High Density Load Pockets
Challenge: Deliver additional energy to high density areas despite physical space restrictions.
High population density areas experiencing renewal and growth and served by at-capacity underground infrastructure are common in urban environments.
To accommodate development, support infrastructure must be added or upgraded. But because utilities are commonly located underground, room for expansion is limited or non-existent. A way must be found to allow increased use in congested areas.
Demand Energy Solution: Demand Shifters™ installed at flexible locations charge during off-peak and can be added to augment constrained utility resources.
Energy storage is possible even in areas with confined underground space, or unused building space not commonly employed for utility infrastructure.
Individual Demand Shifters, ranging from 5kW to 30kW, and all the way up to 110kW, or daisy chained together to create job-specific arrays to 500kW and beyond, can warehouse electricity during off-peak hours for use in load pockets at high use times. Because Demand Shifters are flexibly installed and exceptionally safe and can be located where traditional components cannot, space restrictions can be overcome.
Further, if renewable sources become an option at load centers, the Demand Shifter can store electricity produced at any time for later use.
Value: Equipment constraints in fast-developing load pockets can be overcome without expensive modifications. Additions to existing underground infrastructure are avoided, and growth is accommodated.
High Density Load Pockets
Energy storage is possible even in areas with confined underground space, or unused building space not commonly employed for utility infrastructure.