ScioSense Launches UFC23 Ultrasonic Flow Converter for High-Precision, Ultra-Low-Power Smart Metering
Dutch sensor manufacturer ScioSense has launched its fourth-generation ultrasonic flow converter (UFC), called UFC23, for water, heat, and gas metering applications. The company said the new sensor combines high measurement precision, improved offset stability, and ultra-low power consumption for battery-powered smart metering systems. The company’s latest product is designed as pure front-end architecture without an […] The post ScioSense Launches UFC23 Ultrasonic Flow Converter for High-Precision, Ultra-Low-Power Smart Metering appeared first on EE Times .
Market demands for greater efficiency and accuracy in utility metering, coupled with advancements in sensor miniaturization and power management, are driving this product release.
This development contributes to the broader trend of smart infrastructure, enabling more fine-grained resource management and potentially informing policy related to resource conservation.
The improved precision and ultra-low power consumption of ultrasonic flow converters enhance the viability and accuracy of battery-powered smart metering solutions across water, heat, and gas.
- · ScioSense
- · Smart metering companies
- · Utility providers
- · Consumers (via improved billing accuracy)
- · Manufacturers of less efficient legacy metering systems
- · Companies reliant on frequent meter maintenance
Widespread adoption of the UFC23 and similar technologies will lead to more accurate billing and reduced operational costs for utility providers.
Improved data from smart meters could enable better infrastructure planning and demand-side management strategies for water and energy resources.
Enhanced resource monitoring could indirectly contribute to addressing water scarcity and energy efficiency, impacting environmental policy and investment in 'green' infrastructure.
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