Revolutionize Your Home Energy System with Dawnice’s High Voltage Battery Solution
Higher Energy Density Battery System
This is Dawnice’s most advanced high-voltage battery system designed for home energy storage, equipped with advanced features that provide households with efficient and reliable energy management solutions.
Dawnice high-voltage battery system is an optical storage integrated machine product that supports four distinct interfaces, including photovoltaic, battery, grid-connected, and load. Its advanced on-grid switching function allows for seamless integration and management of energy from multiple sources, making it an optimal choice for households seeking an energy management solution that meets their specific needs.
Moreover, Dawnice high-voltage battery system offers uninterrupted switching between off-grid and grid-connected modes, ensuring continuous access to reliable energy supply. The system provides full power output in the off-grid state, enabling households to have a steady and stable supply of energy. Additionally, its 100% balanced load access allows for the efficient distribution of energy throughout the household.
Furthermore, Dawnice high-voltage battery system has excellent load adaptability, making it suitable for inductive loads, such as air conditioners, without any performance degradation. This feature ensures that households can rely on the system to manage their energy requirements effectively.
In conclusion, Dawnice high-voltage battery system is a reliable and efficient solution for households seeking to optimize their energy consumption and management.
Power Your Home with Clean Energy:
Dawnice’s High Voltage Battery System
FEATURES OF DW-HVS
Built-in timer for switch operation in multiple modes
Support WIFI/4G multiple communication methods
Expandable, 20-35kWh lithium battery optional
Pure sine wave output, friendly to electric equipment
IP65 protection, environment-friendly, ultra-quiet design
Grid, photovoltaic, and battery power priority can be set
Transform Your Home into an Energy-Saving
Powerhouse: Dawnice’s High Voltage Battery System
The DW-HVS is a high-voltage battery system designed by Dawnice with a flexible modular design and no internal cables. It is capable of stacking 4 to 8 battery modules with available capacities from 20.48 kWh to 37.27 kWh and voltages from 204.8 V to 716.8 V.
What Makes us Better?
Modular Battery System For:
Three-phase Inverter & Battery System
From the Three Phase hybrid inverter to the high-voltage battery module, each part is designed to provide you with reliable, clean and continuous power.
High Precision
High-precision MPPT control, maximize the use of solar energy and increase photovoltaic power generation.
High-precision electricity meter, anti-backflow / load power consumption monitoring.
Long Life
IP54 protection grade, suitable for harsh environments such as high altitude, high temperature, high cold, etc.,
Long-term continuous and reliable operation. Lifetime design up to 25 years.
Multiple Modes
Support on-grid and off-grid uninterrupted switching. With energy management function, unmanned and EMS-free operation.
A variety of working modes to meet the diverse needs of customers.
Various Configurations
Flexible configuration, optional photovoltaic / mains charging mode, Support Wi-Fi, GPRS wireless monitoring method.
Perfect BMS protection function and control system, over-current, over-voltage and insulation and other multi-protection design.
Our Partner
DW-HVS Battery Data
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Model
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DW-HVS-2 | DW-HVS-3 | DW-HVS-4 | DW-HVS-5 | DW-HVS-6 | DW-HVS-7 |
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Nominal DC Voltage
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204.8V | 307.2V | 409.6V | 512V | 614.4V | 716.8V |
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Battery Capacity
|
52Ah | |||||
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Voltage Range(Vdc)
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180-230V | 268-350V | 358-467V | 448-584V | 537-700V | 627-817V |
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Cell Model
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3.2V 52Ah / 32S1P | |||||
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Energy (kWh)
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10.64 | 15.97 | 21.29 | 26.62 | 31.94 | 37.27 |
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Dimensions(H* W* D) mm
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598*400*516 | 598*400*683 | 598*400*850 | 598*400*1018 | 598*400*1185 | 598*400*1353 |
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Charging Current
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35Ah | |||||
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Discharging Current
|
45Ah | |||||
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Discharge over Current
|
50Ah | |||||
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Communication protocol
|
CAN(500Kb/s) / RS485(9600b/S) Host software and RS485 | |||||
|
Net Weight (kg)
|
123 | 169 | 215 | 261 | 307 | 353 |
Why You Need A High Voltage Lithium Battery System?
Taking the field of solar lithium storage systems as an instance, picture that when an 10kW hybrid solar inverter is utilized with a lithium battery as a low-voltage storage system, the DC voltage of the battery for house solar applications is commonly 48V or 51.2 V. Even if we utilize a relatively large nominal present, claim 200A, the optimal power that the battery can provide is 10kW (51.2 V x 200A = 10.24 kW), a value that does not meet the optimal result power of the inverter.
On top of that, there are lots of commercial power storage applications with power system results of 30kW, 60kW, 100kW or even 500kW power ability. In these application scenarios, we need to utilize high-voltage lithium battery systems to lower the discharge existing.
