Wholesale Three Phase Hybrid Inverter 5-12kW Phase Inverter
Product Main Parameters
Model | PVS-A05k-TH2M-EU | PVS-A06k-TH2M-EU | PVS-A08k-TH2M-EU | PVS-A10k-TH2M-EU | PVS-A12k-TH2M-EU |
---|---|---|---|---|---|
Recommended Max. PV input power | 7500Wp | 9000Wp | 12000Wp | 15000Wp | 18000Wp |
Max. PV input voltage | 1100V | 1100V | 1100V | 1100V | 1100V |
MPPT voltage range/Rated input voltage | 150V~950V/600V | 200V~950V/600V | 150V~950V/600V | 200V~950V/600V | 150V~950V/600V |
Common Product Specifications
Parameter | Specification |
---|---|
Battery voltage range | 120V~600V |
Max. charging/discharging power | 5kW, 6kW, 8kW, 10kW, 12kW |
Max. charging/discharging current | 30A |
Product Manufacturing Process
The manufacturing process of phase inverters involves several steps, which include design, material selection, assembly, testing, and quality control. According to authoritative papers, the design phase focuses on creating efficient circuits and robust systems to ensure high performance. Material selection is crucial as it ensures durability and reliability; commonly used materials include high-quality semiconductors and insulators. During assembly, precision is critical to ensure all components fit together perfectly, minimizing errors and maximizing efficiency. Testing involves rigorous procedures to check for faults and verify that the inverter meets the required specifications. Quality control ensures that each unit is free from defects and performs optimally under various conditions.
Conclusion: The sophisticated manufacturing process is designed to produce reliable and efficient phase inverters, ensuring long-term performance.
Product Application Scenarios
Phase inverters are used in multiple applications. According to authoritative studies, they are essential in audio amplification systems, where they generate two signals of opposite phase for push-pull amplifiers, thus improving sound quality and efficiency. In RF applications, phase inverters maintain the required phase relationships between signals, crucial for communication systems. They also play a significant role in instrumentation and signal processing by creating balanced signal paths that enhance noise rejection and measurement accuracy.
Conclusion: Phase inverters are indispensable in audio, RF, and instrumentation applications, offering enhanced performance and reliability.
Product After-Sales Service
PVSTAR provides comprehensive after-sales service to ensure customer satisfaction. Our services include remote monitoring, 24/7 customer support, and on-site maintenance. We also offer extended warranties and replacement services to ensure the longevity and efficiency of our products.
Product Transportation
Our phase inverters are securely packed and shipped using reputable logistics providers to ensure timely and safe delivery. Each unit is carefully inspected before shipping, and we provide tracking information for your convenience.
Product Advantages
- Easy to install and quick setup with PVSTAR Apps.
- High reliability with 150% capacity ratio and IP66 certification.
- User-friendly interface with multiple operating modes.
- Supports high-power and bifacial modules, perfect for wholesale distribution.
Product FAQ
- What is the maximum input voltage?
The maximum input voltage is 1100V, suitable for high-power applications. - Can this phase inverter be used for residential purposes?
Yes, it is suitable for both residential and commercial rooftop photovoltaic systems.
Product Hot Topics
- Benefits of Using Phase Inverters in Audio Systems
High-quality audio systems greatly benefit from phase inverters as they help in creating balanced signals, reducing harmonic distortion and improving overall sound fidelity. By splitting the audio signal into two opposite-phase outputs, phase inverters allow push-pull amplifiers to operate more efficiently, delivering clearer and more accurate sound. - Enhancing RF Communications with Phase Inverters
Phase inverters play a crucial role in RF communication systems by maintaining precise phase relationships between signals. This ensures the reliability and clarity of transmitted data. By reducing interference and noise, phase inverters improve the performance of RF mixers and modulators, making them indispensable in modern communication infrastructure.
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