Smart Meter Beyond Billing

Shwetha Bhat December 24, 2024

Energy meters have been historically regarded as the cash box for power distribution utilities. All the major use cases in metering have been surrounding the measurement of energy being delivered, its timely reading, detection and prevention of stealing of energy. This made sense as the power flow used to be from utility owned grid to the consumer. But this grid dynamics has started to change with the introduction of DERs like Solar PVs and Electric Vehicles.ย 

Most countries are moving towards decarbonization by reducing fossil fuels and increasing the usage of Solar PVs and EVs and thereby creating many more Prosumers in place of consumers. With solar PVs, there can be power export to the grids with a high degree of unpredictability based on factors such as weather conditions, local usage requirements etc. Electric Vehicle is usually a load, but if equipped with V2G technology can also be treated as a mobile storage of energy which can export power to the grid. These bi-directional and dynamic power flow creates new operational, planning and business challenges to utilities. Despite the DERs becoming so crucial for utilities in their grid operations and planning, currently utilities have little real time visibility, monitoring or control on such assets.ย ย 

Here is where smart energy meter can play a prominent role in bridging this gap. Smart meter is present at all houses / customer premise and have a data connectivity path to the utility systems. DERs such as smart inverters and EV chargers, can be easily connected to smart meters and they would then become part of the smart meter communication network, whose one end has the utility systems. This would make DER assets also visible to the utility for closely monitoring and issuing controls to manage the challenges like bi-directional and dynamic power flows. ย 

This solution need not end with just the DERs. Intelligent home energy management applications can also leverage smart meters and together all these makes an eco-system with smart meter playing the central role and benefiting both the utility and the prosumers.ย 

Kalkitech’s Kalki.io Platform Achieves SOC 2 Type II Compliance: Our Commitment to Your Security and…

April 10, 2025

We are proud to announce that Kalkitech's Kalki.io platform has successfully completed the System and Organization Controls (SOC) 2 Type II examination. This significant achievement highlights our deep commitment to…

Know More
Use Cases of IEEE 2030.5

April 9, 2025

Residential Use Cases: Smart Homes: Homeowners can use IEEE 2030.5 to integrate smart home systems such as solar panels, smart meters, and electric vehicle chargers. This allows for dynamic energy…

Know More
Key Features of IEEE 2030.5

April 9, 2025

Core Features of IEEE 2030.5 Bidirectional Communication: IEEE 2030.5 allows devices to communicate in both directionsโ€”sending data and receiving commands. This is essential for dynamic energy management and load balancing.…

Know More