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Lithium ion iron phosphate batteries are designed for applications where longevity and safety are more important than high energy density. They can have anywhere from 1,000 to 10,000 cycles with a discharge rate that doesn’t significantly degrade the battery as the capacity is reduced and can run for long lengths of time before needing to be charged. The lithium phosphate batteries can handle high temperatures and are better for stationary applications as the batteries are bulkier and heavier.

Ultralife portable power batteries can be used in the place of a generator. They provide clean, reliable power for 105-210 hours at 12v of run time and can store power for 6 months before needing to be recharged. They are maintenance-free with surge protection and over temperature shutdown. Ultralife portable power batteries are ideal for disaster relief situations, construction sites and residential outages.

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Ultralife URS0007-02 Portable Power System 2.5 KWH
Ultralife URS0007-02 Portable Power System 2.5 KWH
$11248.50
Ultralife URS0007-02 Portable Power System 2.5 KWH Storage. 125VAC or 12VDC power ready to use in place of a generator. Gives you 21 Amp Hours at 120 volts or 210 Hours at 12 volts of run time before you recharge. Includes cables to recharge in a regular wall outlet in less than 4 hours or from a vehicle. Optional UKT0040 Cable Kit can charge from solar. Very portable rugged case with wheels ane handles that weighs 145 pounds (31.3L X 20.4W X 15.5H). LED display show state of charge, run time remaining with present load and mode: charge or discharge. Safe no maintenence with surge protection, auto overload and over temperature shut down. Uses replaceable lithium-ion batteries for twice the energy at half the weight of lead acid. Very long lasting batteries with no memory and hundreds of cycles more than lead acid. Stores for over 6 months without recharging.
Ultralife URS0007-01 Portable Power System 1.25 KWH
Ultralife URS0007-01 Portable Power System 1.25 KWH
$9150.00
Ultralife URS0007-01 Portable Power System 1.25 KWH Storage. 125VAC or 12VDC power ready to use in place of a generator. Gives you 110.5 Amp Hours at 120 volts or 105 Hours at 12 volts or 105 Hours at 12 volts of run time before you recharge. Includes cables to recharge in a regular wall outlet in less than 4 hours or from a vehicle. Optional UKT0040 Cable Kit can charge from solar. Very portable rugged case with wheels ane handles that weighs 145 pounds (31.3L X 20.4W X 15.5H). LED display show state of charge, run time remaining with present load and mode: charge or discharge. Safe no maintenence with surge protection, auto overload and over temperature shut down. Uses replaceable lithium-ion batteries for twice the energy at half the weight of lead acid. Very long lasting batteries with no memory and hundreds of cycles more than lead acid. Stores for over 6 months without recharging. Can add more batteries to double capacity and power to 2.5 KWH or 205 Amp Hours of power run time.

 

It is very common to see industrial control panels that have a UPS or Uninterruptible Power Supply. This UPS allows for continuous power to be supplied to the control panel in the event of a utility power failure.This protection is provided with the help of batteries. When power is lost, the UPS will switch power automatically from utility power over to battery power.

  1. How much time does a system need to run in the event of a power failure? In most cases, battery backup systems are designed to run for no more than just a few hours. This is typically more than enough time for power to be restored and to prevent losing valuable data in the system. However, there are cases where more time is required depending on the scenario. For instance, a remote site that relies on solar power needs to be able to supply power for multiple days depending on the weather. If it's cloudy, and in the wintertime, the sunlight will be very limited and the power that is generated will most likely not be enough to energize the hardware needed for that particular site. In this case, a larger battery backup system will be needed so that the site can continue to run through these types of weather events.
  2. What critical hardware needs to be backed up? Once the hardware that needs to be backed up has been selected, it is important to determine how much current each of those pieces of hardware will draw. Most batteries are rated for a specific amount of AMP hours. So if a battery is designed to last for 10 AMP hours, that means it can supply one amp for 10 hours or another way to look at it is it can supply 10 amps for one hour. Once the current draw is known for all of the hardware, the size of the battery can be determined.
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