The morning mist receded and the sun rose. The dawn of the New Year shines in the pond beside the production line of Shangfeng Tongling Base, where rows of neat photovoltaic modules shine brightly. Hundreds of kilometers away, on the Huangyan seashore, the rooftop photovoltaic power generation of Taizhou Shangfeng has begun to supply green power to the production plant.
Recently, Tongling Shangfeng 1600 kW water surface photovoltaic project and Taizhou Shangfeng 400 kW roof photovoltaic project, developed and constructed by Shangfeng Sunshine New Energy Company, have successfully passed the acceptance of grid-connected power generation. The two projects can generate about 2.4 million degrees of electricity annually, and green power generation can save about 800 tons of standard coal annually. The annual reduction of carbon dioxide is nearly 2400 tons. The successive operation of photovoltaic series projects will open a new chapter for Shangfeng to practice low-carbon development.
In order to make intensive use of land resources, Tongling and Taizhou photovoltaic projects have adopted advanced technology applications in the industry, and have taken the lead in adopting large-area floating photovoltaic design and lightweight component design in the building materials industry. With the help and guidance of shareholder Sunshine New Energy and floating photovoltaic design experts
, Shangfeng Sunshine New Energy Team repeatedly demonstrated the anchoring and installation design arrangement scheme of floating photovoltaic on Tongling water surface, carefully supervised the installation and construction, and completed all the project construction work in just over two months; Taizhou Shangfeng storage shed top can not bear the weight of traditional components and brackets, after repeated investigation and comparison of the technical solutions of photovoltaic suppliers in the industry chain, a new lightweight component solution of only about 3 kg per square meter was finally selected, and the weight per unit area was reduced by nearly 70% compared with the traditional component method! The optimized comprehensive scheme solves the bearing safety problem pertinently. The two projects can not only reduce the cost and increase the efficiency of the main business operation, open up a new channel for the company's green and low-carbon development, but also train the team and improve the team's level of new energy technology development and application.
At present, Shangfeng Sunshine New Energy has synchronously carried out the construction of photovoltaic projects in Anqing, Huaining, Inner Mongolia and other bases, as well as the development of photovoltaic storage and charging micro-grid system projects in Taizhou and Huaining. The series of photovoltaic storage new energy projects have also become a new bright spot for the tenacious growth and balanced development of Shangfeng's "one main and two wings".
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