Product Introduction
Q1: Why choose 590W over standard 450W panels?
A: The 590W module offers a much higher power density. This means you need fewer panels to reach your target capacity, which drastically reduces the cost of mounting structures, wiring, and installation labour (Lower LCOE).
A: The 590W module offers a much higher power density. This means you need fewer panels to reach your target capacity, which drastically reduces the cost of mounting structures, wiring, and installation labour (Lower LCOE).
Q2: Will these panels fit on a residential roof?
A: While possible, 590W panels are large (approx. 2.4 meters long) and heavy. They are primarily designed for large commercial roofs or ground-mounted systems where space and handling equipment are available.
A: While possible, 590W panels are large (approx. 2.4 meters long) and heavy. They are primarily designed for large commercial roofs or ground-mounted systems where space and handling equipment are available.
Q3: What is the degradation rate of these panels?
A: Our modules feature a first-year degradation of <1.0% and an annual linear degradation of <0.4% for the next 25-30 years, ensuring long-term financial returns.
A: Our modules feature a first-year degradation of <1.0% and an annual linear degradation of <0.4% for the next 25-30 years, ensuring long-term financial returns.
Q4: Are they compatible with standard string inverters?
A: Yes, but ensure your inverter can handle an input current (Imp) of ~13A-14A. Most modern high-power inverters are fully compatible with these specifications.
A: Yes, but ensure your inverter can handle an input current (Imp) of ~13A-14A. Most modern high-power inverters are fully compatible with these specifications.
Q5: Do you offer Bifacial versions?
A: Yes, we offer Bifacial Double-Glass versions of the 590W module, which can generate up to an additional 10-25% power from light reflected onto the backside (Albedo).
A: Yes, we offer Bifacial Double-Glass versions of the 590W module, which can generate up to an additional 10-25% power from light reflected onto the backside (Albedo).