Max. DC voltage: |
1500V |
Max.efficiency: |
99.03% |
Warranty: 5 years / 10 years: |
Yes /Optional |
Dimensions (W / H / D): |
1145/790/371mm |
Industrial-Grade 350kW Grid-Tied Solar Inverter for Large-Scale PV Projects
350kW Grid-Tied Solar Inverter is designed for large-scale commercial and industrial solar PV systems, converting DC power generated by solar panels into stable AC power for grid-connected applications. It is suitable for factories, industrial parks, warehouses, commercial facilities, and large distributed PV projects, helping businesses increase solar power utilization, reduce grid electricity consumption, and improve overall energy efficiency.
Note: Please read the safety and installation manual before using the product. We reserve the right of final
interpretation. The specifications in this datasheet are subject to change without notice.
Key Features
- Maximum efficiency 99.03%
- Intelligent string breaking, active safety
- MPPT current 80A,adapted to 182/210 components
- String detection and I/V scanning, accurate locationof abnormal strings
- IP66 protection level, adaptable to harsh environments
- Supports aluminium wire access, saving AC cable cost
Applications
Factory & Industrial Solar
Suitable for factories with large rooftops and high daytime electricity consumption, helping maximize on-site solar utilization.
Industrial Parks
Multiple 350kW inverters can be deployed across larger industrial PV systems to meet high-capacity power generation requirements.
Large Warehouse Rooftops
Suitable for warehouses and logistics facilities with large available roof areas for distributed solar installations.
Commercial Buildings
Can be integrated into large commercial PV systems to help reduce dependence on grid electricity.
Large Distributed PV Projects
Suitable for large-scale distributed solar projects where multiple inverter units are required for flexible system configuration.
Why Choose Our 350kW Grid-Tied Solar Inverter?
Built for Large C&I Projects
The 350kW capacity is designed for larger commercial and industrial PV systems, making it suitable for high-capacity solar installations.
Fewer Units for High-Capacity Systems
A higher single-unit power rating can help reduce the number of inverters required compared with smaller-capacity configurations, depending on the project design.
Flexible Project Scaling
Multiple units can be combined to build larger PV systems, allowing EPC contractors to adapt the inverter configuration to different project capacities.
Supports High Solar Consumption
Designed for projects with substantial daytime electricity demand, helping businesses make greater use of locally generated solar power.
Simplified Project Integration
Can be integrated into large rooftop, industrial, and distributed PV systems according to the project's electrical and grid-connection requirements.
Suitable for Professional Solar Buyers
A practical option for EPC companies, distributors, installers, and system integrators handling large commercial solar projects.
FAQs
1. What types of projects are suitable for a 350kW grid-tied solar inverter?
It is suitable for factories, industrial parks, large warehouses, commercial buildings, and other large C&I PV projects.
2. Why choose a 350kW inverter instead of several smaller inverters?
A higher-power inverter can reduce the number of units required for certain large PV projects, potentially simplifying system configuration and installation.
3. Can multiple 350kW inverters be used for MW-scale projects?
Yes. Multiple units can be combined to build larger PV systems, with the final configuration determined by the project capacity and grid requirements.
4. Can it work with high-power solar panels?
Yes. Compatible high-power PV modules can be used when their voltage and current remain within the inverter's specified input range.
5. Is it suitable for EPC contractors and solar system integrators?
Yes. Its high power capacity and scalable configuration make it suitable for EPC companies, installers, distributors, and system integrators.
6. Can a 350kW grid-tied inverter be used with battery storage?
It can be incorporated into a solar-plus-storage system through a suitable AC- or DC-coupled architecture, depending on the project design.
