SOLARMAX PANEL 285 WATTS

285W Multi-Crystalline Efficiency: Employs high-grade polycrystalline silicon cells optimized to deliver consistent electrical yields.

All-Weather Power Performance: Engineered to sustain steady power outputs during high-temperature days and overcast weather spells.

Anodized Aluminum Frame: Heavy-duty, rust-proof structural metal casing ensures rigid mounting security on roofs or ground arrays.

Hail-Resistant Tempered Glass: Features a high-transmission, low-iron top glass shield to maximize sunlight absorption and resist environmental debris.

Shade-Mitigating Bypass Diodes: Integrated circuit safety guards minimize total power loss when exposed to scattered shade or clouds.

Waterproof Rear Junction Box: High-grade sealing protects rear electrical wiring nodes against moisture, heavy rain, and dust ingress.

Universal System Synergy: Integrates smoothly into existing solar setups featuring standard charge controllers, deep-cycle batteries, and power inverters.

Category: SOLARS

The Solarmax 285W Polycrystalline Solar Panel is a highly durable, cost-effective photovoltaic module engineered to deliver a dependable supply of clean, off-grid electricity for residential homes, water pumping systems, and rural electrification projects. Crafted using premium multi-crystalline silicon cells, this heavy-duty panel delivers excellent energy conversion metrics, ensuring robust power output even in high-temperature tropical environments. It functions as an all-weather powerhouse, outputting a peak power rating of 285 Watts over a standard operating voltage layout that makes it highly optimized for charging 12V or 24V deep-cycle battery banks via PWM or MPPT charge controllers. Structurally engineered to survive decades of severe outdoor environments, the internal cells are layered under high-transmission, low-iron tempered glass designed to withstand heavy hail impacts, strong winds, and flying debris. The entire module is enclosed in a corrosion-resistant, anodized aluminum alloy frame and features a waterproof rear junction box equipped with integrated bypass diodes, which proactively prevent hot-spot heating and minimize system power drops when parts of the panel face localized shade from overhanging trees or sudden cloud cover.