Hot Selling Three Phase 30KW 40KW 50KW Parallel Support Commercial Off-Grid Dc/Ac Hybrid Solar Inverter
Specification
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Input(DC)
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Max. DC Power (W)
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59.9kw~100kw
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Max. DC voltage (W)
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1000V
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MPPT voltage range(Vdc)
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150-850Vdc
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Max input current/per string
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40A/4*40A
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Number of MPP trackers
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3/6;4/8
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Battery Input
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Battery Type
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Li-Ion
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Battery voltage range
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150-800V
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Maximum charge/discharge current
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70A *2
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Charge strategy for Li-ion Battery
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Self-adaptation to BMS
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Output (AC)
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80AC nominal power
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29.9~50KW
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Max AC apparent power
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1.6 times of rated power with 10 s;
2 times of rated power with 100 ms |
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Max output current
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60.8A/57.7A
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Nominal AC output
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50/60Hz;400/380V
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AC output
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50/60Hz;
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Max. Conversion Effciency
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99%
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Weight(kg)
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73
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FAQ
Q1: What are the primary applications for your 50-500KW high-power inverters?
A1: Our 50-500KW inverter series is engineered for large-scale, high-energy-demand scenarios. Typical applications include:
* Industrial & Commercial: Manufacturing plants, automotive factories, large warehouses, and office buildings.
* Utility-Scale: Ground-mounted solar farms and renewable energy power plants.
* Agricultural & Public Facilities: Agricultural irrigation systems, water treatment plants, and large public infrastructure
projects.
Q2: What are the key competitive features of these high-power inverters?
A2: Our inverters stand out due to their:
* Superior Efficiency: Up to 99.2% peak efficiency and >98.5% CEC efficiency, ensuring maximum energy harvest and ROI.
* Advanced Cooling System: Smart forced air cooling with variable speed fans ensures optimal thermal management minimizes noise, and enhances component longevity.
* Multiple MPPT Trackers: Equipped with multiple independent MPPTs, allowing for flexible PV string design, reducing energy loss caused by shading, module mismatch, or different orientations.
* Intelligent Monitoring & Control: Integrated with smart communication interfaces (RS485, Ethernet) for seamless integration with SCADA systems. Offers remote firmware upgrades, real-time performance analytics, and centralized management via web portal or mobile app.
* High Reliability & Long Lifespan: Designed with a focus on durability and backed by rigorous testing, ensuring stable
performance and minimal maintenance requirements over a long service life.
Q3: What are the output characteristics and main grid standards supported?
A3: The output is stable, three-phase AC power, typically at 380V/400V/480V, 50Hz/60Hz. They are certified to comply with key global standards such as IEC 62109, VDE-AR-N 4105, G98/G99, and more, guaranteeing safe, reliable, and compliant integration into public grids worldwide.
Q4: Do you provide technical support and what is the warranty policy?
A4: Absolutely. We offer end-to-end support, from initial system design and technical consultation to on-site installation
guidance. Our products come with a standard warranty of 5 to 10 years, with options to extend. Our global service network ensures rapid response and technical assistance.
Q5: Can these inverters be scaled for projects requiring over 500KW?
A5: Yes. Most models in this series support parallel operation. Multiple units can be connected to form a single, high-power system, seamlessly scaling to several megawatts (MWs). This offers unparalleled flexibility and scalability for utility-scale and large commercial projects.
A1: Our 50-500KW inverter series is engineered for large-scale, high-energy-demand scenarios. Typical applications include:
* Industrial & Commercial: Manufacturing plants, automotive factories, large warehouses, and office buildings.
* Utility-Scale: Ground-mounted solar farms and renewable energy power plants.
* Agricultural & Public Facilities: Agricultural irrigation systems, water treatment plants, and large public infrastructure
projects.
Q2: What are the key competitive features of these high-power inverters?
A2: Our inverters stand out due to their:
* Superior Efficiency: Up to 99.2% peak efficiency and >98.5% CEC efficiency, ensuring maximum energy harvest and ROI.
* Advanced Cooling System: Smart forced air cooling with variable speed fans ensures optimal thermal management minimizes noise, and enhances component longevity.
* Multiple MPPT Trackers: Equipped with multiple independent MPPTs, allowing for flexible PV string design, reducing energy loss caused by shading, module mismatch, or different orientations.
* Intelligent Monitoring & Control: Integrated with smart communication interfaces (RS485, Ethernet) for seamless integration with SCADA systems. Offers remote firmware upgrades, real-time performance analytics, and centralized management via web portal or mobile app.
* High Reliability & Long Lifespan: Designed with a focus on durability and backed by rigorous testing, ensuring stable
performance and minimal maintenance requirements over a long service life.
Q3: What are the output characteristics and main grid standards supported?
A3: The output is stable, three-phase AC power, typically at 380V/400V/480V, 50Hz/60Hz. They are certified to comply with key global standards such as IEC 62109, VDE-AR-N 4105, G98/G99, and more, guaranteeing safe, reliable, and compliant integration into public grids worldwide.
Q4: Do you provide technical support and what is the warranty policy?
A4: Absolutely. We offer end-to-end support, from initial system design and technical consultation to on-site installation
guidance. Our products come with a standard warranty of 5 to 10 years, with options to extend. Our global service network ensures rapid response and technical assistance.
Q5: Can these inverters be scaled for projects requiring over 500KW?
A5: Yes. Most models in this series support parallel operation. Multiple units can be connected to form a single, high-power system, seamlessly scaling to several megawatts (MWs). This offers unparalleled flexibility and scalability for utility-scale and large commercial projects.
