Classic Case

    详细说明

           On the afternoon of June 27, 2017 at 17:31, the 18MW distributed photovoltaic power generation project in Caofeidian, Hebei Province, successfully connected to the grid and began to provide a continuous supply of clean energy for the social and economic development of Tangshan City.
    The distributed photovoltaic power generation project site of China Resources Caofeidian Port Storage Area is located in the factory area of Caofeidian Port Group Co., Ltd. in Tangshan City, Hebei Province, and fully utilizes the roof of the warehouse in the factory area for house construction. The total installed capacity is 17.9982MWp. After the project is put into operation, it will save about 5531 tons of standard coal per year, reduce sulfur dioxide emissions by about 108 tons, and nitrogen oxides by about 37 tons, effectively achieving energy conservation and emission reduction, improving the ecological environment, promoting green development, and achieving both social and economic benefits.

          Our company provided services such as secondary monitoring equipment design and planning, relay protection devices, comprehensive automation systems, and commissioning training for the project. The project was successfully implemented and connected to the grid for power generation as scheduled. The owner expressed satisfaction with the equipment quality and power generation. This marks the strong planning, design, and construction capabilities of Odewete in undertaking major photovoltaic power generation projects, establishing a high-quality corporate image for Odewete in the field of photovoltaic power generation.


           
    Since the commencement of the Caofeidian Photovoltaic Project in June 2017, both the supply and demand sides have worked together and cooperated sincerely to overcome difficulties and problems such as tight construction schedules and repeated adjustments to demand plans. In less than 20 days, the project has successfully completed the design, assembly, and commissioning of all secondary equipment. During this period, company leaders conducted multiple on-site investigations to gain a deep understanding of customer needs and project progress. They actively cooperated with customers, improved project design, optimized project configuration, integrated company resources, mobilized internal forces, and ensured the smooth production and delivery of all project equipment. During the installation and debugging period of the later project, the company selected experienced engineers from the design and engineering departments to actively carry out on-site work. Due to the heavy on-site installation and commissioning work, tight schedule, and high project standards, the company's on-site engineers worked overtime day and night to overcome numerous difficulties. Under immense pressure, they successfully completed all installation and commissioning work and passed the acceptance of the owner and power supply bureau.
    The rooftop photovoltaic power generation project is a new force in the field of new energy generation. Due to its flexible scale and construction site, it is of great significance for optimizing energy structure, promoting energy conservation and emission reduction, and achieving sustainable economic development. In recent years, it has received support from local governments. Odewete Power Technology Co., Ltd. keeps up with market trends and actively explores new areas of product application. In this project, the Odewete team successfully completed the on-site engineering tasks with skilled work skills and a serious work attitude, establishing Odewete's high-quality brand image in the photovoltaic market. The successful grid connection operation of this project has played a good demonstration role in the development of the company's engineering project work. In the future, the company will continue to move forward and reach new heights, providing better and better services to customers.