In core high-power fields such as energy storage and new energy, equipment has extremely high requirements for the efficiency and stability of electrical energy transmission. With the advantages of "efficient bidirectionality + worry-free high power", the bidirectional high-power DCDC converter has become an ideal choice for these fields.
For energy storage scenarios, it can efficiently realize energy interaction between energy storage batteries and the power grid: it stores electrical energy when the grid electricity price is at a low ebb and releases it during peak periods, helping users reduce electricity costs. For the new energy field (e.g., photovoltaic power plants, wind energy storage systems), it can regulate the volatility of new energy power generation, convert unstable electrical energy into stable output, or store it in energy storage equipment, thereby improving the new energy absorption rate.
The product not only features an ultra-high energy conversion rate but also has passed rigorous environmental adaptability tests (supporting wide-temperature operation from -40℃ to 85℃). It can still work stably under extreme climate conditions, completely resolving concerns about electricity use in high-power scenarios and injecting strong impetus into the development of the energy storage and new energy industries.
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