Recently, Tianhe Tracking's 64MW photovoltaic project located in the 345MW Valle de la Puerta wind solar hybrid power station in La Rioja Province, Argentina, has been officially connected to the grid. Tianhe Tracking provided the Pioneer 1P intelligent tracking system for this project. The successful delivery of the cooperation project with Argentine energy company Parc E ó lico Arauco SAPEM (PEA) demonstrates the high reliability of Tianhe Tracking in windy environments and sets a new benchmark for intelligent tracking technology in the wind solar complementary scenario in the Latin American market.

The province of La Rioja in Argentina has abundant sunshine resources, but is located in a typical strong wind and drought corridor with undulating terrain and extremely high wind speeds, which puts strict requirements on the structural durability of photovoltaic equipment. The Valle de la Puerta project is Argentina's first large-scale "wind solar complementary" composite power station. The 64MW photovoltaic project connected to the grid is an important component of it, which efficiently collaborates with the wind power assets already built in the power station, effectively solving the volatility problem of single wind power generation and improving the stability and transmission efficiency of the local power grid.

Deploying photovoltaic tracking brackets within existing wind farms faces unstable challenges such as static torsional divergence and dynamic torsional galloping caused by strong winds. Tianhe Tracking adopts the Pioneer 1P intelligent tracking bracket system, providing a wind resistant solution with "high reliability bracket" and "intelligent algorithm": equipped with a patented bilateral hydraulic damping system, combined with a large R-angle square tube main beam, to enhance the wind resistance toughness and overall structural stability of the bracket; Equipped with patented spherical bearings with 30% angle adjustment capability, enhancing terrain and structural adaptability.



近日，天合跟踪位于阿根廷拉里奥哈省 345MW Valle de la Puerta 风光互补复合电站中的 64MW 光伏项目正式并网。天合跟踪为该项目提供了开拓者 1P 智能跟踪系统。本次与阿根廷能源企业 Parque Eólico Arauco SAPEM（PEA）合作项目的成功交付，展现了天合跟踪在大风环境下的高可靠性，树立了智能跟踪技术在拉美市场风光互补场景中的新标杆。

阿根廷拉里奥哈省拥有充沛的日照资源，但处于典型的强风干旱走廊，地形起伏、风速极高，对光伏设备的结构耐久性提出了严苛要求。Valle de la Puerta 项目是阿根廷首个大型“风光互补”复合电站，本次并网的 64MW 光伏项目作为其重要组成部分，与电站内已建成的风电资产高效协同，有效解决了单一风能发电的波动性难题，提升了当地电网的稳定性与输电效率。

在已建成的风电场内部部署光伏跟踪支架，面临着强风带来的静扭转发散、动扭转驰振等不稳定挑战。天合跟踪采用开拓者 1P 智能跟踪支架系统，提供“高可靠支架”与“智能算法”的抗风解决方案：装备专利双边液压阻尼系统，结合大 R 角方管主梁，提升支架的抗风韧性与整体结构稳定；配备具有 30% 角度调节能力的专利球形轴承，增强地形与结构适应力。



The system is equipped with Tianhe Tracking's self-developed SuperTrack intelligent control algorithm, which can increase power generation by up to 8% compared to traditional astronomical algorithms; At the same time, it has extreme weather forecasting function, which can predict severe weather such as strong winds, hail, and heavy rainfall in advance, adjust the photovoltaic modules to the best shelter angle in a timely manner, and effectively reduce the risk of structural damage.

Faced with complex terrain and construction requirements, Tianhe Tracking fully leverages the senior technical advantages of its "localized service team" to provide customers with a full process service covering pre planning, engineering design, on-site construction, and system debugging. The successful delivery of the Arauco Solar I project marks a further deepening of Tianhe Tracking's long-term strategic partnership with Argentine energy company PEA. Based on this good cooperation foundation, PEA will continue to choose Trina Solar for future photovoltaic projects, and Trina Tracking will continue to provide intelligent tracking systems.

The wind solar complementary composite power station represents the development direction of optimizing the energy structure and enhancing the stability of the power grid in Latin America. Tianhe Tracking will continue to assist regional power operators in building smarter and lower cost wind solar complementary facilities, helping Argentina and Latin America transition to clean energy.



系统搭载天合跟踪自研 SuperTrack 智能控制算法，相较于传统天文算法可提升高达 8% 的发电量；同时具备极端天气预报功能，能够提前预判大风、冰雹、强降雨等恶劣天气，及时将光伏组件调整至最佳避风角度，有效降低结构损坏风险。

面对复杂地形与施工需求，天合跟踪充分发挥“本土化服务团队”的资深技术优势，为客户提供涵盖前期规划、工程设计、现场施工到系统调试的全流程服务。Arauco Solar I 项目的成功交付，标志着天合跟踪与阿根廷能源企业 PEA 长期战略合作关系的进一步深化。基于此次良好的合作基础，PEA 将在后续的光伏项目中继续选择天合光能，并由天合跟踪继续提供智能跟踪系统。

风光互补复合电站代表着拉丁美洲优化能源结构、提升电网稳定性的发展方向。天合跟踪将持续助力区域电力运营商打造更智能、更低度电成本的风光互补设施，助力阿根廷及拉丁美洲的清洁能源转型。

(Using AI translation)

（使用AI翻译）