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Average Cost of Home Battery Storage Average Cost of Home Battery Storage
Average Cost of Home Battery Storage Average Cost of Home Battery Storage
Average Cost of Home Battery Storage Average Cost of Home Battery Storage
Average Cost of Home Battery Storage Average Cost of Home Battery Storage
Average Cost of Home Battery Storage Average Cost of Home Battery Storage

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Average Cost of Home Battery Storage

Produce your own energy and use it whenever you'd like, day or night.
Solar batteries reduce your reliance on the grid by storing your solar energy for use when the sun isn't shining. You can use solar batteries to save money, reduce your carbon footprint and prepare your home for power outages.
  • Backup power
  • Outage protection
  • Power your home
  • Clean energy
  • Keep appliances running
  • Control your savings
  • Protect your home
  • Manage your energy
Availability:


Advantages of home battery systems


Reduce emissions - Reduce pollution and demand from coal and gas dependent power grids


Be blackout safe - Provides backup power during a blackout or emergency


Reduce cost - Save money by using less energy from the grid


Become energy independent - Store your excess solar energy to reduce your grid usage


Reduce peak demand - Supporting the grid during peak times and provide grid stability services

Average Cost of Home Battery Storage


SPECIFICATIONS


Model

153.6V 100Ah

204.8V 100Ah

256V 100Ah

307.2V 100Ah

Number of layers

3 layers

4 layers

5 layers

6 layers

Energy

15.36KWh

20.48KWh

25.6KWh

30.72KWh

Operating Voltage Range

129.6V~175.2V

172.8V~233.6V

216V~292V

259.2V~350.4V

Dimension (L*W*H)

600*350*800

600*350*970

600*350*1140

600*350*1310

Weight

159

205

251

297

Recommend charge current

20~50A

Max continue charge current

100A

Max continue discharge current

100A

Peak current

200A

Display

The information of Battery, such as SOC, battery voltage and so on

Communication

Support RS485 / CAN

Operating temperature

-20℃~55℃

Environment

Indoor

Relative humidity

5%~95%

Cooling

Natural convection and fan cooling

Cell technology

Lithium-iron phosphate (LiFePO4)

Life cycle

3500 times @80%DOD

Single module Technical Specification

Single model

51.2V 100Ah(The size is fixed and cannot be changed)

Dimension (L*W*H)

600*350*170mm

Battery module weight

46KG


Model

358.4V 100Ah

409.6V 100Ah

460.8V 100Ah

512V 100Ah

Number of layers

7 layers

8 layers

9 layers

10 layers

Energy

35.84KWh

40.96KWh

46.08KWh

51.2KWh

Operating Voltage Range

302.4V~408.8V

345.6V~467.2V

388.8V~525.6V

432V~568V

Dimension (L*W*H)

600*350*1480

600*350*1650

600*350*1820

600*350*1990

Weight

343

389

435

480

Recommend charge current

20~50A

Max continue charge current

100A

Max continue discharge current

100A

Peak current

200A

Display

The information of Battery, such as SOC, battery voltage and so on

Communication

Support RS485 / CAN

Operating temperature

-20℃~55℃

Environment

Indoor

Relative humidity

5%~95%

Cooling

Natural convection and fan cooling

Cell technology

Lithium-iron phosphate (LiFePO4)

Life cycle

3500 times @80%DOD

Single module Technical Specification

Single model

51.2V 100Ah(The size is fixed and cannot be changed)

Dimension (L*W*H)

600*350*170mm

Battery module weight

46KG


Performance Characteristic (1)
Performance Characteristic (2)


Performance Characteristic (3)
Performance Characteristic (4)



Certain applications benefit greatly from custom battery solutions. Watercraft, aircraft and other vehicles, for instance, have weight and balance specifications to meet, and customizing your battery helps meet those requirements. Our custom lithium battery packs offer turnkey solutions that combine lithium battery cells, a battery management system, mechanicals, communications and safety certifications.

  • Customized logo(Min. Order 100 Pieces)

  • Customized packaging(Min. Order 100 Pieces)


Certification


APPLICATION SCENARIOS


As local storage technologies for household use, they are smaller relatives of battery-based grid storage and support the concept of distributed generation. When combined with on-site generation, they can virtually eliminate power outages in off-grid lifestyles.

Lithium-ion batteries power a variety of devices—power tools, laptops, tablets, cell phones, and electric vehicles. They have some distinct advantages over wet cell lead-acid batteries, such as those you find in cars. Rapidly falling prices and developments in lithium-ion batteries and related technologies are changing all that. The new generation of solar storage is cheaper, more cost-effective, leaner and better looking.


APPLICATION SCENARIOS (1)


APPLICATION SCENARIOS (2)


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