3.6-5KW Single Phase Residential On-Grid Inverter
Zomwell's 3.6-5KW Single Phase On-Grid Inverter is tailored for residential energy needs. As a trusted Inverter for home, it seamlessly integrates with On-Grid Systems. With a solid track record in sales and backed by our advanced R&D, this customizable inverter is a top choice for homeowners prioritizing efficiency.
- AUXSOL
- CHINA
- Information
PRODUCT FEATURES
Compact Solution for Residential Solar: 3.6-5KW Inverter
The Auxsol 3.6-5KW Single Phase Residential On-Grid Inverter is specifically designed for residential solar systems. This compact and lightweight inverter is perfect for home installations, offering a sleek design that integrates seamlessly with large solar systems. Its ultra-long service life, adhering to modern industry standards, along with an IP65 protection rating, ensures reliability and durability in residential settings.
Robust and Efficient
Featuring an IP65 waterproof level, the Auxsol 3.6-5KW Inverter is built to withstand environmental challenges. Its high-pressure anodizing and efficient temperature management prevent rainwater intrusion. The acid and alkali resistance, coupled with oxidation resistance, are further complemented by the inverter's high-quality aluminum alloy casing, making it both aesthetically pleasing and robust for home use.
Innovative Features
Auxsol's 3.6-5KW Inverter boasts a range of key features, including a low 80V start-up voltage and a maximum 150% DC/AC ratio. With a peak efficiency of 97.7%, this inverter is a top performer in residential solar solutions. It also offers optional AFCI function and anti-backflow features, along with a wide range of MPPT voltage, ensuring versatility and safety in home solar systems.
Versatile and User-Friendly
The Auxsol 3.6-5KW Inverter is designed for wide use and easy operation, making it a perfect fit for solar villas, home energy storage systems, and rooftop power stations. Its user-friendly interface and flexible application make it an ideal choice for homeowners looking to harness solar energy efficiently and reliably.
