China Jingyuan Zhongke Joins Solar Thermal Alliance, Boosts Industry Intelligent Upgrade with Heliostat Smart Production Line and CSP Intelligent Cleaning Vehicle R&D
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en.Wedoany.com Reported - China Jingyuan Zhongke Technology (Quanzhou) Co., Ltd. (referred to as Jingyuan Zhongke) has been officially approved to join the Solar Thermal Industry Technology Innovation Strategic Alliance (referred to as the Solar Thermal Alliance), becoming a member unit of the alliance.

Deep Cultivation in the Solar Thermal Equipment Field

Jingyuan Zhongke was founded in 2019, headquartered in Quanzhou, Fujian, with a R&D center and factory in Tianjin. As a national high-tech enterprise and a specialized, sophisticated, distinctive, and innovative enterprise, the company possesses over 50 patents and software copyrights.

As one of China's first pioneers focusing on intelligent production lines and cleaning vehicles for the solar thermal industry, Jingyuan Zhongke has successfully delivered benchmark projects for multiple 100-megawatt-level tower solar thermal power plants in Dunhuang, Golmud, Turpan, Jinghe, and other locations, and has earned high recognition from customers for its outstanding technology and services.

Solar Thermal Related Products and Services

1. Heliostat Intelligent Production Line

Jingyuan Zhongke's product line includes:

(1) Intelligent production line for sub-mirror cleaning, drying, adhesive application, pressing, curing, and palletizing

(2) Heliostat intelligent assembly production line

(3) Intelligent surface shape detection production line

(4) Intelligent production line for torque tube welding and drilling

(5) Intelligent production line for bracket riveting

2. Solar Thermal Intelligent Cleaning Vehicle

The product covers application scenarios for tower and trough heliostats, providing various chassis configurations such as wheeled, towed, and tracked, which can flexibly adapt to various complex terrains and mirror field layouts. The vehicle integrates automatic obstacle avoidance, intelligent spraying, and flexible brushing systems, achieving efficient cleaning operations and significantly improving operation and maintenance efficiency as well as power generation efficiency.

Trough Cleaning Vehicle

In the future, Jingyuan Zhongke will continue to deepen its cultivation in the solar thermal industry, driven by innovation and centered on customers. Through more intelligent and efficient solutions, it will help customers reduce costs and increase efficiency, jointly advance the green energy cause, and move towards a sustainable zero-carbon future together.

Joining the Alliance to Jointly Explore New Prospects for the Solar Thermal Industry

The Solar Thermal Alliance is a pilot alliance under the Ministry of Science and Technology and the only Class A alliance in the industry. It is a core industry organization in China's solar thermal field, with the core purpose of integrating industrial resources, promoting technological innovation, and facilitating the coordinated development of industry, academia, research, and application. Jingyuan Zhongke's joining the alliance will further promote the technological reserves and industrial strength of the solar thermal industry in the field of intelligent equipment.

Relevant personnel stated that Jingyuan Zhongke will actively participate in various alliance activities, share technology R&D achievements and exchange industrial practical experience with industry peers, jointly explore the development path of intelligence and cost reduction in the field of solar thermal power generation, and contribute to the high-quality development of China's new energy industry.

With the deepening advancement of the "dual carbon" goals, solar thermal power generation is ushering in new development opportunities due to its industrial advantages of stable operation and strong dispatchability. With the R&D and manufacturing of solar thermal intelligent equipment as its core focus, Jingyuan Zhongke continues to help the solar thermal industry improve quality and efficiency, and its future development prospects are broad.

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