Priva Park solar: autonomy, batteries charged via solar panel
Priva Park is a hoop-shaped bar, a barrier for reserving and protecting private and disabled parking spaces
Priva Park: remote control parking lot bar for private parking space
Priva Park standard: protects and reserves your parking space remotely
Priva Park solar: autonomy, batteries charged via solar panel
Remote control parking lot bar for disabled parking space
Remote control parking lot barriers
Reservation of parking space PrivaPark
Parking lot barrier PrivaPark
Parking lot barriers PrivaPark
Reserved space on parking lot PrivaPark
Hinged parking lot bar PrivaPark
Security bar PrivaPark
Parking lot security system PrivaPark
Parking lot bar: mobile security companies, hospitals, supermarkets
Parking lot bar, private spaces, disabled spaces: contact PrivaPark

 
Standard | Solar | Model reserved to disabled people
SYSTEM AUTONOMY

PRIVA PARK® SOLAR is a system for opening or reserving a parking place or an access road, operated from a car by means of a remote control.

The solar panel cleverly built into the cover provides enough power to recharge the battery, however much sun there is !
PRIVA PARK® consists of a removable hoop-shaped bar attached to a base plate that is fixed on the ground.
The whole unit is protected by a steel cover that covers all the system's electronic and mechanical components as well as its 4 attachment points.
This is a personal unit: each user chooses their own code for their PRIVA PARK®.
Range : approximately 15 meters.
External personal coding using a system of switches.
Transmission indicator light
Frequency: 433.92 MHz
European Telecoms standards
Model available from 1 to 24 functions
  Consumption per hour
  in standby mode
1.00 mA
  Consumption during operation
  (per operation)
3.60 mA
  Recharging capacity
  (per hour of exposure)
between 10 and
30 mA*
  Battery capacity 6500 mA
* Variable: cloudy or sunny weather
Example :
A rate of 10 operations per day, with 1 hour's exposure of the solar panel per day in cloudy weather, would give the battery 130 days' autonomy (under the same conditions of use).
  In this particular example :
  Daily consumption of the system
  (operation + standby)
60 mA
  Recharging for 1 hour's exposure 10 mA
  Daily discharge of the battery: 50 mA
  Number of day's operating time: 6500 / 50 = 130
  Features of the solar panel :
  Recharging between 10 and 30 mA per hour, depending on
  the amount of sun
  Dimensions : L 300 x W 100 x H 10 mm
  Connected to the charger by a sealed cable
  Protected by 20 mm thick unbreakable Plexiglas
  220 V/50 Hz back-up charging cable fixed on the battery pack
© 2st 2003-2006