Adopt the industry's most extensive combination of complementary analog, embedded, connectivity and software solutions to implement a complete smart grid to fully meet the needs from public facilities to homes
Beijing, October 21, 2013- Texas Instruments (TI), the world ’s preferred system supplier for the implementation and maintenance of smart grids, recently announced the release of innovations at the European UTIlity Week 2013 in Amsterdam Technology to further advance its consistent commitment to increase the intelligence of the smart grid. This latest technology can help smart grid developers build new-generation products suitable for smart meters, grid infrastructure, and communication systems, fully meeting the needs of applications such as smart homes and the Internet of Things (IoT).
Implementing an efficient smart grid includes adding intelligent communication functions to the distribution and transmission infrastructure of public facilities, providing metering equipment, and connecting various devices in home buildings. TI has developed industry-leading technologies and tools, and provides complementary analog, embedded processing, and connectivity product lines, which not only help developers create a safe, economical, and future-proof solution for smart grids, but also improve equipment Flexibility to adapt to many countries, regions or standards.
The latest metering solutions provide lower cost options with higher performance and larger memory capacity
TI continues to introduce proven metrology evaluation kits, expanding its metrology IC product camp with higher memory capacity, security, and accuracy. TI's latest multi-phase metrology kit is based on the MSP430F6679 SoC, which provides developers with the best accuracy, larger capacity integrated memory, and advanced anti-tamper protection. These SoCs can achieve energy measurement accuracy that meets or exceeds the global regulatory requirements of smart multiphase meters such as IEC 62053-22 and ANSI C12.20 Class 0.2 standards. In addition, 512KB large-capacity integrated flash memory also supports more advanced metering features such as dynamic pricing tables, DLMS / COSEM, or connection protocol stacks. The MSP430F6779 SoC also includes advanced anti-tamper protection features that can track meter tampering, which can help reduce utility costs and prevent meter damage. In addition, the 128-bit hardware-accelerated advanced encryption standard (AES) module can accelerate encryption compared to traditional software implementations, which not only improves instrument security and performance, but also reduces energy consumption.
TI connects European flow meters with high-performance low-cost wM-Bus platform
TI's evolving sub-1 GHz wM-Bus solution series is ideal for supporting the deployment of large-scale smart water and gas meters in France, Italy, and the United Kingdom. TI supports the best selection and blocking performance on the market, and has developed a high-reliability MCU and RF integrated solution with wider coverage and more robust communication, which can fully meet the application requirements in harsh conditions around Europe and Asia. TI wM-Bus technology helps manufacturers of flow meters and submeters meet various standards that require battery life to be maintained for more than 15 years.
TI releases the latest ultrasonic flow meter supporting extremely high flexibility and accuracy
TI Ultrasonic Flow Meter solution has advanced software and high robust hardware, which achieves the best combination of accuracy, intelligence and flexibility in the industry. The UFM-EVM solution is a complete ultrasonic flow meter reference design that can provide advanced early leak detection for water, gas and heat meters. It can balance power consumption, accuracy and connection requirements, providing an ideal starting point for Asian and European developers. . This latest ultrasonic flow meter design includes TI's complementary analog and embedded technologies, including: a new generation of analog front end (AFE) that can measure low-intensity high-frequency ultrasonic waves for flow meter applications; it can accurately measure tens of picoseconds to meet Strict flow meter industry requirements (EN 1434, EN 14236, CJ 128, OIML R 49) Advanced Time-to-Digital Converter (TDC); and TPS62730 DC / DC converter and MSP430 â„¢ microcontroller to ensure continuous flow meter operation Ultra-low power consumption expertise without battery replacement for many years.
The growing industry's most extensive wired and wireless connectivity solution camp
Efficient smart grid requires public utilities and smart grid manufacturers to provide balanced wired and wireless connection options. TI can provide the smart grid with the industry's most extensive sub-1GHz, 2.4GHz, Wi-Fi, ZigBee®, Near Field Communication (NFC), and Power Line Communication (PLC) connectivity product lines. TI is not only an active founding member of major PLC alliances, but also makes full use of its extensive expertise and field trials to create the industry ’s first PLC device that provides PRIME, G3 and IEEE P1901.2 narrowband OFDM PLC draft standard support on the same chip . The device can help developers easily create smart meters that can meet future needs, and it can efficiently transmit data through existing power lines in any country. From a wireless perspective, ubiquitous Wi-Fi has forced public utilities to provide consumers with sub-meter devices that can track the energy consumption of various products in smart homes or buildings. TI is working to reduce the complexity of sub-instruments, packaging complementary metering, connection and processor components in a simple, easy-to-use, low-power solution. For example, the TI SimpleLink ™ CC3000 Wi-Fi processor and MSP430 microcontroller can implement a simple design for sub-meter applications.
Intelligent data concentrator simplifies data collection and transmission
The development of smart grid requires that public utilities must effectively collect, distribute and analyze large amounts of data. TI's recently released data concentrators can achieve extremely high flexibility and scalability through numerous high-performance, low-cost connection options, helping developers design data concentrators that meet global smart grid standards. The intelligent data concentrator not only supports robust automatic meter reading (AMR), advanced meter infrastructure (AMI) and sensor network automation applications, but also helps public utilities to connect and manage more than 2,000 meters simultaneously. The intelligent data concentrator uses TI ’s highly scalable Sitara ™ AM3359 processor with a variety of highly flexible peripherals, supporting a variety of wired and wireless connection options, including sub-1GHz, 2.4GHz ZigBee, Wi-Fi, NFC, and multiple PLC standards (G3, PRIME and S-FSK support) etc. The supporting system on the PLC module is matched with the TI PLC software protocol stack (PRIME, G3, IEEE P1901.2 or PLC-Lite ™), which can help smart grid developers easily set up a data concentrator demonstration that supports PLC connection within 10 minutes. .
Contact TI for more product information
For more details about ordering these latest TI Smart Grid products and samples, please contact a TI sales support representative or visit:.
Visit TI booth during European Utility Week 2013
Visiting TI booth 1-D60 during the European Utility Week in 2013, you can not only watch TI's innovative smart grid demo, but also face-to-face with solution experts.
TI Smart Grid Solution
Texas Instruments has shipped millions of energy meter ICs over the past 10 years and is a global system provider of smart grid innovation, security, economy, and timeless solutions. TI provides the industry's most extensive smart grid product series, including metrology expertise, application processors, communication systems, wireless connection and analog components, in the silicon chips that are currently on the market. Requirements for compliance solutions for infrastructure, utility meters, and home building automation.
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