Solar-Powered Sodium Ion Sensor: Redefining Outdoor Water Monitoring

Why Choose Us?

Our solar-powered sodium ion sensors effectively solve power supply challenges in outdoor water quality monitoring. By integrating high-efficiency solar power systems, precision detection technology and stable wireless transmission, our products enable 24/7 uninterrupted sodium ion monitoring without relying on grid power.

Key Advantages

✅ Self-Powered Design – Solar-driven operation with zero ongoing electricity costs

✅ Dual-Mode Wireless Transmission – LoRaWAN / 4G communication for flexible deployment

✅ High Measurement Accuracy – ±3% error, measuring range 0.1–1000 mg/L

✅ Outdoor Durability – IP68 waterproof and dustproof rating for harsh environments

Technical Overview

Measurement Principle: Ion Selective Electrode (ISE) Method

Power Supply: 20W high-efficiency solar panel + backup battery (7-day endurance)

Communication: LoRaWAN (max. 15km) or 4G (optional)

Protection Level: IP68 waterproof & dustproof

Operating Temperature: -20℃ ~ 60℃

Certifications: CE, RoHS

Application Scenarios

Industrial Wastewater Treatment

Real-time monitoring of sodium ion levels in treatment processes

Agricultural Irrigation

Monitor salinity to prevent soil salinization and improve crop quality

Drinking Water Safety

Continuous monitoring to ensure safe and stable drinking water supply

Surface Water & Watershed Management

Long-term data collection for ecological protection and environmental governance

Product Features

Intelligent Power Management

20W high-efficiency solar charging system

Smart charge-discharge control

7-day backup power for continuous rainy days

Stable Data Transmission

LoRaWAN / 4G dual-mode communication

Breakpoint data resumption

Encrypted and secure data transmission

Precise & Reliable Detection

1.Third-generation PVC membrane ion-selective electrode

2.Automatic temperature compensation

3.Excellent long-term stability and low drift

Real Application Case

Industrial Park Remote Monitoring Project

Solar-powered sodium ion monitoring systems deployed in off-grid areas, achieving:

1.80% reduction in installation and commissioning time

2.Approximately $20,000 saved in annual energy costs

3.99.5% data transmission stability and reliability

Frequently Asked Questions

Can it operate continuously in rainy weather?

Yes, the built-in battery supports up to 7 consecutive days of operation without sunlight.

What is the wireless transmission distance?

LoRaWAN: 3–5km in urban areas, up to 15km in open areas.

How often is maintenance required?

Probe cleaning every 6 months, regular calibration once a year.

Is a monitoring platform included?

Yes, we provide a professional cloud platform supporting multi-device access and real-time management.

Service Support

Professional technical consultation

On-site installation guidance & user training

Responsive after-sales technical support

Complete warranty and maintenance services

Start Your Project

Whether you need a single monitoring point or a full network deployment, we can provide suitable solutions for water quality sodium ion sensors.