Hybrid Inverter for Industrial and Commercial Use
8.2kW Hybrid Solar Inverter 8.2K-G2 | Dual MPPT 99% Efficiency LiFePO4 Ready
8.2K-G2 Hybrid Solar Inverter (8.2kW) features Dual MPPT with industry-leading 99% efficiency [P27, 549]. Supports battery-free operation to lower initial CAPEX. Seamless LiFePO4 integration via RS-485 BMS communication. Configurable grid-feed reduces electricity bills significantly. Industrial buildings for extreme climates. Form E/IEC 62040 compliant. Boost your project ROI today!
Specifications
- 8.2kW / 230Vac
- Rated Output Power
- 2 independent MPPTs
- Number of MPPT Trackers
- ≥99% (Solar to AC)
- Maximum Conversion Efficiency
- Supportsbattery-less operation
- Operating Mode
- RS-485 / CAN
- BMS Communication Interface
- Grid connection with surplus power
- Grid Connection Function
Maximize Your Energy Yield: The 8.2K-G2 Hybrid Advantage
In Brazil, where electricity prices are soaring, or in South Africa, where power supply is extremely unstable, the 8.2K-G2 is more than just an inverter; it's your business's "Energy Cost Control Center".
- Ultimate Efficiency, Locking in Higher Yields (99% Efficiency Peak): Every unit of electricity lost represents a distributor's lost profit. The 8.2K-G2 achieves maximum efficiency of 99% thanks to its advanced topology. This means that under the same solar load, it generates approximately 3%–5% more electricity than a typical inverter, potentially saving end customers thousands of dollars in electricity costs over 5 years.
- Dual MPPT Flexibility for Complex Environments: Designed for irregular rooftop designs in commercial buildings, our dual independent MPPT allows for maximum power extraction from solar arrays in two different directions. Regardless of shading or uneven lighting, the system maintains optimal output, completely resolving the "weakest link" problem.
- Flexible Investment Strategy: Battery-Free Operation. B2B project owners often face financial pressure. The 8.2K-G2 supports direct operation without connecting batteries. Customers can install the system first to enjoy photovoltaic energy savings, and then connect a lithium iron phosphate battery pack later when their budget allows. This phased approach can significantly increase the conversion rate for distributors.
- Industrial-Grade BMS Communication and Thermal Management (Smart Reliability). Through an RS-485 interface, the inverter and battery BMS have a deep connection. It features a battery wake-up function, allowing even over-discharged lithium batteries from long-term storage to be activated with a single click. The internal PCBA is treated for moisture and corrosion resistance, making it suitable for tropical and humid climates like those in Vietnam.