The data collected from smart metering are opening up a whole new world of opportunities for utilities. Of course, you need the data for billing, but a lot more is possible today – and even more so in the future. With the E360 we have built an intelligent endpoint with enhanced communication and measurement capabilities. And as part of our end-to-end solution Gridstream® Connect, it accompanies our customers on their way towards more data-driven use cases.
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.