Microgrid
The Microgrid Challenge: Reliability
Microgrids are self-sufficient power systems that need not be connected to a larger utility grid, but often are connected. Microgrids use redundant resources for reliability, but remain subject to outages through either a disruption of power supply or a distribution interruption. Reliability concerns currently limit microgrid applications to remote locations that lack alternatives, or as backup power.
Xtreme Power Brings Microgrids Into Reality
The Xtreme Power system inside a microgrid improves reliability, providing a level of operational flexibility that compensates for small scale and outage risk. In the event of an outage, the XP system acts as a UPS to ensure backup power. XP also enables renewable generation on a microgrid, adjusting for the intermittent power and variable nature of renewable sources, opening up the possibility of a totally renewable microgrid. With an XP system, a microgrid becomes a more realistic alternative to grid connectivity.
Xtreme Power Transforms a Microgrid
Adding an Xtreme Power system to a microgrid transforms it into a much more stable platform for power creation and delivery. Load leveling from stored power allows more efficient use of limited generation resources and provides more stability to meet peak loads, lowering the resource requirement. An XP system produces the necessary VARs and voltage regulation capacity to maintain power quality on the microgrid.
Advantages of Xtreme Power Management and Storage
- Increases microgrid reliability
- Increases microgrid functionality for broader market penetration
- Incorporates renewable power sources into isolated microgrids
- Improves asset utilization and up time
- Provides rapid recovery from system disruptions