long-term operation air compressors need preventive maintenance. This is where a remote air compressor monitoring system solution is needed. However, remote monitoring of air compressors is now available with help of IoT technology. All the critical parameters that need to be monitored can be done with sensors fitted on the equipment, which when connected wirelessly to a network or the internet, can generate/capture data in real-time. The IoT-based remote monitoring and diagnostics solution is capable of identifying faults and trigger alerts and notifications to the concerned managers or stakeholders.

The IoT-based remote asset monitoring system can use the data in hand to determine a number of factors that ensure the smooth trouble-free running of air compressors on the site, or at various locations. This asset monitoring software is not only able to support preventive maintenance but also predictive maintenance thanks to data analytics and data insights gained. The monitoring system ensures high performance, reliability and security for running a group or series of air compressors that can be interconnected. Parameters such as, temperature, air pressure, humidity (condensation), power consumption and running time can all be monitored using the application hosted on the IoT platform.

Practical Advantages of the IoT based System

Data from the sensors including warning codes and fault codes can be collected and sent to the cloud for storage and for later use by the remote air compressor management system that maintains and monitors the equipment on site centrally and remotely. The monitoring system can be accessed both on the web and on a customized mobile app, literally from anywhere at any time. Users with access can view status of operation, of alerts, of faults of the connected air compressors. The Air compressor remote monitoring system cuts down time of troubleshooting, increases operational efficiency, improves service, lowers cost of maintenance and communication over time.

Trinetra offers such an air compressor remote monitoring system and other customised IoT solutions, as it is possessing the expertise and experience gained in IIoT projects. Kindly browse our site for more details regarding our tech-driven solutions. You can also fill and submit the enquiry form online, or just email a request and our team will contact you.

Internet of things (IoT) is considered to be a hot trend among every business for the past five years and also in the next five years, it is expected to bring more IoT capabilities, allowing us to collect a significant amount of data that helps to develop our businesses, households, and facilities.

At present digital era sensors and connectivity have become smaller and cheaper. The growth of IoT utilization in the cleaning industry, connecting various cleaning equipment and landscaping is enormous. The IoT in the cleaning industry reduces the workload using sensors and gathers more informational data to improve performance.

Read more to know about how Trinetra Tsense’s are using IoT applications to provide innovative solutions to the cleaning industry to overcome their cleaning problems.

Waste and Recycling:

Overflowing garbage bins are unpleasant and awful.  Sometimes they can also cause hazards and eyesores. Even one big thrash can become over capacity for a bin and ruin the overall customer experience. To overcome this problem Trinetra Tsense provides smart waste and recollecting system deployments in the cleaning industry that allows them to collect performance reports with a history of information. Using these analytical reports cleaning professionals can fullness status and which bins require frequent collections.  It also reduces labor costs associated with checking, emptying, and recycling waste which can enhance productivity.

Smart Restroom:

The IoT provides the same support for the smart restrooms as the IoT smart waste and recycling application system. It is called a smart restroom management system that can provide real-time information about the restrooms.

Along with dispenser status and usage reports it also gives alert notifications on trash overflows or low supplies that require immediate attention. It provides historical usage data and performance reports that help to understand particular restroom needs and implement solutions to create a clean environment for users.

Equipment Fleet Management:

Internet of Things provides equipment management trackers that encourage the cleaning professional to monitor and manage the entire fleet of cleaning devices easily from anywhere.

Similar to the smart restroom and waste collecting system the application allows the cleaning professional to manage and monitor the entire fleet of cleaning devices effectively and supports preventive maintenance.

Understanding the future of IoT many cleaning industries are adapting themselves to this technological evolution. Trinetra Tsense has hand on experience in supporting the cleaning industry to implement smart IoT solutions for their various cleaning equipment. Reach us immediately at info@trinetratsense.com to know more about our IoT solutions for the cleaning profession.

Electricity is considered to be the most powerful energy source distributed in the world. The convenience availability of electric power is low. It is hard for the power sector to generate, transmit & supply electricity consistently without any interruption.

A continuous power supply to the plant is needed to avoid any disruption or downtime in work. This challenge can be solved by using an air compressor in the manufacturing unit to generate compressed air for various applications in the plant. Since the air compressor is the critical utility used, its parameters of it should be monitored on regular basis with the recommended maintenance schedule.

Trinetra Tsense, an IoT solution provider supports customers to overcome this challenge by providing a feasible remote monitoring system for air compressors. Using a remote monitoring system for the air compressors enables anyone to capture real time data from the compressed air equipment and convert them into data insights using that the maintenance team can check the health condition of the equipment from anywhere and anytime.

Benefits of Remote Monitoring Air Compressor Using IoT Technology

Real-Time Data Visualization:

IoT-enabled remote monitoring system for air compressors allows real-time meaningful data collection from compressor equipment over weeks, months, and years that can provide information on compressor performance as well as performance anomalies. The data can be viewed and downloaded from anywhere anytime by the maintenance team remotely to analyze the insights and take decisions.

Preventive Maintenance:

The best way to achieve consistency of air compressor is by observing the parameters of the equipment. This ensures that the maintenance team can react quickly to any equipment malfunctions and resolve the issue immediately. Alert notifications are supported by the IoT technology to insist the maintenance team be proactive in addressing the problems and reduce downtime.

Improves Compressor Lifespan:

The insights gathered by the air compressor remote monitoring system enable the maintenance team to be proactive that improving the lifespan of the air compressor. Even the technology can support taking action in response to any alert notification and troubleshooting the problems effectively. This technology is preprogrammed so, based on a smart algorithm to provide its maximum level.

Reduce Manual Errors:

Usually the traditional way of gathering data, creating reports, and distributing the insights to stakeholders. Using an air compressor remote monitoring system can avoid time taken for data sharing or any data loss. Even the technology can provide automatic alert notification on issues to the maintenance team and avoid the traditional way of equipment maintenance. It streamlines the workflow and saves time.

Considering the above benefits, most manufacturing units have adopted IoT-enabled air compressor monitoring system to evaluate their health and performance condition. Trinetra Tsense has experience in helping manufacturing industries use an air compressor enabled with IoT technology and have efficient monitoring.

The interconnectivity of IoT has brought around a more seamless integration between systems in a building or factory. Sensors have been used in process control and automation for years but IoT sensors now bring additional savings in maintenance and operations with the data generated and used across multiple systems. Now, smart HVAC systems are growing in popularity across sectors. The new smart systems not only increases comfort and convenience but also saves costs in the long run. They will soon be the new norm and once you adopt them there’s no option to go back!

Taking Monitoring, Diagnosis and Analytics to new levels

The data generated and collected over the building’s systems is used by the IoT system to be communicated and analysed to improve operations. The info is useful for maintenance, automation and planning, with optimisation of the HVAC system as the purpose. The increasing role of IoT within the commercial, residential or factory buildings, drives the industry towards more advanced tools and cost effective management for owners and managers, to achieve better efficiency and energy levels. In the HVAC sector, IoT is used in tracking airflow, weather conditions, temperature, vibration, pollutants, number of occupants and more, to track parameters for monitoring key indicators and for remote analysis. The smart system improves metering, optimises feedback and preventive maintenance.

Integrated HVAC systems work effectively

Integrated HVAC systems benefit from occupancy sensors as cross system improvement get benefited by keeping lights or equipment off when nobody is using them or around them. It saves power and improves efficiency. The same sensors by adjusting airflow, can improve IAQ, serving double duty.

Another example is how sensors adjust external shades of a building, responding to outdoor environment. These adjustments can reduce solar gain by nearly 50 per cent, significantly reducing load for interior cooling, sometimes done by sensors that may not be part of the HVAC system but integrated through IoT. IoT can work with or in addition to many existing permanent systems without implementing a dedicated Smart HVAC solution. Equipment upgrades can be planned to include IoT devices/sensors that managers can take advantage of.

Data security being an essential part of a Smart HVAC system, managers and owners need to consider it like any other smart system working on IoT software. They should consider applying cyber security measures for the IoT data stream, like encryption, network and physical security for the building or factory. Smart HVAC coupled with IoT can handle the challenges in the future, with improvement in data quality and quantity. This system can improve the profitability of a building or factory significantly. Smart HVAC with innovative ways to collect data and analyse them will progress to meet new benchmarks in comfort, maintenance and IAQ.

Trinetra tSense foresees the demand for IoT related applications in HVAC. Predictive maintenance offers great potential as it supports backward compatibility and integration, opening the opportunity known as IoT retrofitting. It’s proof that we are surely moving towards Industry 4.0. Perceptibly, IIoT technology will open up new opportunities via novel revenue streams and help to boost up growth and development.

Our team possess the expertise and experience in IIoT projects to offer you customised solutions. Please browse here for more details regarding our tech-driven solutions. You can also submit the enquiry form online, or just email a request to us and our team will contact you to discuss with you.

In this digital world, the demand for electricity is more intensive. To support industrial and household premises without any hassle the need for electric energy from the electricity grid should be regular. But there are factors like power outages, load shedding, and other main supply disruptions that create breaks in the electricity supply. A Generator Set(GenSet) is an option that gives hands to overcome the challenges of intermittent electricity breaks.

Many organization runs their business even at the time of power supply failure and reduces downtime costs using GenSet. However, it is an expensive asset for every organization, if they are not well maintained properly.  IoT-enabled smart monitoring GenSet can be the solution for this. IoT system enables equipping maintenance personnel to monitor remotely and analyze its health condition through a set of parameters collected in real-time from GenSet sensor controllers. The IoT smart monitoring system solution in GenSet can develop efficient and automated decision making, supports user-friendly operations through remote management, create real-time health awareness of the equipment, and increases predictive maintenances.

Important Measurement Parameters of Generator Set:

Running Hours:

The most obvious factor to be monitored and analyzed is the amount of time the Genset runs. Observing running hour parameters can help to maintain operating hours and study the usage pattern of Genset.

Fuel System:

Tracking the fuel systems can improve the performance effectiveness of GenSet.  The various parameters to be monitored in the case of a fuel system are diesel corrosion, fuel quality, and SFC measures. These parameters are remotely observed to maintain the fuel system of Genset effectively and in return, it works for a long duration.

Battery Status:

Using weak or undercharged batteries in Genset is the major cause for the standby of the power system. To avoid this challenge the major parameter to monitor is the optimum charge level in the battery to prevent dwindling and starting failure in generators. Nowadays most of the generator’s battery indicative test is performed easily using IoT every time they start.

Trinetra Tsense IoT Solution Provides Smart Generator Set with Features Minimizing Operational Costs and Supports High ROI for OEM

Real-Time Monitoring:

Trinetra Tsense IoT solutions address the pain points of the Genset OEMs and provide appropriate sensors to monitor parameters.

IoT smart Genset monitors every critical parameter(e.g fuel leakage) in real-time and sends alerts /notifications instantly for immediate actions in case of any critical issues. Trinetra Tsense IoT M2M solutions reduce fuel pilferage or fuel leakage by 80% with instant alert.

Remote Scheduling Management:

IoT system enables generator sets to turn on/off remotely from anywhere by avoiding manual handling and increasing user convenience. As a result, reduces manpower costs by up to 20% with preemptive alerts.

Reports & Dashboards:

Collect informational data in real-time and generate reports (daily, weekly, monthly) on fuel consumption to know the performance of the Genset. As a result, it can reduce the risk of failures and improves performance efficiency.

Preventive Maintenance:

Anyone can take easy decisions based on the robust data collected and viewed on dashboards. It’s easy to monitor load sharing, and under or overutilization of Genset, which can help to decide its health condition easily. It supports timely predictive maintenance by setting alarm notifications to avoid the shutdown of the Genset machines and reduce production loss.

Trinetra Tsense, a reliable M2M IoT Solution provider have helped OEMs to utilize the above smart features in generator set and increased their performance efficiency. Also reduce their operational costs and increased their ROI. To know more about IoT solutions reach us @ info@trinetratsense.com.

IoT adoption is increasing as more and more businesses and industries, big and small, seek the benefits that this technology of the future offers in improving efficiencies and creating new revenue streams.

Underlying technologies that make the Internet of Things (IoT) are maturing and is also making it easier to implement, thus helping companies and organisations to gain new opportunities and improve operations. IoT and especially Industrial IoT is poised to cross over into the mainstream of business and manufacturing sector.

The number of businesses and industries using IoT applications is continuously increasing worldwide and opening up a huge market for the future. Fast growth of critical technologies and proliferation of devices have boosted the growth of IoT and adoption is not limited to large companies alone.

Remote Monitoring & Diagnostics

The always live IoT operation with constant connectivity has allowed business to be more responsive and quicker, with continuous monitoring and remote diagnostics. This is changing the methods of operation and maintenance.

Real-time Insights with Data Analytics

Real-time data is an advantage and when you put it through Data Analytics, you get to make better informed decisions and identifying trends critical to you. Your customers too can gain insights that increase efficiency, cut operating costs and save energy. It can also drive innovation in service and product development unlike the past.

Moving up to Predictive Maintenance.

Turn your preventive maintenance service into the next level predictive maintenance, which not only enhances your service, but drives cost savings. Gain by optimising the utilisation of spares by accurate prediction of which parts need servicing. Eliminate usual scheduled visits to dispatch your maintenance staff on a need basis, which reduces your maintenance tasks and costs.

Scale up to an All-in-One Industrial IoT Solution.

If you want to scale up to a pre-built IIoT solution that provides edge-to-cloud platform, just connect your industrial assets to one digital space. Integrate all the components of your IIoT structure into one universal platform like that offered by Trinetra tSense, without the need to start from scratch to build one.

Conclusion

Trinetra tSense foresees the demand for IoT related applications in many sectors as its deployment is increasing across many businesses and industries. Predictive maintenance offers great potential as it supports backward compatibility and integration, an opportunity known as IoT retrofitting. IoT tech is getting increasingly empowered with smarter applications and innovations. It’s proof that we are surely moving towards Industry 4.0. Perceptibly, IIoT technology will benefit all stakeholders adopting it in the future. It opens up new opportunities in novel revenue streams and to boosts growth and development.

Experts at Trinetra tSense possesses the expertise and experience in IIoT projects to offer you customised solutions. You can also submit the enquiry form available online, or just email a request to us and our executive will contact you to discuss the details of your requirement.

The transformer is an important asset for people performing distribution and transmission of power supply to run their daily activities. The demand for constant, reliable, and quality power supply is increasing due to the evolution of more and more renewables, Electric Vehicles, and electronic device usage. To support the abundant power supply, distribution transformers have to give the consistent performance of transmitting the power system.

Hence the distribution transformer is smartly monitored by enabling the IoT monitoring system to check its operational conditions in real-time. A large number of transformers in wide areas can be monitored by an IoT condition monitoring system.

What is IoT Condition Monitoring System?

Condition Monitoring is a new approach followed in various industries for effective equipment maintenance. It helps technicians to detect any functionality issues, precise measure, and store data easily. Gathering a huge amount of informational data has become easy with conditional monitoring systems.

Whereas the Internet of Things(IoT) uses smart sensors, trackers, and conditional data communications from connected devices. It supports every technician to perform operations and access data conveniently from anywhere, anytime using their smartphones or laptops. It sends an alert notification to the responsible technicians immediately after predicting any crisis in heavy equipment or operational system.

Why IoT for Distribution Transformer?

It is reported that every year around 15-18% of distribution transformers are expected to fail.  The major reasons for transformer failures can be insulation problems, moisture ingress, oil contamination, overloading, and manufacturing defects. Using a condition monitoring system in the transformer, it is easy to process acquisition and collect various parameters of data to predict and prevent transform failures. IoT-based transformer health condition monitoring system will support proactive maintenance and monitoring effectively.

Manual monitoring and data collection have various challenges like,

• Need for maintenance staff to monitor the assets collecting various parameter data.
• Collecting all parameter data manually is difficult for technicians.
• Inaccuracy in data collected due to human errors.
• It cannot support continuous data collection in real-time.

Compared to manual monitoring the IoT-based remote monitoring platform containing readily available sensors and cloud infrastructure can help to address all these challenges both technically and economically.

The distribution transformer empowered with an IoT platform can monitor and measure parameters like temperature and different gas detection. By installing an Arduino micro controller and sensors on the distribution transformer the faults such as the condition of transmission oil exceeding the permissible range, electrical faults, thermal fault, or overheating oil are detected instantly in real-time.

The Distribution Transformer IoT Monitoring system is built in a way to collect various vital parameters of transformers like oil level, oil temperature, winding temperature, currents, voltage, humidity, etc are gathered and sent to the cloud through the internet. End users can get this data in the form of an application dashboard showing all the parameters in real-time. It may also include an analytical feature to diagnose failures and provide solutions proactively. It supports push notifications and alert messages or emails during any abnormality in the system.

Benefits of Distribution Transformer IoT Monitoring Solution:

• Approaching IoT is easy. Since it is a simple software-oriented architecture used in real-time.
• Mode – It is an automatic monitoring process giving access to various users from different locations.
• Digitized data transmission and storage.
• Any number of users can monitor assets transparently from anywhere.
• Cost & failure of the transformer are low.
• Easy up-gradation and scalability.
• Preventive maintenance cost is decreased.
• Increase in revenue as a reduction in failure costs.

IoT-based remote monitoring solution for distribution transformers provides an easy and inexpensive way to adapt a condition monitoring system in real-time to monitor the important asset of the power system. A healthy distribution transformer is necessary to provide a healthy power system. Trinetra Tense is a reliable IoT platform solution provider that has successful experience in implementing a health condition monitoring system on distribution transformers to maintain vital assets. Reach us to get a free demo and know our works based on the IoT platform.

Water is considered to be the basic essential requirement for humans to survive and also the world’s most valuable commodity. Due to rapid urbanization, it is estimated that by 2025, 1.8 billion people will be living in water-stressed areas.  To avoid water scarcity in the future implementing smart water management systems in our utilities can preserve precious water supplies.

What is Smart Water Management System Using IoT?

The Internet of Things(IoT) supports various water industries providing effective smart water management solutions to maintain the usage and preserve this precious resource. Till now most of the water-based industries are using Supervisory Control and Data Acquisition (SCADA) system to monitor water distribution system which is partially installed within the limitations. But advanced IoT solutions can provide enhanced smart water management systems through the installation of IoT sensors at various locations in the IoT water system to monitor and control water usage or any leakage in real-time. Using various water sensors like a smart water meter, smart irrigation controllers, IoT water flow meters, and IoT water valves, companies can track water pressure, level, temperature, the flow of water, and other critical factors in real-time. These insights of data collected through IoT smart water management system help company to determine predictive analysis and perform real-time changes related to water resources.  The IoT smart water management techniques also reduce operational costs around construction, maintenance, and more for the company and increase better revenue.

How does IoT Smart Water Management System work?

IoT water management solution providers help the company to monitor their water supply resources by connecting smart sensors and meters. It collects water flow data and generates comprehensive analytical report of water performance. Using the dynamic web dashboards company can view the daily utilization of water remotely anytime. It also helps to react quickly, efficiently during any serious problems like leakage or blockage in the water supply system.

List of various IoT functionalities to improve water management system

Water Conservation:

Using IoT sensors it’s easy to track the water level in the reservoirs and overhead water tanks. It sends the data to a server in regular intervals to calculate the amount of water utilization on a daily basis which helps in conserving water.

Smart Water Consumption Management:

Maintaining water consumption records in urban areas is a challenging factor for any water managing authority. This process is simplified using IoT technology, it will help to keep a record of water consumption of particular city people by analyzing the data and weather conditions of that day.

Waste Water Management:

The major challenge in a water management system is monitoring water levels, leakages, water quality, and flow of water through various channels. IoT sensors installed at various places of the water systems can detect water level, temperature, water leakage, or any chemical leakage in it. It immediately alerts the respective authorities by sending the information through the main server and helps them to resolve the issue quickly. Another additional benefit of advanced IoT in water management is it can calculate the amount of chemical residue present in the water.

Water Quality Testing:

The water quality testing function in industries like manufacturing, energy, etc is made easy using IoT technology.  It takes the readings of water quality with help of water testing meters and sensor devices. All the collected information’s like Total Dissolved Solids (TDS), Bacteria, Chlorine, Electrical conductivity, etc, are sent to the end-user for the analysis of water quality and rectify problem areas.

Earlier various conventional techniques were followed to conserve water but IoT technology has brought water conservation to the next level. So the demand for IoT solutions to achieve efficient utilization of water sources, improve the quality of water, and planning of water resources is increasing in industry. Trinetra Tense, the best IoT smart water management solutions provider has several years of experience in helping industries to achieve effective smart water management systems to reduce their maintenance costs, concentrate more on productivity and increase revenue generation.

Reach us for a free demo and get to know supportive ideas for your industrial IoT water management system.