Objective
Smart water meters (or AMR – automatic meter reading), using advanced communication technologies, facilitate more frequent, higher resolution and remotely accessible data generation – imperative for the level of control and planning that is demanded by today’s consumers and businesses. Smart metering enhances knowledge of the how, when and where of water consumption. However, worldwide, over 90% of meters today are analogue, and not smart. Those that are smart use integrated meters and different communication modes. As there is no existing standard, making water meters replacement and network creation a very costly task. The CAPX and OPEX of replacing all of these analogue meters is economically not possible for most municipalities and water utilities.
Our unique technology transforms any water meter into a smart meter by simply clipping on our communication unit utilizing the water meter picture, dynamic OCR method and two-way connectivity. AMR-G provides a 100% fool proof reading, along with many other unique tools for water meter management and maintenance. With the addition of NB-IoT to our product, we have extended the solution to cover crowded urban areas as well.
AMR-G introduces smart IoT solutions into low-tech areas of our lives. The company team has over 100 years of experience in managing start-ups, including all aspects of management, R&D, production, finance, marketing and business development. We plan to establish strategic partnerships with the leading analogue and smart meters manufacturers. We plan to enter the market with both our RU-RF and RU-NB IoT products with large scale paying pilots by the end of 2019, expecting to show initial profitability by 2021, and reach over €14M in profits by 2023.
During phase one of this project, AMR-G will be modifying the communication module and analysing the feasibility of the introduction of both versions of the product into the European market.
Programme(s)
Call for proposal
H2020-SMEInst-2018-2020-1
See other projects for this call
Funding Scheme
SME-1 - SME instrument phase 1Coordinator
4531905 Hod Hasharon
Israel