• Battery Solar Wind Power System High Temperature 2V 1000AH System 1
  • Battery Solar Wind Power System High Temperature 2V 1000AH System 2
  • Battery Solar Wind Power System High Temperature 2V 1000AH System 3
Battery Solar Wind Power System High Temperature 2V 1000AH

Battery Solar Wind Power System High Temperature 2V 1000AH

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
10 pc
Supply Capability:
1000 pc/month

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Range summary


313K Series batteries are designed for high-temperature environment and new energy such as wind energy, photovoltaic energy storage system. With high temperature resistance, long life, safety and reliability characteristics, 313K series is widely used in telecommunications, electric power, energy storage, and it ideal for cycle or hybrid system in harsh, high temperature environment.
The 313K series batteries are ensured the quality with NARADA's QA system according to the ISO9001&ISO14001 standard.


Features and Benefits

1.     Patented anti-corrosion grid technology

2.     Optimized active material for high temperature conditions

3.     Unique high temperature case material with HDT in excess of 124oC

4.     Increased internal compression for improved cycling endurance

5.     Oxygen catalyst to reduce float currents and extend cycling capability

6.     Containers & lids UL94 V-0 rated

7.     Advanced negative plate protection system

8.     Wide operating temperature range:-40oC to +80oC

9.     Normal operating temperature is 35oC

10.  Excellent deep cycling capability systems

11.  Suitable for continuous operation at temperatures in excess of 35oC

12.  Reduced system operating costs 25% electricity power saving

13.  Up to 100% air conditioner maintenance saving

14.  Up to 100% condensing agent saving

15.  30% CO2 gas emission reduce

16.  Less than 1 year payback period depend on environment

Compliant standards

1.     IEC60896-21/22

2.     IEC61427

3.     BS6290 part 4

4.     Telcordia SR4228

5.     Eurobat guide

6.     UL

7.     Manufactured under system ISO9001(TUV) and ISO14001

Battery installation compliant with:

1.     EN 50272-2 or local equivalents

Main applications

1.     Hybrid telecom remote base stations

2.     Renewable energy wind & solar sites

3.     Grid frequency leveling systems

4.     All back-up applications where grid reliability is poor

5.     All extreme environment off-grid

Products characteristics:

1.     Recommended float charge voltage for 2V battery: 2.24Vpc at 35oC(95oF), 2.27Vpc at 25oC(77oF)

2.     Self discharge rate :<5% per month at 35oC(95oF)

3.     Design life: 15 years at 35oC (95oF)

4.     VRLA high temperature battery, no water addition required

Technical Data:

Battery Solar Wind Power System High Temperature 2V 1000AH


Q:What are the technical parameters of the battery?
Usually the capacity of the power supply is expressed by kV · A or kW. However, as a power supply VRLA battery, the use of security (A · h) that its capacity is more accurate.
Q:How to determine the battery is good or bad?
Observe the battery electrolyte is turbid, turbidity that the battery positive plate softening. Observe the bottom of the battery whether there is sediment, if the plate off the battery capacity has been inadequate. Hand hit the battery two electrode piles If you hear an empty voice that pole pile and plate break. With a thick wire short-circuit positive and negative pile observation of the battery filling holes, such as the discovery of a bubble appears that the interval has been damaged.
Q:How does battery activation work?
If you are talking about dry batteries, that is, to add sulfuric acid can use the battery (commonly known as water bottles), then it is because the long-term storage so that a high degree of oxidation of the negative board, plus acid will be a high temperature, Low, you can add acid in the pool after the addition of a small current for a long time to charge, you can solve. Generally with 0.05C charge to 3 times can be.
Q:How does the battery increase the voltage?
With the same battery pack in series; if the required current is relatively small, you can use DC-DC module.
Q:How to repair the battery?
Charge the battery at constant voltage. It is the beginning of the time, using 0.1C ~ 0.25C current charge, to 16.2V later, by reducing the current method to maintain the charging voltage, until the charge current drops to 0.03C when the stop charging.
Q:How to deal with waste batteries?
Laboratory recycling method: ordinary dry battery is cylindrical, the outer cylinder made of zinc, the zinc cylinder is the battery negative; tube central carbon rod for the positive; tube for the manganese dioxide, ammonium chloride and chlorination Zinc.
Q:How is the capacity of the battery defined?
100AH capacity of the battery, fully charged after the 100A current discharge can be an hour to put the power finished. 50A current is 2 hours put away! 20A is 5 hours! Of course this is the theoretical value, in fact it is impossible to have a constant current discharge.
Q:How should the battery be well maintained?
Electrolyte density This is to evaluate whether the battery charge is normal, whether the aging of the important parameters, the use of density meter or electrolyte density tester can be measured. If the electrolyte density is too small, you need to charge. And the electrolyte concentration is too thick or too thin to a certain extent, it means that such as the occurrence of plate vulcanization, short circuit or overcharge phenomenon, this time on the need for maintenance.
Q:What kind of battery is divided into?
Maintenance-free battery due to its own structure on the advantages of electrolyte consumption is very small, in the life of the basic need not add distilled water. It also has a shock, high temperature, small size, self-discharge characteristics of the general life is generally ordinary Twice the battery. There are two kinds of maintenance-free batteries on the market.
Q:What battery does the van use?
The most obvious feature of lead-acid batteries is the top of the plastic cover can be unscrewed, there are ventilation holes above. These fillers are used to fill pure water, check the electrolyte and the use of exhaust gas. In theory, lead-acid batteries need to check the density of each electrolyte and the level of liquid, if there is a need to add distilled water. But with the upgrading of battery manufacturing technology, lead-acid battery development for the lead-acid maintenance-free batteries and colloidal maintenance-free batteries, lead-acid batteries do not need to add electrolyte or distilled water. Mainly the use of positive electrode to produce oxygen can be absorbed in the negative oxygen cycle, to prevent water reduction. Lead-acid water batteries are mostly used in tractors, tricycles, car start, etc., and maintenance-free lead-acid battery wider range of applications, including uninterruptible power supply, electric vehicle power, electric bicycle batteries. Lead-acid batteries according to the application needs to be divided into constant current discharge (such as uninterruptible power supply) and instantaneous discharge (such as car to start the battery).

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