As the global market for smart water meters continues to grow, Semtech hosted, “Deploying Smart Water Meters: How to Transition from AMR to AMI with LoRa®-based Solutions from Birdz,” a webinar with Birdz, a subsidiary of Nova Veolia and a global leader in optimized resource management. The webinar discussed strategies for utility providers to improve meter efficiency by adopting fixed network solutions based on Semtech’s LoRa devices and the LoRaWAN® protocol.
The SPACE 2019 agriculture exhibition recently concluded in Rennes, France. The four-day event, highlighting today’s innovative precision agriculture technologies, brought together industry experts from around the world for a series of conferences, workshops and exhibitions. Approximately 1,400 booths occupied the exhibition floor at the Parc Expo Rennes convention center, and the exhibition provided educational and networking opportunities for more than 100,000 registered attendees.
In 2019, smart electricity meters will account for 63 percent of the nearly 200 million electricity meter shipments expected around the world, according to a 2018 IHS report. This volume of smart electricity meter shipments is forecasted to increase in size over the next five years. With the rise of low-power wide-area networking (LPWAN) technologies, such as Semtech’s LoRa® devices and the LoRaWAN® open protocol, new “smarter” metering solutions are proving to be a compelling alternative to other connectivity options for both Internet of Things (IoT) networks and smart grid applications. With several hundred known use cases (and growing), LoRa-based devices and LoRaWAN networks represent the leading choice for IoT solutions today.
European Utility Week (EUW) will be held November 12 to 14 in Paris, France, and all the biggest names in metering and utility management are preparing for an exciting event.
Without a way to intelligently track endangered species, it is difficult for rangers to fend off poachers in many of Africa and Asia’s national parks. With Internet of Things (IoT) solutions, creating a sustainable and safe environment for animals and humans through technology is simple and efficient. Whether helping to monitor the whereabouts of animals living in the park or providing protection for humans that live in close proximity, wireless IoT solutions, such as those based on low-power wide-area networks (LPWAN), offer major potential for wildlife conservation efforts.
CavagnaGroup® is a leading creator of smart solutions and products for controlling and managing compressed gasses. These products have been successfully implemented into a wide range of markets including, energy, medical, alternative fuel, and even specialty cryogenics. With years of close collaboration, CavagnaGroup and Semtech have developed a range of innovative smart industrial products based on LoRa® devices and the LoRaWAN® protocol. Recently, Semtech was invited by CavagnaGroup to participate in the World Liquefied Petroleum Gas Association (WLPGA)’s annual event in Amsterdam.
At Conserv, we built one of the first environmental monitoring solutions using Semtech’s LoRa® devices and the LoRaWAN® protocol to bring better care to the world’s 450,000+ art and cultural collections in museums, libraries, archives, and private collections. Accurate and consistent monitoring is important because unhealthy collection environments – those with excessive heat, humidity, light, and vibration – do irreversible damage to valuable, sensitive objects. Sounds straightforward, right?
The emergence of smart buildings is not a new development. Building automation has been around (typically behind the scenes) since the mid-80s, having evolved from BACnet to a host of IEEE protocols, and recently from strictly wired, to both wired and wireless sensors. Building Management Systems (BMS) have played an important role in this evolution. However, historically these have had a limited role outside the realm of managing HVAC systems and the other physical operations within a building.
Inconsistency in crop yield is a major concern for farmers. Even with green houses presenting a controlled environment for crop growth, pests and disease are unavoidable. Additionally, a farmer’s lack of knowledge on the conditions in the farm’s soil presents further challenges. The amount of fertilizer used on crops is often left up to the farmer’s discretion. This usually results in over- or under-dosing, which affects crop growth directly. Human error has the largest impact on a crop's yield, with inefficient or inconsistent irrigation and errors in fertilization having serious negative effects on crop health.
In the past five years, farmers in the Cameron Highlands, which are located 250 kilometers from Kuala Lumpur, Malaysia, have taken the initiative to implement a simple monitoring system for their farms’ soil health. However, cost and connectivity presented a serious challenge for the farmers. Smarter solutions and machine-to-machine (M2M) services are often expensive and not available in rural areas. End users, typically the farmers themselves, are naturally very concerned with a solution’s power consumption, availability and reliability, as these factors directly affect the cost to deploy and operate these solutions. For the Cameron Highlands, the region’s various hills and valleys created additional challenges for service providers and reduced network signal strength. As a result, the farmers turned to solutions based on Semtech’s LoRa® devices and the LoRaWAN® protocol.
The market for smart utility meters is growing at a rapid pace. A recent report by ABI Research predicts there will be an installed base of 1.34 billion meters by 2023*. IHS Markit forecasts almost 50 million smart water meters will ship globally in 2023, a number which is roughly four times its size in 2017. Year over year, the number of new meter shipments for water, gas, heat and electricity is increasing at a rate of four to five percent according to IHS. Globally, the proportion of smart meters will soon exceed half of all meters shipped annually. The largest utility adopters of Internet of Things (IoT) technology for smart metering devices are electricity (64 percent), followed by gas (38 percent) and then water (26 percent). Behind these strong growth numbers, the adoption of smarter technologies for metering is predicted to continue for the foreseeable future.