The principle of solar monitoring system

In remote and field monitoring, power supply is difficult, and solar monitoring systems are generally used. So, let's take a look together

In remote and field monitoring, power supply is difficult, and solar monitoring systems are generally used. So, let's learn about the principle of solar monitoring systems together!

Next, let's take a look at the design of a solar monitoring system. Let's take a detailed look at the solar monitoring system. In order to solve the problem of remote monitoring and transmission of solar energy in reality, it is known that solar energy is an inexhaustible, clean and environmentally friendly new energy source. However, the installation of monitoring cameras in the field is often located in places with scarce and harsh installation environments, and usually cannot provide normal and stable AC power.

In this case, the working principle of the solar monitoring system is to convert solar energy into electrical energy, with solar charge and discharge control as the core control device. On the one hand, the electrical energy converted by the solar cell module is stored in the battery pack, and on the other hand, the battery pack is controlled to supply power to the load device. When the load equipment requires AC power supply, it needs to reverse convert DC power to AC power through a frequency converter. According to the power requirements of the system equipment, different voltages can be output to meet the power supply needs of various devices. The system operates reliably and stably, and can meet various harsh outdoor working environments.

The solar monitoring system is mainly used in outdoor and urban areas where wiring is inconvenient, such as real estate construction sites, reservoirs, river water levels, monitoring of fishing grounds and forest farms, forest fire prevention, island monitoring, border monitoring, individual detection, etc. The solar monitoring adopts a 4G integrated network camera, which can be directly inserted into the 4G data card of the three major network operators to conduct real-time monitoring on site, making up for the widespread application of monitoring in difficult construction and no network or electricity environments in the market.

To be honest, it is not limited by distance and can be watched in real-time as long as there is an internet connection.

Solar panels

The function of solar panels is to directly convert solar energy into direct current and provide it to the load, or store it in a battery for backup. It is one of the important components in solar power generation systems. The conversion rate and lifespan are important factors determining whether solar cells have practical value. Solar panels can form solar cell arrays of various sizes, also known as solar cell arrays. The output capacity of solar panels is closely related to their area size. The larger the area, the greater the output under the same lighting conditions. Solar panels are generally composed of battery chips, module baffles, tempered glass, sealing materials, junction boxes, etc.

battery pack

The battery pack is an essential component in independent solar energy systems. The battery pack stores the direct current generated by the solar cell array and provides it to the load. In a solar power generation system, the battery is in a suspended charging state. During the day, the solar cell pack provides power to the load while charging the battery.

The solar monitoring system consists of a solar cell array composed of solar cell modules, a solar charging control device, an inverter, and a battery pack. The solar monitoring system converts solar energy into electrical energy during clear daylight hours. While supplying power to the load, the battery pack can also provide power to the load from the battery when there is no light available for charging. In addition, considering that installing wind power generation systems may result in extremely harsh and prolonged periods of no light weather, it can provide a great guarantee for power supply.

The above introduction is the principle of the solar monitoring system. If you want to learn more, please feel free to contact us at any time!