BTL Mark: Resolve interoperability issues & increase buyer confidence
Metering and Its Importance
in Shaping an IoT Enabled Smart City
IoT for Buildings
smart metering system improved a lot in their presence as well as in
the features during recent years. The credit goes to the high demand
for smart meters in the power distribution and transmission industry
across the globe. Most of the developed and developing countries are
funding a lot in their power transmission and distribution network in
order to improve the performance and also reduce the losses. The
requirement from the policymakers presently goes beyond these goals to
have an enterprise energy platform with near real-time information to
the customers, automated metering, billing, utility switching, power
demand management, energy trading, microgrid implementation and easy
achieve any or all of these goals, the most common thing to be present
is a smart meter. That’s why the smart meter industry is a key player
in shaping a reformed power distribution network and in turn which is a
building block in a smart city.
smart meters in the industry started its smartness with the presence of
pulse outputs availability and industrial port interface. Where a
computing device or controller will capture the pulse count and will
calculate the energy consumption and other parameters.
The next phase started with the introduction of energy meters embedded with computation power, data storage capacity and industry-standard protocol interface like Modbus, M-bus, BACnet etc. Here the meter was smart enough to calculate most of the internal parameters and also store the data locally as well as will transmit the data to the monitoring system in above-mentioned protocols.
But here also the enterprise meter data visibility was limited to a certain number/level like the number of meters connected to a loop, and there was a lot of efforts needed in cabling, fixing an aggregator or master controller for each building or campus etc. This kind of architecture was creating a restriction in establishing a wide connected metering network, and thereby the entire energy data of a city or even a state can be populated to a central platform which will ultimately become the backbone of enterprise energy management system.
recent advancement in the smart meter industry is very interesting and
fairly aligned with the requirement of a smart city. The presence of RF
medium to the nearest electric post and from there the two-way
communication is established using cellular network.
Also, there is development in communication using wifi protocols with free bandwidths like LoRaWan and sigfox, which will avoid the dependency on cellular network for establishing network communication.
Also in the feature/device application level, a smart meter is capable of providing complex calculations at the edge level like FDD and power demand alerts and also at the enterprise level the metering system helps the utility provider to give near real-time consumption and energy demand/quality details to the customer.
of the key outcomes of implementing smart metering is the availability
of rich data. The smart metering creates a useful data source; the
customer/citizen energy spending data. Yes as we all know the data has
got more power than ever before as it is now considered as the major
pillar in framing any policy or strategy.
The smart meters can provide a variety of data where few kinds of data are mentioned below:
• Power consumption/usage pattern
• Power demand pattern
• Utility switching details
• How much percentage of usage of renewable energy
• Power outage details
• Payment details
• Payment due trends by the customer
All these data will help the utility providers, the municipal or energy sector policymakers to frame or reform the energy production, transmission and distribution policies and strategies.
One more data which can be interpreted to create an entirely different outcome which I want to narrate here:
you can just think about the power of data and its utilization which
has not had any limit …
About the Author
Anish Krishnamurthy is an Electrical and Electronics Engineer with 12
plus year of experience in Building IoT, Energy Management and
Electrical Power Industry and having excellent knowledge of IoT and
Smart City, ELV System Integration, Remote Monitoring, Energy
Management and Analysis, Fire and Security System Design, Installation,
Testing and Commissioning.
LinkedIn Profile: https://www.linkedin.com/in/anish-pk-57583234/
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