


Storage-compatible: Plug-and-play hybrid inverters for seamless integration with Huawei LUNA2000 battery systems.
Smart Safety: AI-powered arc fault protection (AFCI) and rapid shutdown at the module level ensure the highest level of fire protection.
Availability: Continuous availability through our network of distribution partners, including professional first- and second-level support.

Multi-MPPT & PID Recovery: Granular string control for optimal yields on complex roofs and integrated module regeneration.
Revenue Protection: Efficiency levels of up to 99.03% and smart PV string fault diagnosis significantly reduce O&M costs.
Expertise: Customized plant design and technical support provided by our specialized operations team.

1500V System Technology & Grid Forming: High-Performance Architecture for Open-Field Sites, Including State-of-the-Art Grid Support Functions.
Rugged Design: Maintenance-free, fuse-less design (IP66) for long-term reliability in extreme environmental conditions.
Professional Commissioning: Project management and on-site support provided by our certified technicians directly at the facility.









Practical Training Courses
Hotline support provided by specialized engineers

Active Support for Grid Certification (VDE)
Validated System Designs and Yield Simulations
On-site Service During Commissioning
In the professional PV sector, we rely on leading Huawei string and hybrid technologies. Hybrid inverters combine the PV generator and battery storage via a shared DC intermediate circuit. In the Utility sector, high-performance Smart String inverters are used, offering maximum scalability as well as integrated O&M and grid-forming functions.
A hybrid inverter incorporates a DC-coupled battery connection (e.g., for the Huawei LUNA2000). It efficiently manages whether the energy is consumed immediately, fed into the grid, or temporarily stored in the battery system with minimal loss.
The technical service life is 15 to 20 years. Huawei inverters minimize components prone to wear and tear by using fanless enclosures and eliminating LCD displays and physical buttons. This maximizes reliability and drastically reduces the need for maintenance visits.
The sizing depends on the system capacity, module specifications, roof orientation, and the requirements for storage and backup solutions (off-grid operation). Our operations team works with EPCs and solar installers to ensure precise technical design.
Huawei inverters can be monitored at the string and module levels via the FusionSolar Portal. Intelligent fault diagnostics, such as Smart I-V Curve Diagnosis, automatically detect degradation or defects in real time. This significantly reduces O&M costs for operators.
The Maximum Power Point Tracker (MPPT) ensures that the PV modules always operate at their optimal operating point. Huawei inverters feature an industry-leading number of MPPT inputs. This is essential for complex roof structures, as it minimizes mismatch losses at the string level and maximizes total yield.