SYS POWER
Make The Greatest Contribution To The Photovoltaic Industry
Make The Greatest Contribution To The Photovoltaic Industry
Year Of Exprience
About Us
SYS POWER was registered and established in 1992. Its production base is located in Yangzhong City, Jiangsu Province, a well-known Green Energy Island in the Yangtze River Delta. After years of development, the company has become a large sized enterprise group with "diversified industries and modernized management. A rich domain of expertise related to Crystalline Photovoltaic Modules Manufacturing, Solar Material and Component Manufacturing，Electrical Equipment Manufacturing and Large O&M - EPC Solar Projects Investment and Construction.
PV Module Output
O&M PV Plants
PV Materials
Project Pipeline
We hope to build a bridge of cooperation between you and us through our products, and we also sincerely hope to cooperate with new and old users and friends from all walks of life to achieve a great cause together.
SYS POWER believes that strengthening social responsibility awareness, integrating it into strategic goals, and implementing it in daily management and innovation, leads to socially acceptable and harmonious economic-social development for a respected organization.
The development of an enterprise must consider not only the needs of current development, but also the needs of future development; it cannot be exchanged for the current development and satisfy the current interests at the expense of the later interests.
The company prioritizes sustainability, boosts eco-civilization, and adopts measures to cut pollution, enhance resource use, and strengthen pollution control. Implementing policies on savings, reduction, and efficiency enables strategic transformation.
The characteristics of photovoltaic cables are determined by their special cable insulation and sheathing material, which we call cross-linked PE. After irradiation by an irradiation accelerator, the molecular structure of the cable material is changed, thus providing various aspects of its performance.
The design process is the starting point for the manufacture of electrical equipment and consists of two main parts: product design and production planning. Product design requires comprehensive consideration of product performance, product use, material costs, production processes and other aspects, and ultimately determine the main parameters of the product.
The key core of smart manufacturing is digitalisation, networking and intelligence. Smart factories effectively integrate technologies such as the Internet of Things, big data and artificial intelligence with the research and development, production, management and service of manufacturing enterprises.
At present, electrical equipment manufacturing enterprises use the traditional manufacturing model for production, there is equipment scattered, the lack of information support, in the production process can not be timely access to equipment status information and other issues, resulting in production information lag, the production process is less transparent, is not conducive to the effective management of the production process.
Solar module equipment production lines are relatively mature at present, and each process equipment is highly advantageous, but due to cost, time efficiency, labour and other constraints, the functions of the line are still being gradually improved and made more powerful and intelligent.
Most bulk silicon PV modules consist of a clear surface, an encapsulant, a backside and a frame around the outer edge. In most modules the top surface is glass, the encapsulant is EVA (ethylene vinyl acetate) and the backside is PET, this is only for glass solar panels, flexible modules may have an ETFE or PET surface and patch modules have a PCB backside.
Monocrystalline and multicrystalline cells are different due to their pre-production. The difference between monocrystalline and polycrystalline cells is due to the difference in their pre-production processes, which makes them different from each other in terms of appearance and electrical performance.
The solar cell is the main material in the solar module, the surface of the cell has a blue antireflective film, and a silver electrode grid.
Firstly, starting with the input of raw materials, the crystalline silicon raw material needs to be melted over a long period of time, that is, the solar junction fired device required to manufacture the PV module is controlled to a high degree of accuracy and the device is tested and discarded if it does not meet the rated requirements to ensure a high quality output.
The process of making crystalline silicon PV modules is very complex and needs to cover several stages, including crystalline silicon growth, silicon wafer preparation, cell fabrication and encapsulation.
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