HDC series lead-carbon batteries use functional activated carbon and graphene as carbon materials, which are added to the negative plate of the battery to make lead carbon batteries have the advantages of both lead-acid batteries and super capacitors. It not only improves the ability of rapid charge and discharge, but also greatly prolongs the battery life. It is more suitable for the application of PSOC.
The extremely powerful, compact AGM batteries of EverExceed Ultra High Rate Range are an ideal power solution for Uninterruptible Power Supply (UPS), emergency lighting, switchgear, telecom and other high rate emergency battery backup required applications. The EverExceed Ultra High Rate Range VRLA batteries provides high performance and reliability in fast discharge applications. Our development team combines the market's demand with design optimization, precision component selection and stateof-the-art manufacturing process to produce the most cost effective battery solution for today's applications.
Greensun Solar powerwall is an integrated lithium ion battery pack. It is very safe with adopting lithium iron phosphate battery technology. Powerwall battery system is widely used in home energy storage system(HESS) such as solar energy system, wind energy system, ups and also EPS, telecom.
EverExceed motive power batteries are ideal energy storage solution for all warehousing heavy duty and universal applications. Modular in design, they can supply materials handling machines, cleaning machines and tractors as well as mobile lifting platforms, electric road vehicles and electric/hybrid boats with the energy request.
OPzV series design adopts colloidal electrolyte and tubular positive plate, and has the advantages of valve-controlled battery (maintenance-free) and open battery (floating charge/cycle life), etc.
EverExceed's submarine batteries are very effective, powerful, reliable and long-lasting for military submarine.For the manufacturing of submarine batteries different types of technologies - all in the field of lead acid technology but with different designs-are used in order to achieve the varied demands and sophisticated requirements in terms of energy and performance (high capacity during discharge, high current capability during discharge, law gassing, good shock resistance etc).
OPzV series design adopts colloidal electrolyte and tubular positive plate, and has the advantages of valve-controlled battery (maintenance-free) and open battery (floating charge/cycle life), etc.
EverExceed Unilyte Range VRLA batteries are unmatched in power density with space saving modular designs and have a 20+year design life to reduce the total cost of ownership. EverExceed Unilyte batteries are constructed adopting the finest quality materials and state-of-the-art manufacturing techniques, designed for standby applications that require reliable power and long life.
2V Deep Cycle AGM Battery is used widely in variety of applications, which is an excellent choice for standby or daily power needs to provide the most reliable, convenient, and economic rechargeable battery solution.
2V Deep Cycle AGM Battery is used widely in variety of applications, which is an excellent choice for standby or daily power needs to provide the most reliable, convenient, and economic rechargeable battery solution.
OPzV series design adopts colloidal electrolyte and tubular positive plate, and has the advantages of valve-controlled battery (maintenance-free) and open battery (floating charge/cycle life), etc.
EverExceed pocket type nickel cadmium battery has been supplied stable and reliable battery solution for many industrial power applications. Our block batteries function in a wide range of temperatures, resist electrical abuse, shock and vibrations and need only basic maintenance. This ensures a low total cost of ownership (TCO) over a life cycle that can last 20 years or more.
The 12 Volt 150 AH (Maintenance Free) battery which features a built in volt meter and charge status indicator Requires no addition of water during the life of the battery.
