Telemetry systems gather data from multiple sensors and send it to another location to be reviewed and used.
The use of telemetry is essential in different fields like space exploration, water management, healthcare, automotive, and more.
And considering that telemetry revenue is all set to grow at a CAGR of 8.2% from 2024 to 2030, understanding the pros and cons of telemetry in different sectors is quite essential.
Read on to learn about telemetry, its use case in flow meters, risks, advantages, limitations, and more. But first things first:
What is Telemetry?
Telemetry is a process where data is collected remotely and transmitted to a central location for analysis and monitoring.
For example, telemetry monitors a patient’s heart rate to further send the data to the hospital where doctors can check the patient’s condition remotely. It all happens without the doctor being physically present beside the patient.
NASA relies heavily on telemetry for space missions. Their Mars Perseverance Rover is a great example of telemetry.
Telemetry helps engineers and scientists monitor its system and performance on Mars to make sure that the mission is successful. Even the Automotive Telematics Market is expected to reach USD 16.1 billion by 2030 at a CAGR of 10.1%.
That being said, let’s explore the pros and cons of telemetry in terms of flow meters, and how you can benefit from installing a meter with telemetry vs non-telemetry.
Telemetry vs Non-Telemetry Flow Meters
Telemetry flow meters are modern devices designed to measure the flow of liquids/gasses and transmit data remotely for real-time monitoring and analysis.
Non-telemetry flow meters are traditional and measure flow with manual data collection and recording.
In water management, telemetry systems track water quality, optimize water usage, and detect leaks and the real-time data allows immediate responses to predictive maintenance and automated control of systems. This ultimately reduces operational costs and wastage.
With telemetry pros in water management, wastewater management, agricultural water management, pressure management, smart metering, etc. becomes possible.
Let’s understand the difference between them with telemetry pros vs cons listed below:
How is Telemetry Data Reshaping and Optimizing Operations?
Telemetry data is transforming operations across various industries in many ways with the global telemetry market size growing at a CAGR of 7.68% from USD 120.66 billion to USD 202.60 billion in 2028.
Let’s understand how telemetry data is reshaping and optimizing operations in the water management industry.
For instance: When a telemetry system is implemented in an urban water supply system, it helps in real-time monitoring as sensors are installed throughout the water distribution pipes to send alerts to the maintenance team.
With telemetry-enabled smart meters, there’s a reduction in water loss, enhanced service delivery, and lots of cost savings.
By providing continuous detailed insights into water operation networks, telemetry data leads to reliable and more sustainable water management practices.
Furthermore, let’s find out the pros and cons of telemetry data!
Benefits of Telemetry Data
Telemetry data is the information gathered from remote sensors/devices and sent further for monitoring and analysis.
It’s like a long-distance conversation where devices send important information to the central system to allow people to track real-time incidents without being physically present.
Simply put, telemetry data is about gathering important information from far-away places and sending it where it can be effectively monitored.
Telemetry Benefits
- Allows immediate access to remote data locations leading to quick response to a variety of issues.
- Instant notification alerts to prevent problems before they escalate.
- Reduces human error via automated data collection.
- Enables data access and monitoring, thus improving operational efficiency.
- Facilitates detailed analysis and long-term data storage to enhance better decision-making.
- Continuous monitoring and predictive maintenance reduce downtime.
Telemetry Drawbacks
- The vast amount of data generated is overwhelming and requires effective data management strategies.
- It requires technical expertise for installation, configuration, and ongoing maintenance.
- Data transmitted over networks is susceptible to hacking and cyber-attacks. Thus, robust security measures are required to avoid cybersecurity risks.
- A higher initial setup and maintenance cost is required due to advanced technology and infrastructure.
- It requires reliable network connectivity, a limitation for remote or poor infrastructure areas.
Now that you know everything about telemetry pros and cons, you’re set to make a wiser choice.
Recommended Read- Science behind flow measurement
Kritsnam’s Telemetry Enabled Dhaara Flow Meters
When you know the telemetry pros and cons, making the right choice becomes a cakewalk. With Dharra Smart by Kritsnam, you have a new-age water meter, powered with IoT and the latest sensor technologies.
Water consumption from any part of the world is super-easy because of its integrated telemetry and battery-powered capabilities. Yes, you can manage water consumption, even when the power is down! That’s the power of Dhaara Smart which comes with 3 years battery life and data backup.
Why not follow an innovative approach to smart water management by choosing Kritsnam’s telemetry-enabled Dhaara Smart flow meters?
Let’s switch to a smarter way of managing water resources!
