Gel Cell Solar Cell Energy Storage High Capacity 12V 150ah
Photovoltaic off Grid Power Generation System
Product Description
A solar energy storage battery, also known as a solar battery or
solar storage system, is a device that stores electricity generated
from solar panels for later use. It enables the efficient
utilization of solar energy by capturing and storing excess
electricity during periods of high solar generation and releasing
it when needed, such as during nighttime or when solar production
is low.
Here are some key points about solar energy storage batteries:
- Energy storage: Solar batteries store the surplus electricity
produced by solar panels. This stored energy can be used during
times when the solar panels are not actively generating
electricity, ensuring a continuous power supply and reducing
reliance on the electrical grid.
- Maximizing self-consumption: Solar energy storage batteries enable
homeowners and businesses to maximize self-consumption of solar
energy. Instead of exporting excess electricity back to the grid,
which may not provide favorable compensation, the stored energy can
be used directly, increasing the proportion of solar energy
consumed on-site.
- Backup power: One of the main advantages of solar energy storage
batteries is their ability to provide backup power during grid
outages. In the event of a power failure, the stored energy can be
utilized to power critical appliances or systems, offering a
reliable source of electricity when the grid is down.
- Time shifting and load management: Solar batteries allow for time
shifting of electricity consumption. Excess solar energy generated
during the day can be stored and used during periods of high energy
demand or when electricity rates are higher, optimizing energy
usage and reducing costs.
- Grid independence: By incorporating solar energy storage batteries,
individuals and businesses can reduce their reliance on the
electrical grid. This is particularly beneficial in areas with
unreliable grid infrastructure or where grid electricity costs are
high. Solar batteries offer a level of energy independence and
resilience, especially when combined with solar panels.
12V | 80A | 25.5KG | 6.2mΩ | 20.0A | -35~60ºC | 329 | 172 | 214 | 236 | ABS |
100A | 28.6KG | 5.3mΩ | 25.0A | 329 | 172 | 214 | 236 |
150A | 42.2KG | 4.0mΩ | 37.5A | 483 | 170 | 240 | 240 |
200A | 58.3KG | 3.3mΩ | 50.0A | 522 | 240 | 219 | 244 |
250A | 69.3KG | 2.9mΩ | 62.5A | 520 | 269 | 220 | 245 |
2V | 100Ah | 5.5KG | 0.85mΩ | 25A | 170 | 76 | 214 | 223 |
200Ah | 13.3KG | 0.66mΩ | 50A | 171 | 106 | 330 | 342 |
250Ah | 16.6kg | 0.56mΩ | 62.5A | 171 | 151 | 330 | 342 |
300Ah | 18.4kg | 0.46mΩ | 75A | 171 | 151 | 330 | 342 |
400Ah | 23.6KG | 0.41mΩ | 100A | 196 | 171 | 330 | 342 |
600Ah | 35.2KG | 0.31mΩ | 150A | 285 | 171 | 330 | 342 |
800Ah | 48.2kg | 0.23mΩ | 200A | 383 | 171 | 330 | 342 |
1000Ah | 58.3kg | 0.21mΩ | 250A | 471 | 171 | 330 | 342 |
1500Ah | 84.9kg | 0.17mΩ | 375A | 318 | 341 | 341 | 351 |
2000Ah | 114.6kg | 0.14mΩ | 500A | 433 | 342 | 341 | 351 |
2500Ah | 160.8kg | 0.13mΩ | 625A | 629 | 346 | 341 | 351 |
3000Ah | 170.9kg | 0.11mΩ | 750A | 329 | 346 | 341 | 351 |
Rated Voltage | Rated Capacity | Approximate Weight | Internal Resistance | Maximum Charge Current | Ambient Temperature | Length | Width | Height | Total Height | Case |