|
Solar Portable Emergency
Power Stations
Disaster Response & Home Power Backup
When a storm, hurricane,
tornado, earthquake, wildfire or power blackout occurs,
there is great necessity, safety and comfort in knowing that
you can meet your basic electricity needs. Our solar
powered portable emergency power stations meet the needs of
both disaster responders and home owners.
Our 200 watt
portable solar panel array combines four hinged 50 watt
solar modules with telescoping legs and "plug and play"
electrical connectors for rapid deployment and quick
set-up. The foldable array is small enough to fit in
the trunk of most full size automobiles.
 The
rest of portable emergency power station consists of a high
efficiency 25 amp charge controller and regulator and a
1,550 watt utility power quality (full sine wave) inverter
which provides 120 AC volts at 60 Hz. A 12 volt 100 Ah
(amp hour) battery can be included as part of the system, or
other battery options are available.
A weatherproof enclosure
is included which integrates the solar array connections,
the battery,
 inverter
and charge control components.
This system is specifically designed for
stow-and-go situations where portability and speed of
deployment are essential.
Typical IPS200 power station components:
-
200 watt hinged portable solar array &
integrated telescoping legs
-
Weatherproof enclosure for connections
and components
-
High efficiency components for AC and DC
power requirements
-
1500 watt AC modified sine wave
inverter
Emergency Preparedness
Vehicle Integration
 The
IPS200 portable emergency power station can be integrated
with trailers, vans and other suitable vehicles used for
emergency and disaster response, off grid offices and for
other remote situations where shelter and power are needed
where there is no grid power.
IPS200 Specifications:
-
Total solar power 200 DC watts
-
Battery 100 Ah sealed lead acid (AGM)
-
Charge controller ultra high efficiency
25 amps
-
Continuous output power (1 hours) 1500
watts
-
Surge ragins (0.1 second) 3000 watts
-
Peak efficiency (12 volt at half load)
88%
-
Efficiency (full load 12 volts) 83%
-
No load current draw <0.5 amps (12.6
volts)
-
Output waveform modified sine wave
-
Output frequency 58Hz - 62Hz
-
Output voltage 109 - 120 volts AC
-
Input voltage 10.4 - 14.4 volts DC
-
Low voltage alarm 10.2 - 10.8 volts
-
Shutdown voltage 9.2 - 9.8 volts
-
Operating temperature range 0 - 40
degrees Celsius, 32 - 104 Farenheit
-
Storage temperature range -40 - 85
degrees Celsius, -40 - 185 Farenheit
-
Circuit Protection 1 - thermo magnetic
breakers
-
Circuit Protection 2 - Overload,
short-circuit, overstep, reverse polarity, under or over
voltage
IPS200 Portable Emergency
Power Station Applications
|
Application |
Run Time |
Battery Restore Time |
Observations |
|
Laptop PC |
25 computers can run 4-6 hours |
5-6 hours sun |
Can run 5 hours at night but will need 1-2 days
sun or larger battery storage |
|
Inkjet Printer |
25 printers can run with the laptops for 4-6
hours |
5-6 hours sun |
The more printers used will increase the
recharge time on the battery |
|
Portable DVD Player |
30 devices can run for 6-7 hours |
2-3 hours sun |
Full recharge in 1 day |
|
1/4 hp Submersible Sump Pump |
1-2 hours |
2-3 hours sun |
This is one of the heaviest load devices that
the unit will run for a short time |
|
Satellite Radios |
Can power up to 20 devices for 6-7 hours |
2-3 hours sun |
Up to 10 radios can be run at night and still
fully recharge the battery the next day |
|
19 Inch Color TV |
Can run one unit 4-6 hours |
5-6 hours sun |
Other devices can run at the same time, will
require more recharge time |
| |
Recharge Time of Device |
|
|
|
Cell Phone |
80 cell phones can be recharged in 3 hours |
2-3 hours |
If all the phones are being recharged at one
time |
|
PDA |
40 devices will recharge in 2-3 hours |
2-3 hours |
If all the devices are being recharged at one
time |
|
Coleman Rechargeable Lantern |
40 lanterns can be charged in 2-3 hours |
2-3 hours |
Good for use at night without using the station
power |
|
Battery Chargers |
50 charging stations in 2-3 hours |
2-3 hours |
Should have enough power in 1 hour of sun to add
more batteries, will need at least 2 hours of
sun next day |
|
12 - 18 Volt Cordless Unit Chargers (tools) |
30 charging stations in 2-3 hours |
2-3 hours |
Should have enough power in 1 hour of sun to add
more batteries, will need at least 2 hours of
sun next day |
|
Two Way Radios |
Up to 40 charging stations in 2-3 hours |
2-3 hours |
Should have enough power in 1 hour of sun to add
more batteries, will need at least 2 hours of
sun next day |
|
Portable DVD Players |
40 charging stations in 3 hours |
2-3 hours |
Should have enough power in 1 hour of sun to add
more batteries, will need at least 2 hours of
sun next day |
| |
|
|
|
| Note
that all of these are estimates based on testing
and device manufacturer's information.
Charge times and station recharge times will
vary based on the specific use of the system.
We can create a system to meet your needs. |
Custom
Configured Systems
Whatever your portable
emergency power station needs or solar panel and power
requirements, we can help you configure a system or multiple
systems that meet your exact requirements.
Please contact us today for
more information or assistance with your applications. |
