Core Adaptation Principles 24V 200AH battery, conventional charging recommended at 24V/30A• Lead-acid batteries: Follow the standard charging rate of 0.1C~0.2C (C is the battery capacity of 200AH);• Lithium batteries: Adapt to a rate of 0.2C~0.3C (24V lithium batteries are actually rated at 25.6V/29.2V, requiring a matching voltage charger).   Key Selection Considerations 1. Precise Voltage Matching (Mixing is strictly prohibited)• Lead-acid batteries: Nominal 24V (2 x 12V batteries in series), charging cut-off voltage 28.8V (single cell cut-off 14.4V), the charger must be labeled 24V (adapted to 28.8V cut-off);• Lithium iron phosphate batteries: Nominal 24V (actual 25.6V, 8 series), charging cut-off voltage 29.2V, a 25.6V lithium battery dedicated charger must be selected.2. Prioritize Smart Three-Stage ChargersMu...

① Waterproof and Moisture-proofThe potting compound (mostly silicone or epoxy) completely encapsulates the circuit, forming a dense barrier that blocks water, salt spray, acids, alkalis, and other corrosive media, allowing the power supply to operate reliably in outdoor, salt spray, and high-humidity environments.   ② Thermal Conductivity and Heat DissipationThe thermal conductivity of the potting compound is 0.8-3.0 W/m·K, far higher than air. It quickly conducts heat from heat-generating components such as MOS transistors and transformers to the outer casing, effectively dissipating heat from each component and reducing temperature rise, thus extending lifespan.   ③ Mechanical Fixing and Vibration ResistanceAfter curing, the potting compound becomes an elastomer, which can buffer vibrations and shocks, preventing solder joints and components from ...