Bewis Sensing provides mature technical solutions for photovoltaic high-efficiency automatic tracking control systems

The inclinometer in the tracking system is one of the key equipment to optimize the solar energy receiving rate

The solar tracking system can greatly increase the amount of solar radiation received by the photovoltaic array, thereby significantly increasing the overall power generation of the photovoltaic system. According to a market research company report, by 2023, the global solar tracking system market is expected to reach 7.54 billion dollars.

The photovoltaic array automatic tracking system can increase the solar radiation received by the photovoltaic array by tracking the sun's trajectory in real time, thereby increasing the solar energy receiving rate and power generation efficiency.

The inclinometer in the tracking system is one of the key equipment to optimize the solar energy receiving rate. For the photovoltaic automatic tracking control system, Bewis Sensing has developed the BWK218, which combines the angle sensor with the mechanical device to track the sun, realizes automatic angle correction, and effectively solves the problem that the accumulated error will increase over time problems. Bewis Sensing provides mature technical solutions for photovoltaic high-efficiency automatic tracking control systems.

The solar photovoltaic power generation project in northern Italy adopts the BWK218, which is installed on the photovoltaic panel support for sun tracking in cooperation with the ABB controller.

As the real-time measurement eye in the solar photovoltaic tracking system, the inclinometer is one of the key devices to optimize the solar energy receiving rate, and there are certain requirements for the accuracy of the inclination sensor. The inclination sensor independently developed by Bewis Sensing has cooperated with a number of solar photovoltaic projects, and its accuracy meets the requirements of the photovoltaic automatic tracking system, and can realize independent adjustment of the angle.