KarIoT is a new way of managing your water and energy bills. Imagine no more water meters, inaccurate readings, and high energy bills. KarIoT can measure your water use and report wirelessly back to you every time it gets.

1. 5 Benefits to Avail from IoT Smart Water Meters
Smart meters have already established themselves as an important part of today's
electricity networks, and they are now making their way into water utilities. These
meters are the breakthrough idea that water utilities may employ to provide everyone
with drinkable water in a world where people are dying because of a shortage of
water.
1) Dynamic Water Billing
As previously mentioned, these IoT-enabled smart water meters enable two-way
communication between water providers and end-users. This implies that the water
company can track the use of individual homes on its network in real-time. As a
result, there is no need to send someone out every month to take onsite meter
readings for invoicing end customers.
The IoT system can automatically compute the bill and deliver it to the consumers
each month based on the quantity of water a resident consumes daily. This dynamic
billing system assists utilities in reducing operational complexity and lowering
expenses related to manual billing.
2) Rationing Water Consumption
Modern IoT water flow meters include a valve that can be operated from a distance.
This valve allows users (often industries and factories) to control water flow and
manage their water use to improve operational operations while lowering expenses.
Water is usually rationed based on:

2. Consumption thresholds:
To prevent overflows, water rationing via usage monitoring is implemented. To
minimize overfilling and water waste, keep an eye on the water level while filling
tanks or cisterns. Consumption thresholds can be measured and programmed to cut
the water supply through valves after a certain time interval to automate these
activities.
During droughts, when water is scarce, this rationing is also highly beneficial. The
city of Cape Town in South Africa increased the number of days with running tap
water by three to four months in 2018 by restricting each person's daily water use to
50 liters. This may seem like an unfair practice, but it helps conserve drinking water.
The smart water meter's remote valve control mechanism may therefore be utilized
to conserve and manage water in inclement weather.
Time of use:
The major example of managing water flow depending on the time of usage is
limiting outdoor watering and irrigation throughout the afternoon. Many people leave
their sprinklers on excessively throughout the day to manage the temperature of the
soil and preserve their beautiful green plants in the summer. Water usage may be
regulated to irrigate lawns as needed with the use of remote valve control, therefore
conserving water.
3) Customers Identifying Consumption Inefficiencies
Smart meters may also be used to identify consumption trends and inefficiencies.
These smart meters, which come with an IoT platform suite, allow users to keep
track of the amount and time of water they use daily. Users can identify inefficiencies
in usage and integrate habits that result in excessive water consumption by
monitoring this data.
Consumers may use smart water meters with IoT to detect leakage and waste. The
reading in the water meters, for example, must be zero at some time during 24
hours. The IoT platform may be programmed to send a notification to the user if the
meter does not stop within the specified time frame, suggesting leakage or water
waste. As a result, the user may fix leaks and implement water-saving strategies.
4) Visibility in Conservation Efforts
Water utilities and suppliers are often opaque in their water-saving efforts. Water
distributors may receive clear visibility into their end clients' consumption habits and

3. the results of their conservation initiatives through the two-way interaction of IoT
smart water meters.
For example, the water supply can also display the side effects of their weird outdoor
watering schedule in a graphical style. Combined with utilities, these meters can help
consumers reduce costs. They may monitor their water use habits regularly using
the IoT platform suite, and receive warnings when they surpass particular water tier
limitations and enter a higher-priced bracket.
5) Reduction in Non-Revenue Water
Non-revenue water is water that has been distributed but has not been paid for. To
put it another way, it's water that doesn't reach end users or isn't recorded by their
meters owing to inefficiency. The following are the key factors that lead to
non-revenue water:
● Leaks
● Theft
● Meter inefficiencies
● Water main break
Traditional water meters are substantially less efficient than smart meters. Smart
meters' efficiency does not decline with time, unlike these old gauges. This helps
water companies boost their revenue margin by reducing the creation of
non-revenue water owing to meter inefficiencies.
CONCLUSION:
Smart meters are revolutionizing utility operations, whether in the energy or water
sectors. Water utilities may control their water distribution methods and offer clean
drinkable water to their consumers using these meters and a well-crafted IoT
solution. These meters also enable users to recognize the usefulness of a water
meter in lowering costs associated with their water consumption.