Are you having trouble evaluating batteries? Not only can they be connected in parallel, but also in series. They offer flexible expandability like batteries.
The regenerative type DC power supply pCUBE allows customers to freely combine series and parallel configurations, enabling flexible responses to battery capacity increases and battery pack testing. As a top runner in regenerative power supplies, it achieves compactness and high efficiency (regenerative efficiency of 86%) while realizing fast current response and high-precision program operation through high-efficiency digital control technology (HeDCT).
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◆Easy connection like batteries, in series or parallel. Changes are freely adjustable. If it's the same model, you can freely connect in parallel or series. The MWBFP3-1008-J is a high current model with 80V/250A/10kW, and can be expanded up to 480V/±1000A through combinations. The MWBFP3-1250-J is a high voltage model with 500V/35A/11.5kW, expandable up to 1000V/±280A. ◆Economical because it regenerates 86% of energy. It regenerates energy at an efficiency of 86% (MWBFP3-1008-J), significantly reducing heat generation. It also boasts excellent economy in charge and discharge cycle tests. (*MWBFP3-1250-J is 80%.) ◆Achieves 1/3 the size compared to conventional equipment with bidirectional inverter technology. While enabling large capacity charge and discharge of 10kW (MWBFP3-1008-J), it achieves a compact size that fits in a 19-inch rack. Unlike typical power supplies or electronic loads, it employs an inverter circuit, allowing it to perform both power supply and electronic load functions in one unit. (*MWBFP3-1250-J is 11.5kW.)
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DC power supply, electronic load, battery emulator, battery evaluation device
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The richness of our lives is supported by the use of electrical energy. As a result of the massive consumption of this electrical energy, we are facing environmental and energy issues. The key lies in the spread of energy-saving and new energy products. These are technologies that handle energy more efficiently and generate cleaner electrical energy. We aim to leverage the power conversion technologies (power electronics) we have developed so far to contribute to the realization of a low-carbon society, which is a common challenge for humanity, through the "electrification of vehicles."
