OEM ODM Modern Design 96V 100AH 200AH Lithium Ion Battery, Battery
Storage System With Optional Bluetooth For Home Use
The electrolyte of Li-ion batteries is usually a mixture of organic
carbonates such as Ethylene carbonate or diethyl carbonate.
Flammability characteristics (flash point) of common materials. The
carbonate used in lithium-ion batteries varies between 18 and 145
degrees Celsius.
There are four basic battery designs; coin/coin cells,
polymer/pouch cells, cylindrical cells and Prismatic cells.
The most common designs used in academic and research applications
include polymer/pouch cells commonly used in iPods, tablets and
cell phones. Cylindrical cells use similar design parameters (A,
AA, AAA, C, and D cells) that have been the standard for alkaline
cells for many years.
| Powerwall LiFePO4 Battery(48V 200Ah) |
| Technical Parameter |
| NO | Item | Parameters |
| 1.Performance | Type | LiFePO4 battery(CELL:3.2V100Ah) |
| Nominal Voltage | 51.2V |
| Rated Capacity | 200Ah(0.2℃/25℃)(Min:198Ah) |
| Operating Voltage Range | 42V-57.0V(Typical 51.2V) |
| Charging Voltage | 57.0V |
| Discharge Cut-off Voltage | 42V |
| Charging Current(Max.) | 60A |
| Discharge Current(Max.) | 100A |
| Width | 435mm |
| Height | 875mm |
| Depth | 190mm |
| Weight | 102Kg |
| 2.Function | Installation Method | |
| Communication | RS485 |
| Terminal Stud | M8 Bolt |
| Alarm&Protection | Over Voltage,under Voltage,short circuit,over current,over
temperature,low temperature protection etc. |
| 3.Working Condition | Cooling Mode | Automatic Cold and hot |
| Altitude | ≤4000m |
| Humidity | 15%-85% |
| Operating Temperature | Charge 0℃-45℃ Discharge -10℃-60℃ |
| Recommended Charge Temperature | 15℃-40℃ |
| Recommended Discharge Temperature | 15℃-40℃ |
| Recommended Storage Temperature | 0℃-35℃ |
STEP 1: CHARGE
The battery storage system is charged by clean electricity
generated by solar or wind turbine.
STEP 2: DISCHARGE
Energy is discharged from the battery storage system during times
of high usage, reducing or eliminating demand charges.
Product Feature
1.Lithium Ion Battery For Energy Storage
2.Rechargable
3.Over-charge,over-discharge and overload protections for batteries
4.Compatible with energy storage system
5.CE Certification
6.WIFI or Bluetooth communication is optional
Battery energy storage systems are rechargeable battery systems
that store energy from solar arrays or wind turbine or the electric
grid and provide that energy to a home or business. Because they
contain advanced technology that regular batteries do not, they can
easily perform certain tasks that used to be difficult or
impossible.
The idea of combining solar panels and batteries is not new. Early
solar pioneers often attached a series of oceanic deep cycle
batteries to their solar arrays. Before net metering became
commonplace, this was the only way to use stored solar energy at
night. Modern battery energy storage systems are conceptually
similar but more complex and powerful. If those old battery arrays
were like flip phones, modern battery energy storage systems are
like the latest smartphones—they have the same main functions, but
everything else is worlds apart.
Modern battery energy storage systems often include built-in
inverters and computer control systems. This means they are
all-in-one turnkey systems that are simple to install, essentially
maintenance-free, and require no effort or expertise from the
owner. They are also weatherproof and safe for people and pets.
Q&A
Q1 What are the three types of energy storage?
A1 Storage options include battery, thermal or mechanical systems.
All of these techniques can be used in conjunction with software
that controls the charging and discharging of energy.
Q2 What is an energy storage system?
A2 An energy storage system is a set of methods and technologies
for storing energy. The stored energy can be utilized later to
perform useful operations. For example, many renewable energy
sources (such as wind, solar or solar, tidal) are intermittent
Q3 What is the voltage of battery?
A3 The operating voltage (V) range of a single cell Li-Ion battery
(also known as a battery) is 3.6–4.2V. Lithium ions move from the
anode to the cathode during discharge. ion inversion Orientation
during charging. The lithiated metal oxide or phosphate coating on
the cathode defines the
The "chemistry" of the battery.
Q4 Why do we need energy storage?
A4 At its simplest, energy storage saves electricity for later use
when and where it is needed most. This creates efficiencies and
capacity for the grid, including the ability to reduce greenhouse
gas emissions.
