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Solar Photovoltaic Projects

With the development of science and technology, electricity has become an indispensable component of human life and industrial production, and how to use electricity efficiently, cleanly and economically has become the main research direction nowadays. In addition to the common hydroelectric and thermal power generation, the conversion of solar energy and electrical energy has also been attracting attention from all over the world. In recent years, with the proliferation of photovoltaic power plants on the road, there is a serious shortage of land resources available for installation and construction, which restricts the further development of such power plants. At the same time, another branch of photovoltaic technology – floating power plants into the people’s eyes. According to a research report by Marketsand Markets, the global market size of floating PV power plants is estimated to be $889.6 million by 2017, with huge potential.

Solar PV floating and racking projects

Floating power plants can be built on a variety of bodies of water, whether natural lakes, artificial reservoirs or coal mining sinkholes, sewage treatment plants, as long as there is a certain amount of water for equipment installation. When floating power plants meet the latter, not only can “waste water” be regenerated into a new power plant carrier, but also can maximize the self-cleaning ability of floating photovoltaic, by covering the water surface to reduce evaporation, inhibit the growth of microorganisms in the water and thus achieve the purification of water quality. Floating photovoltaic power plant can make full use of water cooling effect to solve the cooling problem encountered by road photovoltaic power plant, and at the same time, because there is no shade over the water, fully exposed to light, floating power plant is expected to improve the power generation efficiency by about 5%.

Water floating type is the basic form of water PV power plant. There are mature applications in many countries China, Japan, India, Korea, Singapore, UK, Norway, USA, Brazil, Australia, etc.

solar float blow molding machine application scope

The solar power plant is built on the water by using a floating racking platform to support the electric panels and connect all the panels together. These pontoons are hollow structures, made by a blow molding process, and are relatively inexpensive. Think of it as a waterbed net made of strong rigid plastic. Suitable sites for such floating PV plants include natural lakes, man-made reservoirs, as well as abandoned mines and pits.

Floating photovoltaic power plant on water

Floating photovoltaic power plant is built on 6,000 acres of water in the Panji coal mining subsidence area in Huainan City. The upper water surface of the former coal mining sinkhole is used for power generation and the lower layer is used for aquaculture, which not only greatly improves the economic output per unit area, but also purifies and treats the water bodies in the sinkhole, giving a perfect combination of nature and technology.

제어 시스템

B&R Austrian original man-machine operator interface and blast control system, 300 points adjustable blast wall thickness control.

Main Configuration

Extrusion and head system

Extrusion system screw and barrel adopt Jinhailuo, which has the advantages of high output, good plasticization, high hardness and high abrasion resistance, etc.; it is equipped with special hard gearbox for plastic extrusion.

Jwell provides customers with a variety of stable single/multi-layer continuous and storage type heads to meet the special requirements of customers for different polymer materials and different degrees.

Robots

• Take out product function
• Top wrapping and sealing function

Automatic lubrication system

The lubrication system can automatically lubricate the system, and the lubrication time period can be set by yourself

Mold opening and closing system

Three plates and three tie rods structure-boosting oil cylinder

INOVANCE inverter speed control

Schineider electrical components

Hydraulic system

Hydraulic control system adopts servo motor – oil pump control technology, servo control system, SUMITOMO low noise gear pump, fast response, low energy consumption, less heat generation, 50% energy saving than conventional motor.