Maximize Battery Life for Smart Gas Meters The following are the most important product development considerations for battery-powered wireless smart gas meters.
Gas meeter software#
With Silicon Labs, you get access to the broadest selection of hardware, cutting-edge wireless software and development tools, and robust security, including the world's first SoCs with the PSA Level 3 certification. Silicon Labs offers wireless connectivity chipsets and microcontrollers (MCU) with market-leading security, energy efficiency and radio performance. They can remotely monitor customers’ consumption and switch gas on and off to avoid costly onsite visits. Monitoring consumption enables accurate and timely invoicing, accelerating cash flow, and improving customer satisfaction via higher cost transparency. Smart gas metering allows gas companies to efficiently manage their operations including energy production, distribution, and deliveries while reducing costs and optimizing resource allocation. Low-power, long-range wireless connectivity is key for efficient remote operation.
Gas flow is measured with ultrasonic or electromagnetic technologies. Smart gas meters rely on low-voltage battery power to extend operational life and avoid ignition hazards.
Gas can be switched on and off with smart meters equipped with a remotely controlled valve. For more information on natural gas meters, take the AYU course called ‘ Natural Gas Meters’.With smart gas meters, gas companies can remotely monitor customers’ consumption to manage their operations and demand efficiently, and invoice customers accurately. As a staple to everyday living, it’s important to understand how this resource is stored, measured, and billed. Natural gas comprises of almost one-fourth of all primary energy used in the United States. Measures the volume of gas flowing through the meter by determining the speed at which the gas is moving through the turbine, using a small turbine or helix. The rotation of those rotors will indicate how much gas is flowing. Two rotors are geared together in order not to let any gas through unless they are turning. Offers a more compact design and higher accuracy through continual self-measurement correction.Īble to undergo higher volumes and higher pressures. Uses digital technology and has no moving parts.
Gas meeter series#
The gear operates another series of gears attached to an index that displays/measures gas moved. The gas goes through a diaphragm (or a pair of diaphragms), which contracts and expands as gas passes through the meter, thereby turning a gear. Keep reading to understand four common types of natural gas meters for residential, commercial, and industrial applications: Several different designs of meters are in common use but are dependent upon the volumetric flow rate of gas to be measured, range of flows anticipated, and delivery pressures. While all natural gas meters serve the same function, they may differ on the features they provide. Since then, the vast majority are now placed outside. Natural gas meters that were installed in colder climates prior to the 1970s were typically located inside the home in the basement or garage. The meter itself is often made of steel or aluminum. This same device plays a pertinent role in deciphering the gas bill to any structure consuming natural gas supplied by a gas utility.
A natural gas meter is the measurement tool for gauging usage of gas based on flow through the meter.
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