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Tower Pro battery energy storage system - Dyness SA

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Tower Pro battery energy storage system - Dyness SA

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New Energy Photovoltaic
Power Generation
Dyness devote ourselves to responsible engineering of the safest,
greenest possible future for you and your family

Home Energy Storage Systems - High voltage

Tower Pro

DYNESS Tower Pro Series with IP55 protection level offers multiple energy storage options through an expandable modular design (2-6 modules combined), and the expandable parallel connection of up to 4 clusters allows for a maximum capacity of 92.16kWh. The stackable auto-configuration modules make the system easier to installand maintain. Tower Pro also offers an optimized user experience with ultra-rapid charge (1C), LED display on the BDU, and over-the-air updates &monitoring.

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Specifications
Product Characters
Data Download
Model Tower Pro TP7 Tower Pro TP11 Tower Pro TP15 Tower Pro TP19 Tower Pro TP23
Battery Module Type LiFePO4 LiFePO4 LiFePO4 LiFePO4 LiFePO4
Battery Module Quantity 2 3 4 5 6
Usable Energy 7.68 kWh 11.52 kWh 15.36 kWh 19.2 kWh 23.04 kWh
Operating Voltage 168 ~219V 252 ~ 328V 336 ~ 438V 420 ~ 547V 504 ~ 657V
Nominal Voltage 192V 288V 384V 480V 576V
Nominal Capacity 40Ah 40Ah 40Ah 40Ah 40Ah
Max. Continuous Charge/Discharge Power [1] 7.68 kW 11.52 kW 15.36 kW 19.2 kW 23.04 kW
Recommended Depth of Discharge (DOD) 95% 95% 95% 95% 95%
Dimensions [W*D*H] 587*310*788 mm 587*310*1009 mm 587*310*1230 mm 587*310*1451 mm 587*310*1672 mm
Net Weight [kg] 111.5 kg 153.5 kg 195.5 kg 237.5 kg 279.5 kg
Charging Temperature Range 0~50℃
Discharging Temperature Range -10~50℃
Communication CAN/RS485/RS232
Cycle life [2] ≥6000 Cycles
Protection Level IP55
Color White
Alarms Overcharge/Overdischarge/Overcurrent/Overtemperature/Short Circuit
Pros Can be used in both off-grid and hybrid setups, compact design, modular expansion
Battery Module Name HV9640
Expansion Max. 4 towers can be connected in parallel
Certification UN38.3/VDE2510-50/IEC62619/IEC63056/CE-LVD/CE-EMC all ongoing

[1] Maximum Continuous Discharge/Charge Power when communicating with inverter is 1C

[2] Test conditions: 0.2C Charging& Discharging. @25*℃,95% DOD