The Parallel Power Pack

Redundancy Redefined.

Microgrids. Nanogrids. Off-grid. Anything but the Utility Grid. Prime power solutions are more in demand than ever before. With a solution that offers scalability and redundancy, Wildcat Power Gen is pleased to offer our Wildcat Power Pack.

  • 30KWE to 500KWE

  • Natural Gas, Propane and Diesel options

  • Pairs with battery packs and power storage

  • Pairs with solar and wind power systems

  • Optional CHP designs available

So…What exactly is the Wildcat Power Pack?

  • A Wildcat Power Pack is a combination of 2 or more Wildcat commercial grade, liquid-cooled gensets that run in parallel.

  • A Wildcat Power Pack is built inside an industrial shipping container specifically designed to provide protection from the elements, sound attenuation, and maintain optimal internal temperature levels with radiator louvers and exhaust outlets.

  • A Wildcat Power Pack is managed by controllers with proprietary software and utilizing switchgear to provide the desired power output and to maximize the lifecycle of each genset in parallel with operational duty cycle hour management.

  • A Wildcat Power Pack is always built with one extra genset to give redundancy during maintenance or repair (one genset is always off as the backup). Redundancy gives peace of mind.

  • A Wildcat Power Pack is scalable because multiple Wildcat Power Packs can be designed and connected to provide megawatts of power as needed.

  • A Wildcat Power Pack is designed to be technician friendly with walk in doors and service ports.

  • A Wildcat Power Pack is easily transportable since they are built with 20-foot or 40-foot shipping containers.

  • A Wildcat Power Pack is an affordable green energy product.

While a traditional genset package provides one level of power supply, a Wildcat Power Pack is made of multiple gensets in parallel, allowing the user to run one, a few, or all of the gensets, as they need it and when they need it.

On peak, off peak, nighttime, and periods of the day with adverse weather can be factored into operating schedules. Further efficiencies can be gained by filling in power gaps as needed when paired with DC power.

To build the proper Wildcat Power Pack, the following information is needed:

  1. Is the switchgear currently on site? If so, is there a breaker bucket position that will allow for direct utility tie?

  2. What is the required voltage?

  3. What is the maximum amperage rating required?

  4. Who is the utility and what are their protective relaying requirements?

  5. Are there any real estate constraints for the generator enclosure?

  6. What is the desired fuel: Natural Gas, Propane, or Diesel?

  7. What is the decibel requirement at 7 meters?

  8. Is this a distributed energy project?

  9. Will there be any generator power sold back to the grid?