Stores DC energy
16.08 kWh nominal and 15.28 kWh published usable energy.
One 51.2 V, 314 Ah LiFePO4 battery with integrated BMS.
DynessBest Value
Dyness PowerBrick MAX 16.08 kWh Lithium Battery
Exact reference · PowerBrick MAX
Sixteen kilowatt-hours in one indoor battery. Its usable energy supports autonomy; inverter power, battery current and the connected loads determine what the complete system can supply.
- Stored energy
- 16.08 kWh nominal
15.28 kWh is the published usable DC energy; AC autonomy also includes inverter losses and reserve settings.
- Electrical platform
- 51.2 V · 314 Ah
The inverter battery input must support the full 44.8–57.6 V window.
- Recommended current
- 140 A · 7.168 kW
Recommended charge and discharge are distinct from the maximum current.
- Maximum current
- 200 A · 10.24 kW
Published battery-side maxima do not guarantee the same AC output from the inverter.
- Short peak
- 300 A · 2 min at 25°C
This is a timed discharge limit, not a continuous rating.
Choose the complete system around usable energy, load power, inverter communication and the indoor installation conditions.
Pricing confirmed by quote
The written quote confirms the exact reference, required accessories, compatibility, delivery and commercial terms.
Availability confirmed in your written quote
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01 · Product role
What this product does in the system.
PowerBrick MAX stores DC energy and manages its cells through an integrated BMS. The separate inverter/charger performs energy conversion and supplies AC loads. The battery itself has no PV input or standalone AC output.
Relevant applications
- Indoor low-voltage solar storage
- Selected-load backup through a compatible inverter/charger
- Engineered parallel battery banks
Why ReneWave may shortlist it
- Stores 16.08 kWh nominal energy in one LiFePO4 unit.
- The datasheet specifies 15.28 kWh usable energy at 95% depth of discharge.
- An integrated BMS communicates through CAN or RS485.
- The published 200 A maximum current supports a separately engineered inverter and protection arrangement.
Built-in capabilities
Four functions, read before the headline specifications.
Protects and balances cells
Battery management works with CAN or RS485 communication.
External conductors, fusing and isolation remain part of the installation.
Supports controlled charge and discharge
140 A recommended and 200 A maximum charge/discharge current.
300 A peak discharge is limited to two minutes at 25°C.
Includes aerosol fire protection
The exact MAX datasheet lists a built-in aerosol fire extinguisher.
Site fire-safety measures and an indoor installation remain necessary.
System position
Storage behind a compatible inverter/charger.
The inverter/charger, protection and AC distribution are separate equipment. No direct PV-to-battery, battery-to-AC-load or grid-export path is represented.
Solar supplies the protected loads through the inverter; the battery is idle.
Read the technical explanation
A single 16.08 kWh indoor LiFePO4 battery with integrated BMS for a compatible low-voltage inverter/charger.
02 · Specifications
Ratings, dimensions and practical consequence.
Energy and electrical platform
- Nominal energy
16.08 kWh
- Usable energy
15.28 kWh
- Nominal voltage / capacity
51.2 V · 314 Ah
- Operating voltage
44.8–57.6 V
- Depth of discharge
95%
Current and power
- Recommended charge / discharge
140 A · 7.168 kW
- Maximum charge / discharge
200 A · 10.24 kW
- Peak discharge
300 A · 2 min at 25°C
- Communication
CAN / RS485 · WiFi + App
Installation and operating conditions
- Dimensions
435 × 233 × 857 mm
- Weight
116 kg
- Ingress protection
IP20
- Charge temperature
0–55°C; −20–55°C with optional heating
- Discharge temperature
−20–55°C
- Expansion
Up to 50 units in an engineered parallel bank
- Published cycle life
≥8,000 cycles at 0.2C, 25°C, 95% DOD, 70% EOL
03 · Confirm before quotation
Four checks before this reference is quoted.
ReneWave confirms the electrical context, connected equipment, installation conditions and configuration path before the exact reference enters a written quote.
- 01
Inverter and BMS communication
Match the exact inverter, protocol, firmware and cable pinout; a CAN or RS485 socket alone is insufficient.
- 02
Usable energy and power
Check the required autonomy and separate recommended, maximum and timed peak limits.
- 03
Indoor installation and protection
Plan the 116 kg handling, support, clearances, conductors, fuses and DC isolation.
- 04
Parallel bank and settings
Parallel units need the documented communication arrangement and coordinated system current limits.
04 · Documents & warranty
Keep the exact reference traceable.
Published documents for this exact reference support selection and handover.
Dyness PowerBrick MAX Datasheetdatasheet · Global · English20260520
Manufacturer warranty reference
10 years
- The exact MAX datasheet states a ten-year warranty period and refers to the Dyness warranty letter.
05 · Complete the system
Accessories and adjacent equipment, in one request.
Select relevant companions now. ReneWave still verifies quantities and compatibility before they appear in the written quote.
No additional equipment is published for this reference. Required accessories are confirmed during quotation.
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