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MODEL |
SOL IA8000-D2 |
SOL IA10000-D2 |
SOL IA12000-D2 |
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Input Data (DC) |
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Max. Recommended PV Power |
10000W |
12500W |
15000W |
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Max. DC Voltage |
550V |
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Start Voltage |
120V |
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MPPT Voltage Range |
60V-480V |
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No. of MPP Trackers |
2 |
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No. of PV Strings per MPP Tracker |
1 |
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Max. Input Current per MPP Tracker |
27A |
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Output Data (AC) |
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AC Nominal Power |
8000W |
12000W |
10000W |
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Max. AC Apparent Power |
8000VA |
12000VA |
10000VA |
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Nominal AC Voltage |
230V |
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AC Grid Frequency |
50/60Hz |
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Efficiency(Line Mode) |
96.50% |
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Output Current |
34.8A |
43.5A |
52.2A |
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Battery Data (DC) |
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Nominal DC Voltage |
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48V |
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Max Charging And Discharging Current |
190A/200A |
220A/240A |
250A/280A |
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Efficiency (Peak) |
95% |
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Type of Battery |
Lithium/Lead-acid |
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Backup Power (AC) |
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AC nominal Output Power |
8000W |
10000W |
12000W |
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Nominal AC Output Voltage |
230V |
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Nominal AC Output Frequency |
50/60Hz |
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Switch Time |
<20ms@Single <30ms@Parallel |
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General Data |
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Dimensions (W/H/D) |
550*465*150mm |
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Weight |
21.5kg |
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Noise Emission(typical) |
<75dB |
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Self-consumption |
<75W |
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Protection Degree |
IP20 |
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Communication |
WiFi/4G |
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Residential solar-plus-storage systems
Small to medium commercial buildings
Telecommunication tower backup power
Off-grid and hybrid microgrid solutions
Critical infrastructure protection
1.Wider MPP voltage range (60V-480V vs. market 90V-450V) enables flexible PV module configurations
2.Higher maximum PV input voltage (550VDC vs. ≤500VDC) reduces series losses with high-voltage modules
3.Dual independent MPPT trackers
4.Higher AC apparent power (12000VA vs. 11000-12000VA) delivers full rated power under high loads
5.Industry-leading peak efficiency of 96.5% maximizes energy conversion
6.Dual output + intelligent load management prioritizes critical loads for optimized energy usage
7.Scalable parallel operation up to 108kW supports residential to commercial applications
8.Built-in ATS generator interface eliminates need for external transfer switches
9.Dual battery compatibility (Li-ion/lead-acid) reduces future upgrade costs
Q1: Can I get some samples for test?
A: Yes, sample order is available for quality check and market test .
Q2: Do you accept OEM/ODM ?
A:Yes, we accept OEM/ODM with your authorization.
Q3: What is your typical delivery timeline?
A: For standard off-the-shelf products, we offer a delivery window of 5-10 business days from order confirmation. For bulk orders or customized OEM/ODM projects, delivery schedules are determined based on production capacity and customization requirements. Our sales team will provide a detailed timeline after evaluating your specific needs.
Q4: What is the standard of package?
A: We have our own design carton with five layers corrugated material; if you have any other special requirement of package, we also support customized service.
Q5: What’s your payment terms?
A: We accept T/T, L/C, WEST UNION, ALI TRADE ASSURANCE, cash.
Q6: What’s your warranty time?
A: We offer 12 months warranty service, life time technique support.
Q7: How does your factory implement quality control?
A: Quality is the cornerstone of our brand. We operate a dedicated quality assurance department that oversees every stage of production, from component sourcing to final delivery. Each product undergoes a minimum of seven rigorous quality inspection protocols before shipment, ensuring compliance with international standards and customer specifications.
Q8: How can I trust your company?
A: With over 20 years of specialized experience in inverter manufacturing, Minvon has established a robust quality management system certified to ISO 9001, ISO 14001, and ISO 45001 standards. Our products also hold CE, CCC, and RoHS certifications, ensuring compliance with international regulatory requirements. We can provide third-party assessment reports and factory audit documentation upon request to demonstrate our commitment to transparency and reliability.
The SOL IA-D2 Series represents a breakthrough in hybrid inverter technology, delivering industry-leading performance, flexibility, and reliability for residential and commercial solar energy systems. Engineered with advanced power electronics and intelligent energy management algorithms, this series sets new benchmarks for efficiency, scalability, and cost-effectiveness.