NKCB12 synchronous controller control box
high speed waterproof linear actuator
NAKIN solar electric linear actuators are made of high-strength, high-wear-resistant materials, precision parts processing, and advanced R&D and design teams. They have long been high-loading, anti-stamping, and adapt to various harsh environments to ensure normal work.
There are four common working states of NAKIN solar tracker electric actuator:
Daily tracking status under normal conditions (sunny weather);
Intermittent tracking, for example, when the solar tracking system determines that it is not suitable for tracking in cloudy weather and bad weather, the putter is in a suspended state. When the weather is good, the system will automatically give a fast-tracking command to quickly align it with the sun to complete fine tracking.
Reset design, when the sun goes down, the electric push rod of the solar tracker is automatically in a dormant state, and automatically resets to the position where the sun rises, so as to carry out a new round of tracking.
In bad weather, the solar tracker electric actuator will enter the automatic protection state. When customs or precipitation are not suitable for work, the actuator will stop working, and the light-receiving surface of the entire large system will be in a parallel or vertical state with the ground plane, so that Avoid system damage.
Electric actuators have become an essential component in the solar energy industry due to their reliability and efficiency. These devices are used to control the movement of various components in solar panels, solar tracking systems, and many other solar energy applications.
One major benefit of electric actuators is their ability to improve the efficiency of solar energy systems. Solar tracking systems that use electric actuators can rotate the solar panels to face the sun directly, maximizing their exposure to sunlight and producing more energy. This helps increase the overall energy output and efficiency of the system.
Moreover, electric actuators are also used in solar-powered water pumping systems, which are crucial for providing water to remote areas that lack access to the grid. These systems can be fully automated using electric actuators, making them ideal for use in areas where skilled labor is scarce or costly. They are efficient and can be operated remotely, reducing the cost of operation and maintenance.
Another advantage of electric actuators is their durability and long lifespan. These devices are designed to withstand harsh environmental conditions, such as extreme temperatures and high humidity, making them ideal for use in solar energy systems that are installed outdoors.
In conclusion, the wide application of electric actuators in solar energy systems is a positive development for the renewable energy industry. It not only improves the efficiency and performance of the systems but also makes them more reliable and cost-effective. As the demand for renewable energy continues to grow, the use of electric actuators is expected to increase, further boosting the solar energy industry.
