Mag-Drive Power Supply Standard Specifications

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Mag-Drive Power Supply Standard Specifications
American Independent Power LLC.
Mag-Drive Power Supply
Standard Specifications
Standard System Definition:
The baseline standard AIP Power Supply is a “grid tied” system with the option to add transfer
switching components that are not included with the basic set up. The standard power supply
as a system will utilize either 12 or 24VDC charge components with AC inverters appropriate to
support the declared output value.
The baseline power supply is designed to accommodate an 8 hour full capacity off take so that
the needed recharge time can be accommodated based on the Mag-Drives charging circuit
output required to maintain the system’s typical or “normal” use cycle. The system has an
automatic output AC interruption alarm to detect the low voltage threshold at 11VDC which
switches the system from power output to the full time charging cycle until the low voltage
condition is corrected and ready to supply power during the pre-programed designated time
frame.
A maximum threshold of 45% discharge of battery storage has been set in order to minimize
charge requirements and extend battery life on all deep cycle batteries used as part of the
system.
System configuration/placement assumptions –
Rolls Surrette batteries are used unless customer specifies a battery that meets the
established battery specification or if the availability of batteries does not permit
customer specified delivery date. In which case an industry equivalent will be chosen
and presented to customer for approval
Standard cabling from Charge Unit to Battery Array
Battery Array TBD by customer off take requirements
Average system configuration priced between $1.75 and $2.00/watt FOB Nashville
based on the standard grid tied 8hr full capacity system not including any options, other
systems configurations will require a system specific quote.
Systems do not include outdoor/weather proof enclosures (but will be provided based
on customer requirements)
2 year end to end system warranty (extended warranty available)
Estimated 10 year system life cycle (average battery life based on AIP selected battery
quality 10 years)
535 Myatt Dr. Madison, TN 37115
American Independent Power LLC.
Average input requirement in terms of watts roughly 4 - 6% of charge circuit output
hourly (may vary based on final customer use requirements) [NOTE: Either AC or DC
input can be accommodated]
Average operating environmental temperature ranges [ -20◦ F to 150◦F]
Average system operating temperature < 150◦F
No specific environmental issues or concerns beyond the standard use of industrial SLA,
AGM or other marine or solar battery.
7kW Power Supply
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12VDC charge input/battery voltage
Charging capacity – 290 Amps/hr @ 12VDC
120/240VAC output single phase inverter (pure sine wave)
(Optional) – Stationary or mobile (casters) available on all units.
 Charge Unit Dims. H= 46” x L = 35” x W= 29”
 Charge unit weight (est.) 200 lbs.
 Battery Rack (stationary or mobile) H= 42” x L= 33” x W= 28” (+ caster height of 7” if used for a
total H of49”)
 Battery Model Selected for this system: Rolls S-605 [6V) 605Ah
10kW Power Supply
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12VDC charge input/battery voltage
Charging capacity – 415 Amps/hr @ 12VDC
120/240VAC output single phase inverter (pure sine wave)
(Optional) – Stationary or mobile (casters) available on all units.
 Charge Unit Dims. H= 46” x L = 35” x W= 29”
 Charge unit weight (est.) 250 lbs.
 Battery Rack (stationary or mobile)
 Battery Model Selected for this system: TBD based on customer requirements
15kW Power Supply –
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12VDC charge input/battery voltage
Charging capacity – 625 Amps/hr @ 12VDC
120/240VAC output single phase inverter (pure sine wave)
(Optional) – Stationary or mobile (casters) available on all units.
 Charge Unit Dims. H= 46” x L = 35” x W= 29”
 Charge unit weight (est.) 275 lbs.
535 Myatt Dr. Madison, TN 37115
American Independent Power LLC.
 Battery Rack (stationary or mobile)
 Battery Model Selected for this system: TBD based on customer requirements
25kW Power Supply –
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24VDC charge input/battery voltage
Charging capacity – 525 Amps/hr @ 12VDC
120/240VAC output single phase inverter (pure sine wave)
(Optional) – Stationary or mobile (casters) available on all units.
 Charge Unit Dims. H= 46” x L = 35” x W=35”
 Charge unit weight (est.) 300 lbs.
 Battery Rack (stationary or mobile)
 Battery Model Selected for this system: TBD based on customer requirements
50kW Power Supply –
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24VDC charge input/battery voltage
Charging capacity – 1100 Amps/hr @ 12VDC
120/240VAC output single phase inverter (pure sine wave)
(Optional) – Stationary or mobile (casters) available on all units.
 Charge Unit Dims. H= 80” x L = 35” x W= 29” (double stacked individual units)
 Charge unit weight (est.) 450 lbs.
 Battery Rack (stationary or mobile)
 Battery Model Selected for this system: TBD based on customer requirements
 (3 Phase units available)
All units will be tested in the factory post assembly for not less than 5 consecutive days under
customer identified load to insure appropriate field performance. Pre-delivery load test results
provided to customer for system approval prior to delivery.
Batteries
Battery Rack
Mag-Drive Charging
Circuit (Proprietary)
Note: Power Supply Pricing and final specifications depends on placement requirements:
535 Myatt Dr. Madison, TN 37115