Infrared Sensor in Singapore| Power Technologies | Call Us at +65 9030 3119

In the past, infrared sensors were used to measure the temperature of things that are too hot to touch. Nowadays, they are used for many different purposes. Infrared sensors in Singapore can be used for measuring the temperature of a room or a stovetop. They can also be used as motion detectors or in security systems. With Infrared sensors in Singapore, you can detect whether someone is at home using your Smartphone from anywhere in the world! Infrared sensors are devices that detect infrared radiation, which is a form of electromagnetic radiation. Infrared sensors are also called IR sensors.

Infrared sensor technology has been around for more than a century and has been used in a wide variety of applications, from military surveillance to home security systems. The infrared sensor is a device that detects infrared radiation, which is emitted by objects with a temperature above absolute zero. The infrared sensor can be used in monitoring applications to detect humans or animals in poorly lit or dark areas, for example, to prevent intruders from entering premises undetected. It can also be used in security systems to detect motion and sound. Infrared sensors are a type of proximity detector that use infrared light as the detecting element. They are usually employed as part of an intrusion alarm system, such as those used on windows and doors.

Pipe monitoring in Singapore| Power Technologies

Pipe monitoring is one of the most important and critical aspects of the water industry. It is a process that helps to identify, locate and control any leaks in pipes that carry water or other fluids. Pipe Monitoring System in Singapore has been implemented since 2006 by Singapore Power Technologies Ltd. It has been designed to monitor all three types of pipes - gas, water and oil. The company also provides pipe inspection services for new construction projects in Singapore.

Pipe monitoring is a system that tracks the location, condition, and pressure of the pipes underground. This system can be done by using a fiber optic cable or by using wireless technology. The fiber optics cables are buried in the ground and send information to a control room for analysis and data processing. Wireless technology sends information through radio waves to a receiver that is placed in the control room, which then transmits it to the control room for analysis and data processing. The need to monitor the condition of underground pipes was recognized in Singapore in the early 1990s due to aging water pipes. The pipe monitoring project was then initiated with a pilot test. Pipe monitoring is a tedious and time-consuming process that requires skilled engineers, who are usually in short supply. To address this issue, the Singapore government has decided to install smart sensors on the surface of water pipes and use AI-based analytics to monitor their condition.