Deligreen Battery
51.2V 200Ah 10.24kWh Wall Mount LiFePO4 Battery Built-in Bidirectional DC-DC Boost Converter 450V High Voltage Output IP54
51.2V 200Ah 10.24kWh Wall Mount LiFePO4 Battery Built-in Bidirectional DC-DC Boost Converter 450V High Voltage Output IP54
Regular price
$2,036.10 USD
Regular price
Sale price
$2,036.10 USD
Unit price
per
Shipping calculated at checkout.
Couldn't load pickup availability
51.2V 200Ah-BV 10.24kWh Step-Up Wall Mount LiFePO4 Battery
Built-In Bidirectional DC-DC Step-Up Converter | 46.4~57.9V to 330-450V High Voltage Output | Mix Battery Compatible | 90% Deep Discharge | Max 16 Parallel | 10-Year Split Warranty CE UN38.3 Certified
This 51.2V 200Ah-BV 10.24kWh wall/floor-mounted lithium iron phosphate battery is a revolutionary all-in-one residential energy storage unit, uniquely equipped with an integrated bidirectional DC-DC boost converter inside the cabinet. It automatically lifts low-voltage 46.4–57.9V battery pack to 330–450V high voltage output, solving compatibility pain points for high-voltage hybrid inverters and supporting mixed battery configurations without extra external boost modules.
Adopting premium LFP cells, it delivers 9.22kWh usable energy at 90% DOD, supports up to 16 units parallel expansion, IP54 dustproof & splashproof rating, natural silent cooling, plus CAN/RS485/RS232 multi-protocol communication. Perfect for home grid-tied/off-grid solar backup, villa off-grid power and commercial emergency storage, backed by a reliable 10-year (5+5) split warranty and full safety certifications.
Internal DC-DC Boost Structure Explanation
The whole bidirectional boost system is fully integrated inside the battery cabinet, composed of 3 core boards for stable voltage lifting:
Core Boost Function Mechanism
Input low voltage range 46.4–57.9V from LFP cells → DC-DC module steps up to stable 330–450V high voltage output to hybrid inverter. It supports bidirectional power flow: solar AC power converted to DC high voltage, then stepped down to charge the low-voltage battery pack seamlessly. Mixed new & old battery packs can be connected in parallel without voltage mismatch failure, greatly improving system flexibility.
