Batteries

Knyee ES-LV-10-B

10.24 kWh / 51.2 V LiFePO4 battery

A 200 Ah low-voltage battery for solar storage and backup power. Touch-screen display, Bluetooth, Wi-Fi, CAN/RS485 and expansion to 32 parallel batteries.

Rated energy capacity10.24 kWh
Nominal voltage51.2 V
Maximum charging current200 A
Cycle life6,000 cycles (25 °C, 80% DoD)

Knyee

Technical specifications

Key factory specifications from the manufacturer’s brochure.

Battery specifications

Battery chemistryLiFePO4 (LFP)
Nominal voltage51.2 V DC
Operating voltage range44–58.4 V
Nominal capacity200 Ah
Rated energy capacity10.24 kWh
Cycle life6,000 cycles (25 °C, 80% DoD)

Charging and discharging

Recommended charging current100 A
Maximum charging current200 A
Recommended charging voltage58 V
Maximum charging voltage58.4 V
Recommended discharging current100 A
Maximum discharging current200 A
Recommended discharge cut-off voltage46 V
Battery cut-off voltage44 V
Battery recovery voltage48 V

Management and protection

Battery management systemIntegrated BMS
Communication interfacesCAN / RS485
Parallel connectionsUp to 32 batteries
DisplayTouch screen
Wireless connectivityBluetooth + Wi-Fi
Fire suppressionBuilt-in aerosol fire extinguisher
Protection mechanismsTemperature, over-current, short-circuit, over-charge, over-discharge and low-voltage protection

Construction and operating conditions

InstallationFloor standing
Dimensions690 × 460 × 245 mm
Net weight84 kg
Protection ratingIP20
EnclosureSheet metal
Charging temperature0…+55 °C
Discharging temperature−20…+60 °C
Storage temperature−20…+45 °C
Battery documents and standardsIEC 62619 / CE / MSDS / UN 38.3
Cell standardsCE / IEC 62619 / UL 1973 / RoHS

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Sourcing and delivery under one contract

ES-LV-10-B stores solar energy and supplies it through a compatible external inverter for residential or commercial backup systems. Its BMS manages the cells, while the built-in aerosol fire extinguisher complements electrical and temperature protection. The IP20 enclosure is intended for a dry, protected indoor location. Inverter communication and charging settings must be matched during system design.

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