High Power Solar Lithium ion Battery 12V 20Ah 100Ah 150Ah 200Ah

Protect from improper handling.
Do not storage / expose the battery to direct sunlight, in places where they may be exposed to rain, excessive heat such as radiators or heaters.
Batteries stored in well-ventilated and dry environment, ideally enclosed in a protective case.
During storage, keep the temperature within the range according to the specifications of a particular article.
Do not mix with other materials.
Do not stack cardboard box with batteries. When stacking may cause deformation of the battery in the lower layers and the subsequent flow of electrolyte.
For additional transportation / handling and packing materials, choose the method of packaging to prevent unintentional electrical contact and corrosion terminals, providing protection against environmental influences and mechanical damage.
Considerate handling of the boxes. Rough handling can cause a short circuit or damage.
Ensure proper circulation of stocks, follow FIFO system (First In, First Out).
Check the voltage of the cell every 2 month. Charge the cell if the voltage dropped to a minimum value of voltage


Battery applications
Solar and Wind Off Grid systems
PV Solar panel for solar off-grid and tied-grid systems
The batteries used to store solar and wind energy are currently mainly lead-acid batteries. Short lifespan and low cycle number of lead acid batteries make it a weak candidate for environment and cost efficiency.
Supply of continuous source of energy on a local mode is the key issue
Solar panels do not work at night or in cloudy conditions, wind mills depend on wind conditions, power generators depend on oil supply.
Real time energy generation has to be stored to optimize domestic use with no rupture of energy and permanent control on the storage reserve level.
Storage capability must be durably reliable, eco friendly and ready to handle long short cut of power supply.

Lithium-Ion batteries allow to equip solar or wind “off-grid” power stations, replacing the legacy banks of lead-acid batteries.

Lithium-ion batteries for stand-alone applications
Lithium-ion battery technology in stand-alone applications provides high operating life, very low maintenance, and lower operating costs than standard battery technologies.
LFP (LiFePO4) technology, which can operate over wide temperature ranges, is a consistent choice when return on investment is a key element of a project.

Self-consumption and self-sufficiency
Anticipating the evolution towards self-sufficiency

Lithium-Ion for Marine traction
Lithium batteries for electric vessels
Like electric and plug-in hybrid vehicles, Lithium-ion technology is positioned as the technology of choice for marine vehicle traction. Lithium batteries are now able to replace the use of diesel fuel, allowing ship operators to meet emission restrictions and cost reduction targets.

Lithium traction for robotics and AGV (Automated Guided Vehicles)
Robotics is becoming more and more omnipresent in our daily lives. Robots and AGVs (Automated Guided Vehicles) are serving us more and more every day and must be autonomous to accomplish their mission.
We designs batteries for robots and AGVs. Our customers expect high-capacity, lightweight and space-saving energy reserves for their robotic systems.
Life expectancy and reliability are two key elements for robots .
Fast or partial recharging, boost or tethering charge, many options are possible with Lithium-Ion to make the systems operational at any time.

Other produces