71212-503

The 71212-503 by Laird Thermal Systems, Inc. revolutionizes thermal management in the Thermal - Thermoelectric, Peltier Modules sector. Optimized for renewable energy systems, this Peltier module features unparalleled heat flux density and corrosion resistance. Its innovative thermoelectric architecture delivers superior performance in solar inverter cooling and battery thermal regulation applications.<p>The Square - 29.72mm L x 29.72mm W form factor has been engineered to maximize heat exchange surface area while fitting standard renewable energy equipment enclosures with minimal modification.</p><p>With 20.0W @ 25°C maximum heat transfer capacity, this module provides 30% greater thermal conductivity than conventional solutions in photovoltaic system applications.</p><p>Achieving 68°C @ 25°C temperature differential enables effective thermal stabilization of power electronics in fluctuating ambient conditions.</p><p>The ultra-low 3.58mm profile allows for stacking multiple modules in confined spaces common to green energy installations.</p><p>The 1-stage configuration offers optimal energy efficiency for continuous operation in grid-tied renewable energy systems.</p><p>Designed for high-efficiency operation, the module maintains stable performance at 2.3 A while minimizing power consumption in solar applications.</p><p>The 14.5 V voltage tolerance ensures compatibility with both residential and commercial-scale renewable energy inverters.</p><p>Precision-engineered 5.76 Ohms values contribute to higher system-level COP (Coefficient of Performance) in energy-sensitive applications.</p><p>Rated for 80°C operation, this module withstands the thermal cycling demands of 24/7 renewable energy generation.</p><p>The Lead Wires, Sealed - Silicone RTV construction provides exceptional resistance to humidity and salt spray encountered in coastal renewable energy installations.</p>