Huawei 50KW On Grid solar inverter is a Huawei on-grid solar inverter designed for converting photovoltaic DC power into grid-compatible AC power for on-site use or an approved grid connection.
Product overview
it is suitable for commercial rooftops, factories, warehouses, farms, schools, and large three-phase pv installations. This is a grid-tied PV inverter. It converts DC electricity from solar modules into synchronized AC electricity for on-site loads and approved export to the utility network. During a normal grid outage, an on-grid inverter normally stops energizing the network for anti-islanding safety. Customers who need electricity during load shedding should select a compatible hybrid, battery, or microgrid architecture rather than assume that this product provides backup. The listed phase not stated; commonly three-phase at this power class arrangement and 50 kW rating should be matched to the site’s utility connection, transformer, switchgear, and approved export limit. Huawei SUN2000 families include residential/commercial three-phase smart PV controllers and larger commercial/industrial units. Official materials identify M2 and MB0 families at different ratings; exact model code and regional voltage determine MPPT, current, efficiency, and protection values. For this SUN2000 commercial string-inverter family; exact suffix to confirm, the exact maximum DC power, maximum input voltage, operating voltage, MPPT count, string inputs, input current, output current, efficiency, power-factor range, surge protection, AFCI, communications, IP rating, cooling method, and grid certifications are model-specific. They must be taken from the current product datasheet. The designer should calculate cold open-circuit voltage, hot operating voltage, short-circuit current, parallel-string current, cable voltage drop, connector compatibility, and the effect of DC oversizing before approving the array. The inverter can suit commercial rooftops, factories, warehouses, farms, schools, and large three-phase pv installations. Multiple MPPTs are valuable when separate roof sections have different orientations or shading patterns, but MPPT tracking cannot compensate for poor string design, dirty modules, damaged connectors, or heavy shade. For commercial products, the designer should also review voltage rise, reactive power, transformer capacity, protection coordination, and.
Key features
- Rated output: 50 kW
- Phase: Phase not stated; commonly three-phase at this power class
- rating: 50 kW
- Phase: Phase not stated
- commonly three-phase at this power class
- Architecture: grid-tied PV inverter
- MPPT count, maximum DC power, input current, output current, efficiency, protection, and grid code: model-specific and must be confirmed
- Backup: not implied by an on-grid title
Applications
Commercial rooftops, factories, warehouses, farms, schools, and large three-phase PV installations.
Compatibility and installation
Confirm the exact model, electrical ratings, PV or battery limits, communications, protection equipment, grid requirements and final manufacturer documentation before installation.
Request a quotation
Request a quotation after confirming the exact model, system design, compatibility requirements and installation scope.
