Max. DC voltage: |
1500V |
Max.efficiency: |
99.0% |
Warranty: 5 years / 10 years: |
Yes /Optional |
Dimensions (W / H / D): |
1070/675/340mm |
250kW Grid-Tied Solar Inverter for Commercial & Industrial PV Systems
The 250kW Grid-Tied Solar Inverter is designed for commercial and industrial solar PV systems, providing efficient and reliable DC-to-AC power conversion for large-scale rooftop and ground-mounted solar installations. It helps businesses maximize solar energy utilization, reduce electricity costs, and improve the overall performance of grid-connected PV systems.
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
- Up to 15 MPPTs, fuse free design
- MAX efficiency 99%, high yield
- Smart I/V scan and diagnosis
- Intelligent string monitoring
- DC side 2 in 1 connection enabled
- Optional Anti-PID/Night SVG/AFCI function
Applications
The 250kW three-phase grid-tied solar inverter is designed for a wide range of commercial and industrial solar PV projects, including:
- 🏭 Factory Rooftop Solar Systems
- 🏢 Commercial Building Solar Systems
- 📦 Warehouse Solar PV Systems
- 🏗️ Industrial Park Solar Projects
- 🏨 Hotel & Hospitality Solar Systems
- 🛍️ Shopping & Retail Facilities
- ☀️ Large-Scale Ground-Mounted PV Projects
For larger C&I installations, multiple 250kW inverters can be combined to build a scalable grid-connected solar PV system based on project capacity, site conditions, and electricity demand.mercial solar PV system according to project capacity and electricity demand.
Why Choose the 250kW Grid-Tied Solar Inverter?
The 250kW grid-tied solar inverter provides a reliable and efficient power conversion solution for large commercial and industrial PV systems. Designed for demanding C&I applications, it combines high-power output, efficient energy conversion, and stable grid-connected operation to support long-term solar power generation.
- Reliable Long-Term Operation – Built for continuous operation in demanding commercial and industrial solar environments..
- High-Power Performance – 250kW output capacity is well suited for large commercial and industrial solar PV systems.
- Efficient Solar Energy Conversion – Helps maximize usable solar power and improve overall system energy yield.
- Stable Grid-Tied Operation – Designed for reliable integration with utility-connected PV systems.
- Scalable System Design – Multiple inverters can be combined to support larger solar projects and different project capacities.
- Wide Application Range – Suitable for factories, warehouses, commercial buildings, industrial parks, and large ground-mounted PV projects.
FAQs
1. What is a 250kW grid-tied solar inverter?
A 250kW grid-tied solar inverter converts the DC electricity generated by solar panels into AC electricity and feeds it into the utility grid or supplies connected loads. It is mainly used in large commercial and industrial solar PV systems.
2. What projects is a 200kW grid-tied solar inverter suitable for?
It is ideal for factories, warehouses, commercial buildings, industrial parks, and other C&I solar projects.
3. Can a 200kW inverter be used for factory rooftop solar?
Yes. It is suitable for large factory and warehouse rooftop PV systems and can be combined with multiple units for larger projects.
4. Can multiple 200kW inverters be connected together?
Yes. Multiple units can be combined to build larger commercial and industrial solar systems.
5. Is a 200kW grid-tied inverter suitable for reducing business electricity costs?
Yes. It converts solar power into usable AC electricity, helping businesses reduce grid electricity consumption and energy costs.
6. Can it be used with a battery energy storage system?
It can be integrated with energy storage through a suitable AC- or DC-coupled system, depending on the project design.
7. What should I consider when choosing a 200kW solar inverter?
Key factors include MPPT range, DC input capacity, efficiency, grid requirements, protection functions, and compatibility with PV modules.
