More than just power generation! Powernice linear actuators assist the launch of a photovoltaic project in Texas, USA, bringing green electricity to 65,000 households!

Product strength builds cooperation 

As an important partner in this project,  Powernice provided the core driving equipment — the PA9 linear actuator. This actuator is the result of years of research and development, integrating multiple innovative technologies. Equipped with high-precision sensors, it can capture subtle changes in the sun's position in real time. Combined with advanced algorithms, it allows the photovoltaic tracking bracket to adjust with millimeter-level accuracy, ensuring the solar panels always face the sun at the optimal angle. In terms of power output, the PA9 linear actuator is equipped with a high-efficiency motor, reducing energy consumption by more than 15% compared to traditional products. Coupled with its strong load capacity, it can stably drive the tracking bracket even in harsh environments such as strong winds and high temperatures. Additionally, its protection rating reaches IP66, fully resisting dust and rain erosion, greatly extending the equipment's service life and reducing project operation and maintenance costs.

In the project, the advanced photovoltaic tracking bracket technology, aided by the precise drive of the PA9 linear actuator, can flexibly track the sun's trajectory, thereby improving photovoltaic power generation efficiency. Actual measurements show that photovoltaic systems equipped with the PA9 linear actuator increase power generation by about 25% compared to fixed bracket systems. This means that under the same lighting conditions, the project can produce more clean electricity. The PA9 linear actuator, with its excellent stability and efficient operational performance, provides a solid guarantee for the reliable operation of the entire photovoltaic system and has become one of the key factors for the project's efficient power generation.

2 Clean energy supports millions of households 

After the future 232MWdc photovoltaic project is put into operation, the annual average power generation can reach about 350 million kilowatt-hours, providing clean electricity to more than 65,000 households and meeting their annual electricity needs. This achievement not only effectively improves the local energy structure and reduces dependence on fossil fuels. Based on the local energy consumption structure, the project can reduce the consumption of about 280,000 tons of standard coal annually, while reducing carbon dioxide emissions by about 700,000 tons, sulfur dioxide emissions by about 2,000 tons, and nitrogen oxide emissions by about 1,800 tons each year. This plays a crucial role in improving local air quality and mitigating the impacts of climate change, contributing positively to local sustainable development.

3 Stay true to the original aspiration and increase innovation 

Powernice always adheres to the concept of promoting green energy development through technological innovation, continuously deepening its expertise in photovoltaics, solar thermal, intelligent equipment, robotics, and other fields; committed to creating world-class transmission solutions. In addition to the PA9 linear actuator, the company has developed a series of photovoltaic supporting products suitable for different scenarios, forming a complete product line. The successful application of the PA9 linear actuator in the large photovoltaic project in Texas is another strong validation of the company's technological achievements and further enhances Powernice' reputation and influence in the international photovoltaic market.

In the future, Pawales will continue to increase R&D investment and continuously improve product performance and technical levels. The company plans to focus on the intelligent and integrated development of photovoltaic tracking systems over the next three years, launching more competitive products. At the same time, it will actively expand the global market, deepen cooperation with partners in more countries and regions, provide high-quality solutions for more photovoltaic projects worldwide, support global energy transition and low-carbon development, and contribute to building a clean, low-carbon, safe, and efficient energy system.