Automatic Water Meter (AMR)

Introducing the Future of Water Metering 

The AMR Water Meter from Zestflow brings your utility into the 21st century with automated meter reading technology. This innovative smart water meter allows for real-time monitoring and data collection without the need for manual reading. As urban populations grow, smart cities need innovative solutions like Zestflow's AMR meters to effectively monitor and manage essential resources like water. Contact us today to upgrade your utility with smart water metering ideal for advanced smart cities.

Key Features:

• Battery-powered design for long-lasting performance 
• Built-in radio transmitter sends meter readings to a central database
• Tamper-proof water usage data helps identify leaks and water theft
•  Easy installation on existing water lines 

This water meter utilizes cellular, RF, etc to securely transmit water usage data to our online portal. Usage can then be monitored in real-time by both utilities and customers. The AMR meter collects consumption data hourly and sends daily meter reads.  

With remote readings and early leak detection, the AMR Water Meter helps utilities improve operational efficiency. Plus, web and mobile access empowers consumers with more control over their water usage. 

Additional benefits include:

• Reduced operating costs from automatic readings
• Faster billing cycles and revenue collection
• Insights for better infrastructure planning
• Enhanced customer service 

The AMR Water Meter is designed for long-lasting performance. The battery inside the register lasts up to 20 years under normal operation. Placement on existing water lines ensures a non-invasive installation. 

Monitor and manage your water system more effectively with Zestflow's industry-leading AMR meters. Contact us today to upgrade your utility with smart water metering.

Also:

• Growing water scarcity is a major global issue, with 2.5 billion people already living in water-stressed regions. This is expected to reach 66% of the population by 2025 if current trends continue.
• Water contamination causes 2.2 million deaths per year from diarrheal diseases. 30% of people still lack access to safe drinking water.
• Aging and deteriorating water infrastructure leads to significant water loss. In the US alone, 240,000 water mains break per year, wasting 2.1 trillion gallons annually.
• Current water management practices like manual meter reading and intermittent water quality testing are inefficient and costly.
• Smart water management through IoT and data analytics can optimize operations. Examples include:

1. Real-time monitoring of reservoir and tank levels to forecast demand
2. Optimizing energy usage and costs by scheduling pumping times
3. Early leak detection and preventive maintenance on assets
4. Continuous monitoring of water quality parameters

• Transitioning to smart water systems requires infrastructure upgrades but can significantly improve efficiency, reduce costs, conserve water, and improve public health.
• Water utilities need to leverage data to better manage assets, plan capital improvements, set rates, and make informed decisions. As the saying goes "you can't manage what you can't measure."
• Smart water management enables the visibility and transparency needed for utilities to achieve sustainability goals and ensure adequate supply for growing demand.