Battery-Powered Controllers: Use to irrigate sites where electrical power is not readily available. Paying an electrical utility company to provide an electrical power source to one or more  remote sites can be very costly. In this case, it is much more prudent to avoid these costly fees by installing a battery powered irrigation controllers rather than a traditional electrically powered irrigation controller.

We recommend several types of irrigation controller :
  1. Toro: DDCWP Series: 
      a. Indoor and Outdoor
      b. 2, 4, 6, and 8 Stations
      c. Water proof and Submersible up to 6.5'
      d. DC Latching Solenoids

2. Rain Bird: TBOS
   A. TBOS Control Module
    1. Available in 4 models 1, 2, and 4 stations
    2. Station timing 1 minute to 12 hours
    3. TBOS Potted Latching Solenoid
  B.TBOS Field Transmitter

Central Conrols
Managing a network of irrigation controllers, on a single site or multiple sites requires time consuming work. Setting up and sychronizing controller operations can take hours of time. Every time a program change needs to be made, or system  shut down for a special event, you have to physically travel to the controller.

Scheduling of days to water, run times, start times, cycle and soak operations and more can now be done from a computer at your desk. Now it is possibe to scheduled operation of non-irrigation components also in use at these sites - for example, lighting systems at athletic fields or fountains at shopping centers - as well as pumps and sensors can also be programmed and monitored from a central location.

Capabilities -   1. Manage irrigation systems at up to 100 different sites from 
                            a single centralized computer.
                                2. Manage all controller programming data from the
                           central computer.
                        3. Manual functions: activate, deactivate manual or automatic 
                            watering from the central unit.
                        4. Initiate rain-off or rain-delay features by controller or
                            globally.
                        5. Detailed flow history and water usage reporting
                        6. Manage watering windows.  

Monitoring - monitor weather sensors, rain, wind, and freeze sensors for real-time responses to weather condations. Control system flow conditions through optional Flow-Clik flow sensors. This will shut specific zones down durning over-flow conditions (line breaks, broken sprinklers), saving water and reducing liability concerns. Flow sensor can be set to alarm and/or shut down the system when flow occurs when irrigation is not scheduled (unauthorized manual operation, example - quick coupling valves, etc.). The system can also monitor for the lack of flow during irrigation. which can indicate valve malfunction.