Accelerate your Advanced Metering Infrastructure (AMI) implementation. TI’s broad portfolio enables high-accuracy energy and flow measurements across wide operating conditions, with the low power consumption, comprehensive connectivity, and robust performance needed to meet global energy metering standards.
Why choose TI for your smart meter design?
Solutions for every metering function
TI’s diverse catalog of devices and reference designs help simplify procurement and design efforts with proven hardware and software.
Connectivity across wide communications standards
Support for diverse industry protocols, including wireless (Wi-SUN, MIOTY, Wireless M-Bus) and wired (G3 Hybrid, RS-485, Ethernet), ensures continuous data exchange across any environment.
Security against evolving physical and digital threats
Forward-looking hardware provides the robust identity, anti-tamper protections, and cryptographic acceleration required to ensure full Cyber Resiliency Act compliance.
Current sensing technologies in E-metering
E-metering made more flexible and compact with PCB Rogowski technology
Rogowski coils are toroidal air-cored sensors used to measure alternating current. They can be manufactured in several geometries—including full toroids, helical coils, and most importantly, PCB-based coils. Because they offer excellent flexibility, compact size, and broad customizability, Rogowski coils have become widely used in modern metering systems. They deliver strong performance in demanding environments, including high-voltage and high-current applications across wide frequency ranges.
Benefits of Switching to Rogowski Coil in E-Metering
Signal conditioning for Rogowski coil reference design
ADS131M08 metrology evaluation module
Design compact shunt resistor solutions with TI's isolated data converters
Cost effective meters typically use shunt resistor for current sensing due to the straightforward working principle, low cost, and compact profile. Shunt resistors provide excellent linearity, fast response, and stable performance over a wide range of current levels. Shunt-based sensing enables accurate measurement without magnetic components, eliminating issues such as saturation and hysteresis commonly found in magnetic sensors.
Shunt Resistor Selection for Isolated Data Converters
AMC130M02 evaluation module
Three-phase shunt-based energy metrology reference design
MSPM0G5187ACTIVE
Current transformers (CTs) offer high accuracy, excellent linearity, and reliable performance across a wide current and temperature ranges, making them preferred for precision metering applications. They provide galvanic isolation to protect electronic component, and have low power losses.
ADS131M08 metrology evaluation module
Three-phase current transformer e-meter reference design with standalone ADC
MSPM0G3507ACTIVE
Design & development resources
MSPM0 software development kit (SDK)
The MSPM0 SDK provides the ultimate collection of software, tools and documentation to accelerate the development of applications for the MSPM0 MCU platform under a single software package.
ADS131M08 metrology evaluation module
Rogowski coil current sensor reference design
This reference design enables end users to evaluate PCB Rogowski coils of different sizes and sensitivities for a wide range of current-sensing applications. The design supports low and high current measurements up to 500A, high precision at 0.2%, and wide bandwidth sensing exceeding 1MHz. The (...)