Top Supplier of 3 Phase Solar Inverter for Home and Business
Product Main Parameters
| Max. PV Array Power | 5500 Wp STC, 6180 Wp STC, 6500 Wp STC, 7500 Wp STC, 9000 Wp STC |
|---|---|
| Max. Input Voltage | 550 V |
| MPPT Voltage Range / Rated Input Voltage | 40 V to 530 V / 380 V |
| Min. Input Voltage / Start-up Voltage | 40 V / 50 V |
| Number of Independent MPPT Trackers / Strings per MPPT Input | 2 / 1 |
| Max. Input Current per MPPT | 16 A |
| Max. Short-Circuit Current per MPPT | 20 A |
| Nominal Battery Voltage | 48 V |
| Battery Voltage Range | 40 V to 60 V |
| Max. Charging / Discharging Power | 5000 W / 5000 W |
| Max. Charging Current / Max. Discharging Current | 100 A / 100 A |
| Battery Type | Li-Ion Compatible Battery PVS A-L series |
| AC Voltage Range / Nominal AC Voltage | 180 V to 280 V / 230 V |
| Rated AC Grid Frequency | 50 Hz / 60 Hz |
| AC Grid Frequency Range | 50 Hz±5Hz / 60 Hz±5Hz |
| Rated Active Power | 3000 W, 3680 W, 4000 W, 5000 W, 6000 W |
| Rated Apparent Power | 3000 VA, 3680 VA, 4000 VA, 5000 VA, 6000 VA |
| Max. Apparent Power | 3000 VA, 3680 VA, 4000 VA, 5000 VA, 6000 VA |
| Rated Grid Output Current (@230V) | 13.1 A, 16 A, 17.4 A, 21.7 A, 26.1 A |
| Max. Grid Output Current | 13.6 A, 16 A, 18.2 A, 22.7 A, 27.3 A |
| Harmonics THDi (@ Nominal Power) | < 3% |
| Rated Grid Voltage a.c. | 230V |
| Rated Grid Frequency | 50Hz / 60Hz |
| Rated Apparent Power | 6000 VA |
| Max. Input Apparent Power from Grid | 6000 VA |
| Rated Input Current from Grid a.c. | 26.1 A |
| Max. Input Current from Grid a.c. | 27.3 A |
Common Product Specifications
| EPS Output | Nominal Output Voltage: 230 V, Nominal Output Frequency: 50 Hz / 60 Hz, Rated Apparent Power: 5000 VA, Max. Output Apparent Power: 5000 VA, Peak Output Apparent Power: 7500 VA, 10s, Rated Current (@230V): 21.7 A, Max. Output Current: 21.7 A, Max. Switch Time: ≤ 10 ms, Output THDi (@ Linear Load): < 3% |
|---|---|
| Efficiency | MPPT Efficiency: 99.9%, Euro Efficiency / Max. Efficiency: 97% / 97.6%, Max. Battery to Load Efficiency: 94.7% |
| Safety Protection | DC-side Disconnection Device, PV String- / Battery Input Reverse Polarity Protection, All-pole Sensitive Residual Current Monitoring Unit, Anti-islanding Protection, Ground Fault Protection, AC Output Over Current / Short Circuit Current Protection, AC Over Voltage Protection |
| Protection Class | As per IEC 62109-1 I / Overvoltage Category: As per IEC 62109-1: I / AC: III; DC: II |
| General Data | Power Factor at Rated Power / Adjustable Displacement: ≥0.99 / 0.8 Leading to 0.8 Lagging, Dimensions (W / H / D): 494mm / 420mm / 195 mm, Device Weight: 21.5 kg, Operating |
Product Manufacturing Process
Manufacturing of 3-phase solar inverters involves intricate processes that ensure high efficiency and reliability. Beginning with the procurement of top-grade raw materials, each component undergoes rigorous quality checks. Advanced SMT (Surface Mount Technology) is employed for board assembly, ensuring precision. Post-assembly, inverters are subjected to comprehensive testing for functional and performance validation under simulated operational conditions. Conforming to ISO 9001 standards, our manufacturing process guarantees durability and superior product performance, positioning us as the leading supplier of 3 phase solar inverter.
Product Application Scenarios
3-phase solar inverters are vital in various applications due to their capability to handle substantial power loads. In commercial buildings, such as shopping malls and office complexes, they ensure efficient power distribution and reduce energy costs significantly. Industrial facilities, including manufacturing plants and warehouses, benefit from reliable power management for heavy machinery operation. Utility-scale solar farms incorporate these inverters for optimal grid integration and energy distribution. The adaptability and efficiency of 3-phase solar inverters make them indispensable in advancing renewable energy deployment, solidifying our role as a premier supplier of 3 phase solar inverter.
Product After-Sales Service
We provide a comprehensive after-sales service package including remote monitoring, technical support, and on-site maintenance. Our dedicated service team ensures prompt responses to any queries or issues, minimizing downtime and optimizing system performance.
Product Transportation
Our products are securely packaged to withstand transit conditions. We utilize both air and sea freight, ensuring timely delivery to various global destinations. Each shipment is tracked to provide real-time updates to our customers.
Product Advantages
- Easy-to-install with basic tools
- Quick setup and commissioning with PVSTAR Apps
- Compact wall mount design
- Smart energy management
- UPS capability for power during blackouts
- IP66 rated design for outdoor use
- User-friendly App interface
- Online monitoring via Wi-Fi and PVSTAR Apps
- Easy to connect - battery and smart meter interfaces
Product FAQ
- What is the maximum input voltage for the 3-phase solar inverter?
The maximum input voltage for our 3-phase solar inverter is 550 V. - What is the efficiency of the inverter?
Our 3-phase solar inverters have a maximum efficiency of 97.6%, ensuring optimal performance. - How many MPPT trackers does the inverter have?
The inverter comes with 2 independent MPPT trackers for better energy management. - Is the inverter suitable for outdoor use?
Yes, the inverter is designed with an IP66 rating, making it suitable for outdoor installations. - What type of batteries are compatible?
The inverter is compatible with Li-Ion batteries, particularly the PVS A-L series. - Can the inverter operate during power outages?
Yes, it has UPS capability to provide power during blackouts. - Is there a monitoring application available?
Yes, online monitoring is available via Wi-Fi and the PVSTAR Apps. - What safety features are included?
The inverter includes multiple safety protections like DC-side disconnection, anti-islanding, and ground fault protection. - What is the weight and size of the inverter?
The inverter weighs 21.5 kg and has dimensions of 494mm (W) / 420mm (H) / 195 mm (D). - What is the warranty period for the inverter?
We offer a standard warranty period, details of which can be provided upon request.
Product Hot Topics
- How does a 3-phase solar inverter enhance energy efficiency?
A 3-phase solar inverter is pivotal for optimizing energy efficiency in solar power systems. By converting DC to AC electricity with high efficiency, often above 97%, it minimizes energy losses. The three-phase configuration ensures a constant power flow, which is crucial for applications with large electrical loads, such as industrial machinery. This continuous power flow reduces the risk of voltage drops and power fluctuations, ensuring smooth operation. As a leading supplier of 3 phase solar inverter, we provide solutions that significantly lower operational costs and enhance energy reliability. - Why is grid compatibility important for 3-phase solar inverters?
Grid compatibility is essential for 3-phase solar inverters because it ensures that the generated solar power can be efficiently fed into the electrical grid. This compatibility is vital for net metering and feed-in tariff arrangements, where excess power is sold back to the utilities. A 3-phase inverter synchronizes seamlessly with the grid, managing power distribution across all three phases. This capability not only maximizes the economic benefits of solar power systems but also supports grid stability and efficiency. As a trusted supplier of 3 phase solar inverter, we ensure our products meet all regulatory requirements and industry standards for grid integration. - What are the advantages of using 3-phase power in commercial and industrial settings?
3-phase power is beneficial in commercial and industrial settings due to its ability to handle higher power loads with greater efficiency. Unlike single-phase power, which can lead to significant energy losses, 3-phase power uses three voltage waveforms, resulting in a more constant power flow. This steady power supply is ideal for running heavy machinery and large electrical systems, reducing operational costs and enhancing performance. As a top supplier of 3 phase solar inverter, we provide solutions that leverage these advantages, ensuring our clients achieve optimal energy usage and cost savings. - How do 3-phase solar inverters contribute to renewable energy goals?
3-phase solar inverters play a crucial role in advancing renewable energy goals by enabling efficient solar power integration into existing electrical systems. They convert solar-generated DC power into AC power suitable for consumption and grid distribution. High-efficiency 3-phase inverters ensure that a maximum amount of solar energy is utilized, reducing dependence on fossil fuels. By supporting large-scale solar installations in commercial, industrial, and utility sectors, these inverters help lower carbon emissions and promote sustainability. As a leading supplier of 3 phase solar inverter, we are committed to driving the global transition to renewable energy. - What makes the installation of 3-phase solar inverters straightforward?
The installation of 3-phase solar inverters is designed to be straightforward, ensuring minimal disruptions and quick deployment. Key features like compact wall mount design and easy-to-use interfaces streamline the setup process. Additionally, these inverters come with comprehensive installation guides and support from the supplier, helping installers efficiently connect and configure the system. Tools such as the PVSTAR Apps enable quick commissioning and setup, further simplifying the process. As a reliable supplier of 3 phase solar inverter, we ensure our products are user-friendly and installation-friendly. - How does the smart energy management feature benefit users?
The smart energy management feature of 3-phase solar inverters provides significant benefits by optimizing energy usage and improving efficiency. This feature automatically monitors and adjusts power output to match consumption patterns, ensuring maximum utilization of solar energy. It can prioritize energy storage, consumption, or grid feed-in based on real-time conditions. Such intelligent management minimizes waste, lowers electricity bills, and enhances energy independence. As a top-tier supplier of 3 phase solar inverter, we incorporate advanced smart energy management systems to deliver optimal performance and cost savings to our users. - Why is durability important for 3-phase solar inverters?
Durability is a critical factor for 3-phase solar inverters, especially in demanding commercial and industrial environments. Robust construction ensures that inverters can withstand harsh conditions, including extreme temperatures, moisture, and dust. Features like advanced cooling mechanisms and protective enclosures (e.g., IP66 rating) enhance their longevity and reliability. Durable inverters reduce maintenance needs and downtime, ensuring consistent power supply and long-term operational efficiency. As a prominent supplier of 3 phase solar inverter, we focus on delivering products with superior durability and performance. - How does online monitoring enhance the performance of 3-phase solar inverters?
Online monitoring is a valuable feature that enhances the performance and reliability of 3-phase solar inverters. By providing real-time data on power generation, consumption, and system health, it allows users to track and optimize their solar energy systems remotely. Issues can be quickly identified and addressed, minimizing downtime and maximizing efficiency. Tools like the PVSTAR Apps offer intuitive interfaces for monitoring and controlling the inverter’s functions. As a trusted supplier of 3 phase solar inverter, we ensure that our products come with advanced online monitoring capabilities to support proactive maintenance and performance optimization. - What role do 3-phase solar inverters play in smart grid solutions?
3-phase solar inverters are integral to smart grid solutions, enhancing grid stability and efficiency by facilitating better energy management. These inverters can communicate with the grid to dynamically adjust power output based on demand, contributing to load balancing and reducing stress on the grid. They support features like demand response and energy storage integration, making the grid more resilient and adaptable. By incorporating 3-phase solar inverters, utilities and consumers can achieve more efficient and sustainable energy distribution. As a leading supplier of 3 phase solar inverter, we are at the forefront of integrating advanced inverters into smart grid solutions. - What are the key considerations when selecting a 3-phase solar inverter supplier?
When selecting a 3-phase solar inverter supplier, it is important to consider factors such as product quality, efficiency, reliability, and after-sales support. The supplier should offer inverters with high efficiency ratings, robust safety features, and compatibility with various solar power systems. Additionally, excellent customer service, including technical support and warranty coverage, is crucial for long-term satisfaction. Reputation and experience in the industry also play a significant role. As a top supplier of 3 phase solar inverter, we ensure our products meet the highest standards and provide comprehensive support to our customers.
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