Solsave Silicone Power

Battery

Advanced High Temperature Performance Solsave Silicon Power Battery is manufactured by using the proprietary

electrolyte of liquid low sodium silicate compound, cell electrode structure, material composition and battery manufacturing processes. Solsave Silicon

Power Battery has successfully overcome the drawbacks of lead-acid batteries

used since the 70’s, such as acid corrosion, acid mist pollution, low energy density & power density, and short life span. Solsave Silicon Power Battery ’s

newly designed neutral electrolyte does not corrode the electrodes hence prolonging the battery cycle life.

PRODUCT FEATURES, APPLICATIONS AND

COMPARISONS

Solsave Silicon Power Battery has a universally recognized edge over commonly used lead-acid batteries nowadays in the world, due to its high temperature performance and fast charging capability. VRLA batteries in general lose around 50% of cycle life for every 8˚C increase in temperature above 25˚C where Solsave Silicon Power Battery only lose around 20%. Solsave Silicon Power batteries are also functional with full capacity at temperature above 40˚C where most VRLA batteries lose capacity due to dry out. For fast charging capability, Solsave batteries can be recharged to 90% capacity within 60 minutes with high current charger.

Solsave Silicon Power Battery's other advantages include small internal resistance and low self discharge rate. Also there is no pollution and temperature rise during charging and operations, therefore isolation is not required for gas emission, saving construction costs in many applications.

Solsave Silicon Power Battery's application range includes telecommunication systems, utility applications, UPS systems, data center machineries, solar and wind power energy systems and other backup applications.

PRODUCT FEATURES

• Extreme high and low temperature performance: -40˚C to +70˚C with minimum loss on

charging cycles during temperature rise

• Fast charging of 90% capacity within 60 minutes

• Higher specific energy, around 30 - 50% higher than lead acid batteries

• Low self discharge rate, around 20% every 2 years under ambient temperature

• Long cycle life: 3,000 - 5,000 charging cycles for telecom & standby use

• Superb charging characteristics - no memory effect and can withstand high current

charging and discharging

• No minimum discharge voltage restriction allowing charging capacity at all time without

initial discharging procedure

• No corrosion and no pollution

• Low internal resistance

• No acid mist emission during charging and discharging

• Maintenance free

PRODUCT APPLICATIONS

• Telecommunication system backup

• Utility and electric systems applicaiton

• UPS and data center backup

• Solar energy system application

• Wind power system application

• Alternative energy system standby application

• Medical equipment backup battery

• Railway locomotive startup, traction and cargo pickup battery

• Electric vehicles traction battery

• Motorcycle and electric scooter traction and startup battery

• Electric wheelchair power supply battery

• Boat and yacht traction and startup battery

• Fire control and security system battery

• Emergency lighting systems battery

• Deep sea lighting and mine lighting battery

BATTERY COMPARISONS

BX, BA AND BT SERIES

BX SERIES: GENERAL FEATURES

• Proprietary electrolyte does not corrode the electrodes hence increases capacity and

prolong battery charging cycles

• Excellent performance at high temperature of over +35˚C and can withstand high

temperature up to +70˚C

• Extreme temperature enduring performance: -40˚C to +70˚C

• Low internal resistance enhancing the active chemical substances to be extremely sensitve

to low current

• Long storage time with low self discharge rate: around 20% every 2 years

• Maintenance free

• Perfect for UPS, telecom power supply, computer net work power supply, uninterruptable

power system etc

DIMENSIONS

RATED CAPACITY

APPLICATIONS

• Telecommunication systems

• Utility and electric systems

• UPS and data center

• Computer network and server systems

• Marine and power stations

• Marine equipments

• Alarm and security systems

BA SERIES: GENERAL FEATURES

• Proprietary electrolyte does not corrode the electrodes hence increases capacity and

prolong battery charging cycles

• Excellent performance at high temperature of over +35˚C and can withstand high

temperature up to +70˚C

• High float charging ability, charging even with current as log as 0.03A

• Low internal resistance enhancing the active chemical substances to be extremely sensitve

to low current

• Extreme temperature enduring performance: 40˚C to +70˚C

• Long storge time with low self discharge rate: around 20% every 2 years

• Maintenance free

• Perfect for solar & wind energy systems, solar power stations, traffic lights, street lighting

systems, solar energy cars etc.

DIMENSIONS

RATED CAPACITY

APPLICATIONS

• Solar energy systems

• Wind power systems

• Solar power stations

• Traffic lights

• Street lighting systems

• Street signs

• Solar energy cars

BT SERIES: GENERAL FEATURES

• Near neutralized battery solution does not corrode the electrodes hence increases capacity

and maximizes output

• High charging capacity with no memory effect, can endure high current charging (10 -

20C for more than 50 cycles, each time for 2 - 3 seconds) and discharging (30C for 8

seconds)

• Long charging cycles, roughly 500 - 700 cycles with 85% depth of discharge

• Rapid charging available with 90% charged within 1 - 2 hours

• Extreme temperature enduring performance: - 40˚C to +70˚C

• No acid mist emission during charging and discharging

• Maintenance free

• Perfect for industrial use, fork lifts, motorcycles and scooters, golf carts, electric vehicles

etc

DIMENSIONS

APPLICATIONS

• Industrial use, forlifts and material handling machineries

• Electric vehicles, cars, trucks and vans

• Golf carts

• Electric scooters and motorcycles

• Boats and yachts

• Railway locomotive

• Riding floor scrubbers

BATTERY CHARGING AND DIS-CHARGING

CHARACTERISTICS

Battery Charging

Due to the special capability of Solsave Silicon Power Battery, constant current charging is recommended to prolong the life of the battery. However, since the

charging ability of Solsave Silicon Power Battery is quite strong, it can adapt to both constant voltage or constant current charging with minimal effect.

The top charge voltage recommended is 2.6V/cell. Solsave Silicon Power Battery does not get top loaded like lead acid batteries and will not undergo gas emission problem or damage when overcharged.

When charging with ordinary lead acid battery charger with a lower charging voltage, Solsave Silicon Batteries might not be fully charged. Special chargers can be ordered and arranged for maximum charging capacity.

Battery Dis-Charging

Due to the special capability of Solsave Silicon Power Battery, constant current discharging is recommended to prolong the life of the battery. However, since the charging ability of Solsave Silicon Power Battery is quite strong, it can adapt to both constant voltage or constant current charging with minimal effect.

Under normal circumstances, a charging:discharging ratio of 1:0.3 is recommended; however, with high current charging and discharging, the ratio can be shifted to 1:1.

Solsave Silicon Power Battery can withstand over discharge with no damage but it is not recommended and is advised to charge battery immediately after discharge.

TEMPERATURE EFFECT & SELF DISCHARGE CURVES

DEPTH OF DISCHARGE CURVES AND MAINTENANCE

BATTERY HANDLING PRECAUTIONS

When the batteries are mounted onto the equipment, exercise caution to ensure easy checking and maintenance. Also, the battery should be located in the lowest part of the equipment as possible.

Set the batteries firmly so they do not move freely within the equipment. Avoid unexpected vibration or shocks before operating the equipment.

Avoid locating batteries under direct sunlight, near heat generating devices or in wet conditions. Avoid fire and sparks near batteries at all time.

For battery cells set up, make sure the batteries are mutually connected properly and then connect the batteries string with the charger or application.

Store the batteries when they are fully charged and store them in a stable and safe environment.

When in doubt or unsure about the condition of the battery, contact the Solsave Silicon Power Battery or local supplier immediately.