Changzhou National Grain Reserve PV centralized grid-connected project successfully connected to the grid

The pursuit of scientific and rational development of solar resources, the use of solar photovoltaic power generation, for economic development, to relieve the pressure of conventional electricity supply, beautify the environment to play a positive role in supporting the progress of solar power technology. The construction of a solar power station in the grain depot, where the solar components are integrated with the building to form a complete and unified architectural appearance, not only saves energy, reduces pollution emissions, and has a very positive effect on energy conservation and environmental protection. After the completion of the project, the average annual power generation is about 2,679,600 degrees, the average annual replacement of standard coal is about 937.89 tons, the average annual replacement of dust is 4.82 tons, the average annual replacement of carbon dioxide is 2,336.67 tons, the average annual replacement of sulphur dioxide is 17.42 tons.

Mao Zhen, the person in charge of the grain depot project, pointed out that the project has five major advantages:

First, the main equipment selection of the project is of international advanced level, based on localisation, fully demonstrating China's advanced renewable energy development and utilisation technology, with the equipment localisation rate reaching over 98%;

(ii) Optimised system design, effective use of buildings and saving of relevant resources, resulting in a large installed capacity, high power generation and improved returns;

Advanced monitoring system, friendly human-machine interface, realisation of "five remote" (telematics, telemetry, remote control, remote control and remote vision), laying the foundation for the establishment of a regional smart grid;

IV. Careful design of the installation components to reduce self-weight and cost while meeting mechanical strength and load requirements; full consideration of relevant climatic limits in the design, as well as consideration of catastrophic climates, and adequate consideration of snow resistance and component cleaning;

Fifth, while ensuring the practical function of the project, the display function of the new energy technology should be taken into account; the arrangement of the solar photovoltaic power generation modules should be coordinated with the building shape and the surrounding landscape, reflecting the concept of ecological architecture and green building.

Issues to note in the production of steel silos

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