|
Datos del producto:
|
| Aplicación: | Almacenamiento de energía solar | Tamaño de la batería: | 500*460*145m m |
|---|---|---|---|
| La proporción de cobro: | 1 taza / 2 tazas | Capacidad nominal: | Las demás: |
| Váltidad nominal: | 51.2Volts | Vida de ciclo de la batería: | Más de 5000 |
| Protección de la descarga de la batería: | Sí | Sistema de gestión de la batería: | Sí |
| Protección del cargo excesivo de la batería: | - ¿ Qué? | Protección contra sobrecarga de la batería: | Sí |
| Protección de la sobretensión de la batería: | Sí | Protección del cortocircuito de la batería: | - ¿ Qué? |
| Resaltar: | Long Lasting 48V 100Ah Battery Pack,Lithium Residential Storage Battery System,5kwh 48V 100Ah Battery Pack |
||
Lithium Residential Storage Battery System Pack 5kwh 48V 100Ah Long Lasting
South Africa warehouse stock 5kwh 48V 100Ah 51.2v LiFePO4 Lithium rack mounted Battery
Pack Energy Storage Power
LiFePO4 Lithium Battery Pack Description:
1. No More WaterMaintenance
Simplify your operations by nolonger needing to water
batteries! Stop worrying aboutacid spills and water
maintenance schedules, andspend your time focused on thecore work of moving product.Once you
switch to lithium-ion, you'Tl nebatteries again.
2. Lower Overall Costs
Lithium-ion technology reducescosts in many ways, includinglowering energy bills needed torun your
equipment, replacingbattery packs far less often andimproving productivity by nothaving to swap
batteries between shifts - simply rechargeduring breaks with onboard fastcharging.
3. Longer Lasting
The flat discharge curve andhigh sustained woltage meansyour industrial equipment runsfaster on each
charge, withoutgetting sluggish Simplify youroperations with longer-lastingbatteries that give you an
accurate battery dischargeindicator.
LiFePO4 Lithium Battery Pack Parameter:
| Specification | Parameter |
| Battery Type |
LiFePO4 |
| Shipping voltage |
50v-54v |
| Norminal Voltage & Capacity | 48v 100Ah |
| Rated Capacity | 100Ah(0.3c charge 0.5c discharge) |
| Minimum Capacity | ≥Rated Capacity 95% |
| Internal resistance | ≤ 50mΩ |
| Charge Stop voltage | 58.4v |
| Discharge Stop voltage | 40V |
| Size(mm) | 520*460*145mm |
| Discharge temperature | -20℃~55℃ |
| Net Weight | 45kg |
| Cycle Life | 6000 cycles |
| Charging Mode | Constant Current and Constant voltage Charging CC&CV |
| Standard Charging Current |
50A |
| Maximum Continuous Charging Current | 100A |
| Maximum Continuous Discharge Current | 200A (instantaneous 400A, 3s) |
Solar power generation is experiencing a growing trend due to its cost-effectiveness, improved efficiency,
energy storage capabilities, government support, innovation, and increased adoption rates. As technology
advances and economies of scale increase, the cost of solar power is decreasing rapidly, making it more
accessible to individuals and businesses alike. Furthermore, solar panel efficiency is improving, allowing
for more energy to be generated from a smaller area of solar panels. Energy storage technologies, such
as lithium-ion batteries, are becoming more affordable and efficient, making solar power a more reliable
and consistent source of energy. Many governments around the world are supporting the growth of solar
power generation through incentives and subsidies. Innovation is driving the development of new
technologies and approaches to improve efficiency and reduce costs. As people become more aware of
the environmental and economic benefits of solar power, adoption rates are expected to continue to increase
. In summary, the trend in solar power generation is towards lower costs, higher efficiency, increased energy
storage, government support, continued innovation, and increased adoption rates.
Persona de Contacto: Mrs. Nancy Ouyang
Teléfono: +86-15889650159
