SKU/Artículo: AMZ-B0G19P31NZ

HanOaki

High-Power Diode Module for Reverse Current Protection and Seamless Backup Switching in UPS, Solar PV, and Industrial Systems(Single motherboard)

Size:

Single motherboard

M5 wiring column

Single motherboard

version 5-100V

Detalles del producto
Disponibilidad:
En stock
Peso con empaque:
0.30 kg
Devolución:
No
Condición
Nuevo
Producto de:
Amazon
Viaja desde
USA

Sobre este producto
  • Features:1. Uninterruptible Power Supply (UPS) and Backup Power SwitchingThis is of the most typical application scenarios for ideal diode modules, fundamentally solving the problem of seamless switching between main power and backup power:Principle: In a UPS system, the main power supply (such as AC mains power) and the backup power supply (such as batteries or generators) are each connected to the load end through an for ideal diode module. Under normal conditions, the main power supply provides power, and the for ideal diode conducts in the forward direction (voltage drop ~0, low power consumption); when the main power supply is interrupted, the backup power supply immediately starts, the corresponding for ideal diode conducts, and the original main power supply side diode is reverse-biased (no leakage current, backflow from the backup power supply to the main power supply).Advantages: Compared to traditional mechanical relay switching, for ideal diode modules can achieve switching speeds in the microsecond range, with no switching gaps or arcing, uninterrupted operation of loads with extremely high power continuity requirements, such as servers and equipment.2. Multi-Power Supply Parallel System (Reverse Current Prevention and Current Sharing)In scenarios requiring simultaneous power supply or redundant backup from multiple power sources (such as new energy vehicles, communication base stations, and industrial power systems), for ideal diode modules are primarily used for "current prevention" and assisting in "current sharing":Reverse Current Prevention: For example, the low-voltage power supply system (12V/24V) of new energy vehicles often consists of three power sources connected in parallel: the "On-Board Charger (OBC)," the "Battery," and the "DC-DC Converter." If power source fails (e.g., the OBC stops outputting), the for ideal diode module will immediately cut off that power source, other normal power sources from flowing current back to the faulty power source, thus protecting the entire power supply system.Auxiliary Current Sharing: By combining with a current sharing control circuit, multiple for ideal diode modules can achieve equal current sharing among multiple power sources, avoiding overload of a single power source and improving system stability (e.g., multiple batteries connected in parallel for power supply in a communication base station).3. Photovoltaic (PV) Grid-connected/Energy Storage Systems (Improving Power Generation Efficiency)In photovoltaic power plants or residential photovoltaic energy storage systems, for for ideal diode modules are used to optimize the power generation efficiency of photovoltaic modules and protect energy storage batteries:PV String Reverse Connection Protection: Multiple photovoltaic modules are connected in series to form a "string." If the output voltage of string is lower than that of other strings due to shading or a fault, traditional diodes will generate a large amount of power consumption due to the forward voltage drop (wasting energy); while the forward voltage drop of an for ideal diode module is only tens of millivolts, significantly reducing power consumption and improving overall power generation efficiency.Energy Storage Battery Protection: In photovoltaic energy storage systems, for ideal diode modules can prevent energy storage batteries (such as lithium batteries) from flowing back current into the photovoltaic inverter when the photovoltaic modules are not generating enough power, avoiding over-discharge of the battery or damage to the inverter.4. Industrial Automation and Motor Drive Systems (Protection and Energy Saving)In industrial equipment (such as frequency converters, drives, and PLC power supply systems), for ideal diode modules are mainly used for "power protection" and "reducing standby power consumption":Power Redundancy Protection: Industrial equipment often uses dual power supply redundancy (such as main power supply + backup UPS). for Ideal diode modules for ensure that the two power supplies operate independently without interference, and seamlessly switch in case of a failure in , avoiding production interruptions due to equipment downtime.Specifications:Product Name: High-Power for Ideal DiodeMaterial: Plastic, MetalColor: Black, Green, YellowSize: As shown in the picturePackage Content:A: Single MotherboardB: for XT60 VersionC: M5 Binding Post Version
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[SEAMLESS POWER TRANSITION] Our diode module guarantees uninterrupted power supply operations. Designed for UPS systems, it facilitates quick switching between main and backup power without gaps or arcing, making it essential for sensitive equipment like servers. [REVERSE CURRENT PREVENTION] Utilize this diode module in multi-source setups to prevent reverse current flow. This feature is crucial for new energy vehicles and industrial systems, ensuring protection against potential damage from faulty sources. [OPTIMIZED PHOTOVOLTAIC PERFORMANCE] Improve your photovoltaic energy output with our innovative diode module. It reduces forward voltage drop significantly, enhancing the overall efficiency of solar panels while protecting energy storage batteries from backflow issues. [PROTECTIVE INDUSTRIAL APPLICATIONS] Specifically engineered for industrial automation, this module provides redundancy protection and minimizes standby consumption. It allows dual supply systems to operate independently, ensuring continuous functionality even during failures. [SIZING REMINDER] Remember to verify compatibility with your existing setup by consulting your specifications prior to ordering.