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The product is manufactured according the JB/T6939.1-2004 industrial standard and GB/T 19115.1-2003 national standard also with users’ technical requirements. Big LCD display.The images tell working state visually.Various data show: real-time wind turbine voltage,current,power;solar panel voltage,current,power;battery group voltage, charge current.(The main board is with button battery,in case of power failure, historydata can be saved for 30 days)
The global climate is warming, all countries are working together to cope with climate change, and the global energy structure is irreversibly transforming to low-carbon. In this context, the power sector must achieve decarbonization targets by mid-century, and large-scale use of renewable energy is the main path to achieve decarbonization.
At the 2023 Conference on Distributed Wind Power Development and Application of New Technologies held today, experts from various sectors gathered to discuss the latest trends and innovative technologies in the small and medium-sized wind power industry, including key areas such as photovoltaic, energy storage, grid, charging pile and so on. This seminar has become an important platform for industry exchanges and cooperation. Since the introduction of the distributed power generation model, the small and medium-sized wind power industry has gradually attracted the attention of more and more countries and enterprises. Compared with traditional large-scale wind farms, the advantages of small and medium-sized wind power generation are flexible layout, low cost, high adaptability and the reduction of pressure on the local grid. Small and medium-sized wind turbines are usually built on the edge of cities or in scattered areas, which can better meet local power demand.
Install the Grid-tie Controller to Ensure Safe and Efficient Operation of the Wind Power Generation System With the rapid development of renewable energy, wind power generation is widely used in various regions as one of the important clean energy sources. In the wind power generation system, the installation of grid-tie controller is a key link, and special attention needs to be paid to some matters to ensure safe and stable operation and improve energy efficiency. Here are a few key points to note when installing a grid-tie controller. Installation personnel should have the appropriate professional knowledge and skills, and follow the relevant standards and specifications. If you are unsure about your own installation, it is recommended to seek the help of a professional engineer or installation company to ensure the correct installation and operation of the grid-tie controller. During use, regular maintenance and inspection should be carried out, and faults should be handled in a timely manner. Through proper installation and scientific management, grid-tie controllers can ensure the safe and stable operation of the system and further improve the energy utilization efficiency of wind power generation.
With the rapid development of renewable energy, off grid solar hybrid inverters play an important role as key equipment in the energy transition. Recently, the rapid rise of the new off grid solar hybrid inverter industry, with its unique characteristics and a wide range of application fields, has become a high-profile new darling in the market. The characteristics of the new off grid solar hybrid inverter mainly include the following aspects: 1.High Efficiency Conversion 2.Photovoltaic Power Transmission Optimization 3.High Reliability 4.Intelligent Monitoring and Management
Deming Power is honored to announce that we will warmly welcome the annual traditional festival - Dragon Boat Festival. As a high-tech enterprise with innovation as its credo, we always pay attention to the inheritance and promotion of traditional culture. On this special occasion, we share our Dragon Boat Festival celebrations and wishes with you through this press release.
With the rapid development of renewable energy and the transformation of power system, power conversion technology has become the key to solve the instability of power supply and improve the efficiency of energy utilization. In this context, a study on the power conversion system PCS for 1MW/4MWH vanadium flow batteries has shown great potential. Vanadium flow batteries, as a new energy storage technology, have been widely concerned for their high efficiency energy storage, long life and sustainability. The power conversion system PCS is a key device connecting the power grid and the vanadium flow battery, which is responsible for regulating the conversion and transmission of electric energy to meet the needs of the power grid.
I would like to share with you my experience with off-grid hybrid energy systems. My home originally installed a 3kw off-grid wind power system, but in the process of use, we found that at certain times when the weather is unfavorable, the energy production of the wind power is insufficient, resulting in our energy supply is insufficient. So we decided to add 2kw of solar panels to the existing system to improve this problem. We chose a 48v lithium battery pack to store energy, so we can continue to use electricity at night or in rainy days. We have also installed a monitoring system that monitors energy production and consumption in real time.
My family lives in Italy. Since our home energy needs are not very large, we have been looking for a sustainable energy solution that can meet our energy needs. After consulting with George, we installed a home off-grid power system, including wind and solar power, off-grid inverters and wind turbine solar hybrid controller. Now I would like to share with you our experience and feelings. Our home off-grid power generation system is a hybrid system based on solar and wind power technologies. We installed some solar panels and a wind turbine to generate electricity in different weather conditions. Both devices use off-grid inverter control systems to ensure the stability and flow of power.
As the pace of global energy transformation accelerates, the solar hybrid industry is ushering in leapfrog development in terms of installed capacity and technological innovation, new formats, new models, and new demand continue to emerge, and the data of an industry organization also predicts the broad development prospects of solar hybrid industry in the future. In 2023, the global PV new installed capacity will exceed 350 GW, and by 2030 the new installed capacity will be close to 700 GW.