XP Power’s Post

Advantages of High-Frequency Switching Power Supply Instead of using silicon-controlled rectifier, we provide modularized, monitoring based intelligent high-frequency switching DC power supplies, which possesses a lot advantages like, its efficiency can reach up to 94%. Compared with the silicon - controlled rectifier (SCR) DC power supply solution, the modular one has many advantages. For example:  ① It is more convenient for production and assembly.  Due to the highly integrated internal circuit, it only needs to be connected to an AC power supply to output a stable DC power supply, which greatly improves production efficiency.  ② It is easy to operate.  Set the output voltage value on the module, and the required voltage can be automatically output.  ③ It has a friendly human - machine interface.  We provide a 7 - inch color monitor, on which the AC input voltage and current, DC bus voltage and current, battery voltage and current, as well as the status of feeder circuit breakers, etc. can be displayed.  ④ It has higher efficiency and the DC output voltage is more stable.  ⑤ The module supports hot - swapping.  If one of the modules in the system fails, directly remove the module under power, and insert a new module directly. There is no need for power - off operation, which greatly improves the operation and maintenance efficiency.  ⑥ MODBUS and RS485 Communication. The monitor we provide supports communication with the background, and can transmit the data of the DC power supply system to the integrated automation background system, provincial dispatching center, etc., which is more convenient for centralized management. #power station #High Frequency Power Supply #Battery charger #Rectifiers #Switchgears #DC power system solution

Unveiling the SSE-HH100K~125K-P3EU Power Conversion System (PCS) Elevate your commercial and industrial energy management with our cutting-edge 100K~125K Three-Phase High-Voltage PCS, designed for peak performance and reliability. Key Highlights: - Robust Protection: DC fuses and high-voltage DC relays for high breaking capacity. - Advanced Isolation: High-voltage DC isolation switch with IP66 high-voltage box functionality. - Enhanced Durability: High-voltage electrolytic and film capacitors extend lifespan. - Wide Voltage Range: Efficient operation within 580V~1000VDC. - Reliable Output: Dual grid-tied relays ensure secure disconnection. - Flexible Compatibility: Supports three-phase three-wire and four-wire connections. - Global Usability: N-line relays meet diverse national standards. - EMC Compliance: Common mode filter and frequency inductor suppress grid resonance. - Leakage Detection: Fluxgate sensor for rapid leakage detection and protection. - Versatile Functionality: Charging/discharging, off-grid capabilities, and unbalanced load support. Transform your energy strategy with our innovative PCS solution. Click here to get more details: https://bit.ly/3VvSVdL #EnergyStorage #PowerConversion #IndustrialSolutions #CommercialSolutions #SustainableEnergy #RenewableEnergy #soseninverters

Single-phase thyristor power controller uses digital circuit to trigger thyristor to adjust voltage and power. The voltage regulation adopts phase-shifting control mode, and the power regulation has two methods: constant period power regulation and variable period power regulation.

Are you curious about the basic concept of DC to DC power supply? A DC-to-DC converter efficiently transforms direct current from one voltage level to another, playing a vital role in various applications from small batteries to high-voltage power transmission. Understanding the functionality and significance of DC-to-DC converters is key in the realm of electric power conversion.

Single-phase thyristor power controller uses digital circuit to trigger thyristor to adjust voltage and power. The voltage regulation adopts phase-shifting control mode, and the power regulation has two methods: constant period power regulation and variable period power regulation.

kW (Kilowatt): Measures real power consumed by devices to perform work. 1 kW = 1,000 watts. kVAR (Kilovolt-Ampere Reactive): Measures reactive power, which maintains system voltage but doesn't perform work. 1 kVAR = 1,000 volt-amperes reactive. kA (Kiloampere): Measures electrical current. 1 kA = 1,000 amperes. Real Power (P): The power that performs work, measured in watts (W) or kilowatts (kW). Reactive Power: Power that doesn't perform work but maintains voltage in AC systems, measured in volt-amperes reactive (VAR).

Avoid disturbances in your application by using voltage converters, QUINT DC/DC converters provide a regulated DC with the most powerful output and superior system availability. The fourth generation of DC/DC converters offers an exceptional power reserve by combining a static and dynamic boost: difficult loads can now be started easily using the dynamic boost. Furthermore, the QUINT DC/DC converters offer Preventive function monitoring as well as a free choice of connection technology. thus offering high system availability. Your Advantages: • Most powerful Output side • Most Comprehensive signalling • High efficiency and long service life, with low power dissipation and low heating • Free choice between Push-in and screw connection • Ex and IECEx approval enables use in potentially explosive environments #QUINTDC/DCconverters #SFBtechnology #LongLifetime #HighEfficiency #PowerSupply

Isolated converters and DC-DC chargers are power conversion devices designed to create a physical separation between the input and output power, providing an 'isolation barrier' that helps manage electrical noise and radio frequency interference (RFI). This makes them ideal for sensitive applications.⁠ ⁠ Non-isolated converters and DC-DC chargers, on the other hand, do not provide a physical separation between the input and output power. This makes them more compact and cost-effective, although they lack the noise and RFI reduction capabilities of their isolated counterparts.⁠ ⁠ Click here to read: https://lnkd.in/gdgX3vD2⁠ ⁠ #solar4rvs #solarforrvs #offgridsolarsystem #solarsolutions #rvsolar #caravansolar #offgridliving #solarpower #4x4solar #flexiblesolarpanels #glasssolarpanels #solarinverters #solaraccessories #solar4boats

This is a 700W DCDC converter, support 12V to 24V conversion. Efficiently converts 12V low voltage battery power to 24V DC power. Control method:Hard wire enable. #DCDC

Do mm-Wave power amplifiers need isolators? The answer is often, “YES!” It’s common to see a #mmWave power amplifier with an isolator attached to the output port, but this usually has less to do with matching the impedance of the amplifier and more to do with the impedance matching of the load. Manufacturers often attach an isolator to the output because they have no control over the impedance match of the customer’s system. The figure below gives an illustration of the problem. When the amplifier is tested at the factory everything is working fine: normal operating temperature for a specified amount of DC power. However, when the customer installs it in their system, the performance degrades because of an impedance mismatch which causes part of the signal to be reflected back toward the amplifier. This can result in reduced output power, increased operating temperature, and an increased draw from the DC power supplies. #mmWave #MicroHarmonics #technology #rfengineering #amplifier #isolator