The solar COD sensor is an intelligent device that uses solar power to monitor the chemical oxygen demand (COD) of water in real-time online. It is suitable for outdoor unmanned long-term water quality monitoring, providing convenient and efficient data support for water environment protection.
Solar turbidity sensors are the smart choice for modern water quality monitoring. It completely breaks free from the constraints of electricity and cables, uses solar energy to achieve all-weather self power supply, and remotely transmits data through wireless technology, providing you with convenient, reliable, and environmentally friendly turbidity monitoring solutions in lakes, rivers, and remote areas.
The solar residual chlorine(CL) sensor is an outdoor water quality monitoring device that uses solar power to achieve real-time detection and remote data transmission of residual chlorine content. It is suitable for scenarios such as aquaculture and sewage treatment, and has the characteristics of no wiring and low maintenance.
Solar ORP sensor is an intelligent device that uses solar power to remotely monitor the oxidation-reduction potential of water bodies wirelessly, and is suitable for water quality monitoring in areas without electricity in the wild.
Solar pH sensor is a water quality monitoring device powered by solar energy, which can wirelessly, remotely, and accurately monitor the pH value of water in real time. It is widely used in environmental protection, aquaculture, and other fields.
The solar DO sensor is a water quality monitoring device that integrates solar power supply and wireless transmission technology. It can automatically monitor the dissolved oxygen content in water for a long time without the need for an external power supply, and transmit data remotely through the network, making it an ideal solution for real-time monitoring of unmanned water quality in the field.
Solar EC sensors, powered by solar energy and wirelessly transmitting data, can remotely and real-time monitor soil or water conductivity, making them an ideal choice for smart agriculture and environmental monitoring.
This LoRaWAN ammonia nitrogen monitor uses spread spectrum technology and has strong remote communication capabilities. Equipped with temperature and pH compensation, accurate measurement, can be directly installed, economical and convenient.
This LoRaWAN water quality COD sensor supports remote wireless transmission and can monitor chemical oxygen demand and turbidity. It has temperature automatic compensation and self-cleaning functions, effectively preventing biological attachment and achieving integrated collection and transmission.
