Cyclic:

More than 2000 cycles with one hundred percent discharge are possible without any problem.  This ensures a battery lifetime of several years even in cyclic applications.

Lightweight:
In comparison with ordinary lead-acid-batteries, LiFePO4-batteries weigh less considerably, this enables easier handling of these batteries. 

Safe:
An internal battery management system guarantees the safety of the LiFePO4-batteries. Built-in automatic protection for over-charge, over-discharge and over-temperature conditions.

Simple:
LiFePO4-batteries including a battery management system can be charged with standard lead-acid characteristic curves,which requires – even with this new battery technology – no new charging adjustments. In addition to that, the batteries are completely maintenance-free.

Fast:
The batteries can be easily charged and within a short time due to fast charging function. Battery can be fully charged in 2 hours which would greatly improve the use ef ciency of the golf car.

Temperature-resistant:
The battery function is not damaged by the outside temperature. Between -20 °C and +65 °C – The batteries can be used any time.

Durable:
LiFePO4-batteries endure, even in discharged status, the holiday time without any damage. There are no negative occurrences when partly discharged, for example, like sulphation or dehydration,which can happen to lead-acid batteries. Additionally, the cells of the LiFePO4-batteries are mechanical consistent.

Green:
LiFePO4-batteries do not contain toxic heavy metals, additive, there is no outgassing, which it is typical for other batteries. In times where environmental protection becomes more and more important, the environmentally friendly LiFePO4-batteries will be the rst choice.

Flexible:
The mounting options of these batteries are completely variable.

Q: How does solar power work?

A: PV panels convert sunlight into electricity when sunlight passes through panels of glass onto a semiconductor material, usually silicon wafers. When sunlight hits the semiconductor, directly or indirectly, it causes electrons to be released. The free electrons create an electrical current that generates electricity.

Q: What is the difference of Monocrystalline solar panel and Polycrystalline solar panel?

A: Polycrystalline material is made up of many small silicon crystals while the monocrystalline material is one singe crystal of silicon. Single crystal silicon is more efficient at converting photons to electrons for electricity. Even though poly solar panels efficiency is relatively lower, they are cheaper to manufacture so they can be competitive and popular in market. They would need more area to produce the same amount of electricity as the monocrystalline panels. 

Q: What are the critical materials to manufacture solar panel?

A: Solar panel raw materials mainly consist of: solar cell, EVA, TPT, glass, junction box and aluminum frame. EverExceed uses high quality and reliable raw materials in PV industry.

Q: What are the advantages of solar power?

--Clean, free source of renewable energy

--Reliable and requires little maintenance

--Quiet and can be installed in urban areas

--You can sell your surplus energy to the grid

Q: How much energy does solar generate?

A: A PV array of between 8 m2and 10 m2 can produce about 1 kW of power when operating effectively. 

Q: What kind of solar systems you can supply?

A: EverExceed can design and install grid-on solar system, grid-off solar system, solar street lighting system, solar water pumping system, portable small solar home system etc. as per customer demand.

Tags: monocrystalline solar panel, polycrystalline solar panel, solar panel system, solar panel kit, flexible solar panel, transparent solar panel, high efficiency solar panel, BIPV solar panel

Keyword: golf battery,  12v lithium battery