The life expectancy of a smart meter is round about 15 years. In today’s fast-changing world, a lot can happen during that lifetime. 15 years ago, there were no smart phones, voice assistants or smart homes, no WhatsApp or Bitcoin. These innovations changed the world and everything around them adapted. Also, in the energy industry, things are moving rapidly. Ambitious targets to reduce CO2 emissions and the need to grow the share of renewable energy sources or the number of EV charging facilities push for faster technological developments in the space of efficient and secure energy management.
Determining the right kind of a smart metering solution is a crucial strategic decision for a utility in the initial stage of a smart meter project planning. The number of available devices, software and communication technologies as well as potential partners is huge, as is the spectrum between the two extremes – namely the component and the turn-key solution. Utility customers can buy all the components for their smart metering solution separately and manage the rollout and the software integration themselves, or they can opt for a turn-key solution and, for instance, rely on a subcontractor to manage the project in its entirety.
New technology allows cost-efficient, robust data transfer from smart energy meters into utility business systems and paves the way for new innovations in the energy sector.
G3-PLC communication technology is known for its fast and reliable communication in a smart grid environment. By utilizing the G3-500 frequency band for smart metering communication, the easy-to-build technology provides outstanding reliability. This has been proven in several field tests with Landis+Gyr customers.
How can an AMI technology provider prove the flexibility and future-readiness of its solution better than by continuously creating new opportunities in smart metering and reacting to the rapid market development? Landis+Gyr demonstrates its capabilities to meet energy utilities’ expectations and needs by adding the latest advantageous communications technology to its AMI portfolio – NB-IoT will contribute to smart grid functionalities and to the Internet of Things.
IPv6 The key communication enabler for the Internet of Things
Internet Protocol Version 6 or IPv6 is an Internet addressing system developed by the Internet Engineering Taskforce (IETF) to replace the IPv4 protocol. Development was primarily driven by address exhaustion, but in addition to offering a vastly increased number of unique addresses (an IPv6 address is 128 bits long, which allows for a total of approximately 3.4×1038 different addresses) there are a number of other important advantages, particularly in the field of utilities infrastructure.
