Brief: Watch this dynamic demo to see how the IC Card Water Meter solves billing challenges for water suppliers. You'll learn how the prepaid system works, from user card swiping to valve control, and discover its key advantages for cash flow management and operational efficiency in various scenarios.
Related Product Features:
Implements a prepaid model where users purchase water in advance and load credit via IC card.
Supports tiered water pricing calculations to encourage conservation and manage complex billing.
Features an LCD display showing real-time remaining water volume and cumulative usage data.
Utilizes dedicated IC card encryption to prevent tampering and ensure secure transactions.
Enables remote valve control and meter reading capabilities when integrated with a management system.
Eliminates the need for on-site meter reading, saving significant time and labor costs.
Offers intuitive operation where users simply swipe their card to pay and check water balance.
Provides management functions like forced valve shut-off for accounts in arrears.
FAQs:
How does the IC card water meter solve billing issues for water suppliers?
It uses a prepaid model where users must purchase water credit and load it onto the meter via IC card before use. This eliminates water fee arrears and difficult collection, significantly improving cash flow for suppliers.
What are the main advantages of using an IC card water meter?
Key advantages include solving collection difficulties, eliminating on-site meter reading costs, providing transparent water usage data for users, supporting tiered pricing, and enabling management functions like forced valve shut-off for arrears.
How does the IC card water meter compare to IoT water meters?
IC card meters use a prepaid, offline card-swiping mode ideal for areas with poor network coverage, while IoT meters offer postpaid, real-time monitoring with automatic online payment and remote management capabilities for higher convenience.
In which scenarios are IC card water meters most suitable?
They are ideal for old residential areas undergoing renovation, rental apartments, university dormitories, construction sites, and locations with complex water management needs or limited network infrastructure.