This solution is widely used in power plant cooling and water treatment systems, including:

• Industry: Thermal power plants / Nuclear power plants / Renewable energy stations
• Medium: cooling water, condensate water, chemical-treated water
• Environment:
  • Outdoor cooling towers
  • High humidity and water vapor environments
  • Continuous 24/7 industrial operation conditions

These systems require high reliability, continuous monitoring, and zero downtime tolerance

In power plant cooling systems, operators often face critical challenges:

• Manual level inspection is unsafe and inefficient
• Contact sensors fail due to scaling, corrosion, or fouling
• Water vapor and condensation affect measurement stability
• Delayed level data leads to cooling system imbalance
• Risk of pump cavitation due to incorrect water level
• Lack of real-time monitoring across multiple water systems

These issues can directly affect generator stability and plant efficiency

We provide a non-contact radar level measurement solution designed for power plant environments.

• High-Precision Radar Level Transmitter
• Non-contact measurement from tank or basin top
• Immune to steam, vapor, and condensation interference
• High stability in continuous operation environments
• Suitable for large open basins and enclosed tanks

Ensures reliable level data in critical cooling processes

Radar level transmitters are typically installed in:

• Cooling water tower basins (water pool level monitoring)
• Circulating water pump inlet / forebay tanks
• Condenser hot well level control systems
• Chemical water treatment storage tanks

Installed on top-mounted flanges or tank roof structures, fully non-contact

After implementation in power plant cooling systems:

• Stable and continuous real-time level monitoring
• Improved cooling system efficiency and balance
• Reduced risk of pump dry-run and cavitation
• Lower maintenance cost compared to contact sensors
• Enhanced automation and smart plant operation
• Improved reliability of key thermal processes

Helps ensure safe, stable, and efficient power generation

This solution includes:

• 80GHz / high-frequency radar level transmitter
• Industrial-grade level monitoring system
• Remote data transmission module (4G / Ethernet)
• Centralized monitoring platform (SCADA / cloud integration)
• Optional explosion-proof (Ex) configuration

Compared with float, ultrasonic, or contact sensors:

• No contact → no scaling or corrosion failure
• Works under steam and condensation conditions
• Stable in long-term continuous operation
• Suitable for critical infrastructure systems

Ideal for mission-critical cooling system monitoring

We provide:

• Site-specific installation design
• Selection support for different cooling systems
• Integration with existing plant automation systems
• Custom configurations for complex environments