A: CloudEnergy is a manufacturer with its own factory, integrating research, development, production, and sales to ensure end-to-end quality control.
A: CloudEnergy brings over 12 years of expertise in LiFePO4 battery manufacturing and is an authorized supplier to industry leaders like Siemens and Bosch, guaranteeing reliable, industrial-grade performance.
A: Yes. Our in-house engineering team provides full support for custom design and R&D, tailoring solutions to your specific project needs.
A: MOQ flexibility: We accommodate custom orders with no strict minimum quantity, tailored to your specific voltage and capacity requirements.
A: We support TT, PayPal, West Union, and other secure payment methods for global transactions.
A: The recommended float voltage is typically 13.5V–13.8V to optimize battery lifespan and performance.
A: Yes. It is a durable, high-capacity energy storage solution ideal for RVs, delivering reliable power for appliances, lighting, and off-grid systems.
A: Absolutely. Its high energy density, long cycle life, and IP67 waterproof rating make it a perfect fit for marine environments, ensuring stable power for electric boat propulsion and accessories.
A: Charging time depends on the charger’s current. Examples include:
- 40A charger: ~5 hours (0–100% charge)
- 20A charger: ~10 hours
- 10A charger: ~20 hours
Note: Factors like initial state of charge, charger efficiency, and ambient temperature may affect timing. For optimal results, use CloudEnergy’s dedicated 12V lithium battery charger to maximize speed and battery longevity.
A: CloudEnergy’s 12V 200Ah LiFePO4 battery typically weighs 22–25 kg (e.g., model-specific weights: ~22.3 kg for standard variants, ~25.5 kg for high-performance models). This is significantly lighter than lead-acid batteries of similar capacity, enhancing portability for marine, RV, and solar applications while improving fuel efficiency in vehicles.
A: With 5 peak sunlight hours, recommended solar panel wattage depends on the charge controller type:
- MPPT controller (high efficiency): 600–700 watts
- PWM controller: 700–870 watts
Adjust for local sunlight conditions (e.g., 800+ watts for areas with fewer peak hours) and account for system inefficiencies (wiring, inverter losses).
A: Runtime depends on device power consumption (e.g., 10W device ≈ 216 hours, 100W ≈ 21.6 hours, 1000W ≈ 2.16 hours).
Lifespan: With proper maintenance, LiFePO4 technology ensures 5–15 years of service and over 6,000 cycles, even with deep discharges. Ideal for long-term use in RVs, boats, and solar systems.