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New energy storage is developing rapidly, in order to ensure its healthy development, in order to really play the role of energy storage in the new power system, energy storage needs to solve three problems in development. First, accurately divide the types of energy storage and make reasonable planning and layout; The second is to play the role of cooperative operation and scheduling support of multiple energy storage and other power supplies to improve the safety level of the system; Third, it is necessary to study the value formation mechanism and policy mechanism to promote the sustainable development of multiple energy storage.

Connect one battery’s positive "+" and the next section of battery’s positive "+" by the black cable, then connect the negative pole "-" of the two batteries, which completed the two batteries in parallel, if you need more in parallel, and so on . After parallel connection is completed, test the battery voltage by the multimeter, whether the voltage is the required voltage. If no need connect the battery to controller and inverter immediately, the battery terminal must be wrapped by insulation tape, avoid short circuit or get an electric shock risk. Check whether the connection point is fastness, no loose. It should leave more than 2cm gap between batteries for heat dissipation.

This news will give a brief introduction to the three-phase energy storage inverter. Three-phase energy storage inverters not only provide the feasibility of renewable energy, but also provide users with more stable and economical energy solutions. We believe this product will play an important role in the future energy transition. Three-phase energy storage inverters are designed with three-phase AC output for home and commercial applications. This design can support larger loads to meet a variety of electricity needs, including high-power equipment and machines. The device is equipped with an advanced intelligent control system that monitors energy production and consumption in real time to maximize energy management, save costs, and reduce carbon emissions.

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.

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.

With the rise of renewable energy, innovative applications of off-grid wind turbine inverters and controllers are leading clean energy technology to new heights. Deming Power has launched a series of advanced off-grid wind turbine inverters and controllers, bringing more efficient and intelligent operation to the wind power system, helping the application of clean energy in a wider field.