Why LoRaWAN is best for smart water metering

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Providers are always looking for ways to get more efficiency and boost the sustainability of their services. In this detailed piece from Netmore and Transforma Insights, get a refresher on the benefits of this technology, how LPWA connectivity can support AMI for water, LoRaWAN’s role as a key option in the LPWA wireless connectivity ecosystem and more. REGISTER NOW TO READ FULL WHITE PAPER

Dive into this engaging white paper to explore:

  • The benefits of Low Power Wide Area connectivity – Rediscover why LPWA is filling the gap with lower costs, long battery life and wide-area coverage.
  • How LoRaWAN is a key LPWA technology – Deployed as a regional or country-wide network-as-a-service, or as a private network; LoRaWAN is well suited for smart metering applications, agriculture, smart cities, industrial campuses and commercial buildings.
  • Where the use cases are – Transforma Insights predicts licence-exempt LPWA IoT connections by 2033 to be dominated by smart meters, white goods, crop management, building automation and other industrial applications.
  • The benefits of smart water metering – If you’ve not yet deployed a smart water metering solution, the benefits are numerous covering leak detection, reducing consumption by 6-9%, cutting water loss and addressing water scarcity. The report also estimates that these grid solutions can result in 15% water savings.
  • Why LPWA will dominate – It’s the favoured choice and Transforma Insights forecasts that 88% of these meters will use LPWA technologies by 2033.

Jump into this detailed white paper for insights and case studies from Netmore; a leading provider of AMI connectivity for water utilities globally, with one of the largest installed bases of contracted smart meters. Learn from their work with Yorkshire Water in the UK and Western Municipal Water District in California, USA where deployments helped to identify leaks, improve billing, cut losses from 12% to less than 3.5% and reduce the need for re-reads and drive-by readings. Click to download and read this paper now.

REGISTER NOW TO READ FULL WHITE PAPER